hiq equipment catalog

HiQ®. Specialty gas program.

Equipment & gasdistribution systems.

HiQ® Specialty gas program.Equipment & gas distribution systems.

origami [origami] (jap., from ori ’folding' and kami 'paper'), the art of folding paper to create figures and artistic decoration.

Existed in Japan already at the 9’Th century, when paper become a common material. Figures can be all from very simple to artistic and

complex. They have been used both in ceremonies and as toys, pedagogical examples, wrappings, lamp screens, etc.

Source: Encyclopedia Britannica

Equipment & gas distribution systems.HiQ® equipment and gases

Contact your Linde local sales representative for

ordering any of the specialty gas catalogues:

• Automotive• Biotech, chemical, petrochemical

& pharmaceutical• Indoor & outdoor environment• Manufacturing

For more information about the HiQ® Specialty

Gas products, equipment and services program

from Linde, please visit our homepage at:

http://HiQ.Linde-Gas.com

You will find this site most useful in your every-

day work with specialty gases. Apart from the

complete program of Specialty Gas products and

equipment from Linde we have also included ex-

tensive information and supporting on-line

tools.

® ACCURA is a registered trademark of the Linde Group.

® HiQ REDLINE is a registered trademark of the Linde Group.

™ BASELINE is a trademark of the Linde Group.

® ECOCYL is a registered trademark of the Linde Group.

® HiQ is a registered trademark of the Linde Group.

™ Linde minican is a trademark of the Linde Group.

™ SECCURA is a trademark of the Linde Group.

® BUNA is a registered trademark of Bayer AG.

™ CleanLine is a trademark of BROEN A/S.

® ELGILOY is a registered trademark of Elgiloy Limited Partnership.

® HASTELLOY is a registered trademark of Haynes International, Inc.

® HOGEN is a registered trademark of Distributed Energy Systems Corp.

™ IntelliSwitch is a trademark of CONCOA.

® KALREZ is a registered trademark of E.I. DuPont de Nemours & Co., Inc.

® KEL-F is a registered trademark of 3M.

® MONEL is a registered trademark of Inco Alloys International.

® Nanochem is a registered trademark of Matheson Tri-Gas, Inc.

® NEOPRENE is a registered trademark of E.I. DuPont de Nemours & Co., Inc.

® NITRONIC is a registered tradename of Armco, Inc.

® NYLON is a registered trademark of E.I. DuPont de Nemours & Co., Inc.

® SIMRIZ is a registered trademark of Freudenberg-NOK.

™ STABLEFLOW is a trademark of Distributed Energy Systems Corp.

® SWAGELOK is a registered trademark of Swagelok Company.

® TEFLON is a registered trademark of E.I. DuPont de Nemours & Co., Inc.

® VCR is a registered trademark of Swagelok Company.

® VESPEL is a registered trademark of E.I. DuPont de Nemours & Co., Inc.

® VITON is a registered trademark of E.I. DuPont de Nemours & Co., Inc.


Preface 5

Central gas supply 9

HiQ® REDLINE Gas panels 15

HiQ® REDLINE Points of use 53

HiQ® REDLINE Cylinder regulators 63

The right HiQ® REDLINE choice 72

CleanLine™ 79

Quick Connect 89

BASELINE™ 101

Components 111

Special equipment 137

IntelliSwitch™ – Automatic gas management system 138

STABLEFLOW™ HCS – Hydrogen control system 140

Ultra high pressure cylinder regulator 142

High flow regulator for corrosive gases 144

Low flow cylinder regulator 146

Mini cylinder regulator 148

Safety solutions 151

Standard cabinets 152

2-valve purge gas panel 154

3-valve process gas panel 156


Operation monitor 160

Fully automatic 162

Containers 165

HiQ® specialty gas generators 171

Portable gas solutions 197

Cylinder types 203

Equipment connections, tubings and fittings 209

Inlet connections 210

Outlet connections 214

Fittings 215

Tubings 215

Accessories 217

Centralized monitoring systems 218

Contact gauges & Pressure transducers 220

Mounting bracket 222

Wall mounting bracket & gas cylinder trolley 224

HiQ® Gas Supply System Installations 227

Services 231

Physical data 237

Conversion tables 250

Material compatibility 252

Index 255

Table of contents.


Preface.

In order to simplify everyday work, Lindehas created the HiQ® Specialty Gas productprogram. This contains different sections fordifferent industrial areas, to focus theamount of information and concentrate on

routine use. Also, it is intended to meet theincreasing demands on quality and newapplications. This section deals with thehardware need for gas distribution rangingfrom cylinders to large gas installations.


One of the most critical points when using gas

for analysis and high tech production, is to

maintain the integrity of the gas between cylin-

der and instrument or reactor. The quality of the

gas is often not better than the quality of the

distribution system. Therefore, it is very impor-

tant to design and plan the gas supply system

carefully.

The equipment in this catalog is divided in dif-

ferent series, the HiQ® REDLINE portfolio, the

CleanLine™ points of use and the Quick Con-

nect points of use for laboratory use, and the

BASELINE™ regulators for use in chemical appli-

cations that use gases of lower purity. At the

end of this catalog are some useful checklists

for when planning and carrying through central

gas supply system installations.

• If nothing else is stated the pressure is gauge

pressure at STP (Standard Temperature and

Pressure; 273.15 K and 101,325 Pa).

• n.a. stands for not applicable, e.g., pressure

rating for a point of use that does not contain

any pressure restricting components.

• Linde reserve the right to make alterations to

specifications, quantities, etc., for production

or other reason, subsequent to publication.

• The information contained herein has been

prepared by qualified experts within Linde.

While we believe that the information is

General symbols

Group green central gas supply system equipment for inert and non-reactive

gases used as carrier gas or likewise, where gas integrity is non-crucial at

cylinder change.

Group blue central gas supply system equipment, with own gas purge, for

inert and nonreactive gases and gas mixtures where gas integrity is important

at cylinder change.

Group orange central gas supply system equipment, with purge gas (nitrogen

or likewise) purging, for toxic and reactive gases and gas mixtures, where gas

integrity and safety is important at cylinder change.

Preface.


accurate within the limits of the analytical

methods employed and is complete to the

extent of the specific analyses performed,

we make no warranty or representation as

to the suitability of the use of the information

for any particular purposes. The information

is offered with the understanding that any

use of the information is at the sole discretion

and risk of the user. In any case Linde’s

liability arising out of the use of the informa-

tion contained herein shall be limited by the

fee established for providing such informa-

tion.

• The HiQ® codes work like this; A full code is

10 digits long (xxxxyyyzzz). For Hardware the

first four defines the Equipment (xxxx), the

following three the Equipment Outlet (yyy)

and the last three the Equipment Inlet (zzz).

When Outlet and/or Inlet are undefined these

are zeros (000). For gases the first four digits

define the Gas product (xxxx), the following

three the Cylinder (yyy) and the last three

the Cylinder Valve (zzz). Equipment matching

a specific gas shall have the same three last

figures (zzz) where Cylinder Valve connection

and Equipment Inlet connection follow the

same standard.

Ar 10 bar

∆pN2 = 0 bar(a)

∆pN2 = 0.78 bar(a)

The driving force in diffusion is the difference in

concentration, here expressed as partial pressures.


Central gas supply.The system that gives you controlover the gas supply.

Due to their special properties, specialty gases place particular demands on components fordistribution, control and monitoring. Either because the applications require that the gasesshall maintain their high purity throughout the point of use, or because their chemical andphysical properties require special design of the central gas supply system.


The advantages of a HiQ® REDLINE central gas

supply system are among others these:

Increased safety• The risk of accidents is reduced, as there is no

need to handle gas cylinders inside the work

place. Only low-pressure equipment and small

gas quantities are present in the work place.

• Gas cylinders are collected under one roof,

which facilitates removal from labs and work

areas.

• The handling of high-pressure cylinders and

the connection of toxic gases should be car-

ried out by trained staff. If a problem with

leaking gas should occur, ventilation is essen-

tial. This is especially important while han-

dling inflammable and toxic gases, and is

simplified by the central approach.

Improved operating economy• A continuous gas supply to each work station

means less wasted time and fewer unplanned

disruptions for changing gas cylinders.

• Fewer and larger gas cylinders which together

supply all users, means more effective empty-

ing of the cylinders which in turn give lower

costs for gas and cylinder rental as well as

transport charges. In addition the store moni-

toring and purchasing can be centralized and

rationalized.

Better working environment• The work place can be designed more appro-

priately.

• Heavy gas cylinders containing toxic gases

under high pressure can involve great risks.

• Outlets positioned at every work station are

convenient and easy to use.

Turnkey deliveries• Together with the customer we carry out a re-

quirement analysis. Thereafter, planning and

installation takes place.

• A service agreement guarantees a trouble-

free gas supply without unplanned operating

stoppages.

Quality requirements govern the choice ofmaterialThe gas to be distributed and the level of con-

tamination that can be accepted in the gas de-

termine the choice of component material in a

gas supply system. The inner surface finish of

components is of great importance to the final

purity of the gas at the point of use. A better

surface finish will make the pipe system easier

to clean and reduce the risk of particles being

released into the gas stream.

Central gas supply.


CopperCopper has been used within gas supply tech-

nology for a long time and is still an option

when using industrial grade gas. Make sure

only to use cleaned copper tubing.

Stainless steelOver the past years, stainless steel has become

the number one choice of material for pure gas

applications. This is primarily because the mate-

rial is easy to clean and can be supplied with a

very good surface finish.

The increasing use of chemically reactive gases

and the great demands made on purity have

also contributed towards this trend. Welding

methods have been developed which provide

advantages with assembly in confined areas

and which make it possible to join stainless

steel systems while still maintaining a level of

cleanliness and finish. Stainless steel is also

chosen purely for aesthetic reasons or where

the environment is aggressive and can give rise

to corrosion. As a general guide the selection of

components for a gas supply system is always

based on the chosen gas quality.

Standard purity specialty gases(Equivalent to 2.5 [99.5%] to 6.0 [99.9999%])

Component: Stainless steel or brass depending

on the gas to be used. Threaded connectors,

type NPT or G.

Piping: Washed stainless steel.

Connection: Orbital welding compression cou-

plings, designed to clamp onto the pipe. The

coupling requires the pipe to have a good de-

gree of roundness (stainless steel) and gives a

seal equivalent to 10–6 bar cm3/s.

High purity specialty gases(Equivalent to 6.0 [99.9999] or higher)

Component: Stainless steel or brass depending

on the gas to be used. Threaded connectors,

type NPT or G.

Piping: Washed stainless steel.

Connection: VCR couplings, welded onto the

pipes and valves. Using a pointed profile that,

under a great pressure from two sides, is

pressed into metallic packing seals the cou-

plings. The coupling gives a seal equivalent to

10–8 – 10–10 bar cm3/s.

System design and start-upSystem design can be broken down intothree stages:• Determine the maximum contamination level

for the gas.

• Select the components to be used for the gas

supply system.

• Design, assemble and commission the system.

Linde has extensive know-how within the gas

industry and experience of gas media and appli-

cations – everything from component selection,

1

2

34

0.5 1.5 2.0 2.5 h1.0

50

40

30

20

10

2

ppm

O content in

the purging gas2

The figure illustrates the relation between purge time,

purging method and the purity realized with regard to

the oxygen content in a gas system.

1 = Constant flow 10 l/h

2 = 5 x pressurized/decompression ∅P 3 bar




via system design to installation and start-up –

as well as all technical documentation.

Linde acts as advisor and consultant together

with the user in order to assess the require-

ments and conditions of the project in question.

It is extremely important to look at the system

in its entirety, both from an economic and

safety point of view.

Highlighted below are some of the areas that

greatly affect the whole system.

Distribution and storage• Arrange if possible a storage area for the gas

cylinders in a separate building.

• Connected gas cylinders are placed in a sepa-

rate area, preferably in adjacent to the access

area. Avoid transporting gas cylinders indoors.

• The gases are stored (separately) according to

fixed directives depending on their physical

characteristics.

• Ventilation is provided based on safety re-

quirements regarding the amount and type of

gas used.

Gas cabinets and pipe systems• Separate gas cabinets should be considered

for corrosive gases and toxic gases.

• When using extremely dangerous gases there

is a possibility of flow control and emergency

stop functions.

• Gas pipes should be run in such a manner that

the risk of mechanical damage is eliminated

and that, as far as possible, through areas

where any leaking gas causes as little dam-

age as possible.

Detection and alarms• The need of detection is assessed. Regard

should be taken to future requirements con-

cerning types of gas and suitable flexibility to

avoid unnecessary costs at a later stage.

• The possibility of an auto-stop if a leak is indi-

cated. This can be achieved using detection

equipment.

• The need of an alarm to an operating centre

and/or an evacuation alarm within a certain

area is defined.

Linde has well-trained assembly teams with

vast experience of specialty gas installations.

Central gas supply.


Each team has a supervisor who is responsible

for the completion of the project and at the

same time functions as an on-site contact per-

son.

Pipe and components are delivered sealed and

well packed to the assembly area.

To maintain the purity requirements and to pro-

duce a tight gas system, automatic computer

controlled pipe welding equipment is used. All

welding is carried out using internal and exter-

nal shield-gas purging, which results in clean

and bright joints.

Pressure testing according to applicable stan-

dards is carried out and a protocol is estab-

lished.

A complete system is purged clean and ana-

lyzed to determine the humidity and oxygen

content.

To guarantee that a system is tight, we carry

out a helium leak detection test. A certificate of

tightness is drawn up. Before a gas supply sys-

tem can be regarded as completed and is

handed over for start-up it is documented.

A complete set of documentation comprises:• Layout documents (show the entire supply

systems design and positions in respective

buildings).

• System specifications including equipment

lists.

• Technical information covering all compo-

nents.

• Spare part lists.

• Pressure testing protocols.

• Analysis certificates where applicable.

• Tightness certificates where applicable.

• Operating and servicing instructions.


Group green equipment for inert and non-

reactive gases used as carrier gas or likewise,

where gas integrity is non-crucial at cylinder

change.

S 200

Group blue equipment, with own gas purge,

for inert and non-reactive gases and gas mix-

tures where gas integrity is important at cylin-

der change.

S 201

S 202

D 204

A 208

Group orange equipment, with purge gas

(nitrogen or likewise) purging, for toxic and re-

active gases and gas mixtures, where gas in-

tegrity and safety is important at cylinder

change.

S 203

A 209

Gas panels are used in central gas supplysystems for reducing the high primarypressure in the cylinders to more manage-able secondary pressures and is the placewhere the cylinders are changed, etc. It canbe considered the heart of the central gassystem.

Linde has three types of gas panels: Single,

double and semi-automatic. Single panels han-

dle one cylinder or bundle at a time. When the

cylinder/bundle is empty it has to be changed.

Double panels handle two cylinders or bundles

(or a combination) at a time. When the cylinder

or bundle is empty, switchover has to be done

manually. Semi-automatic panels handle two

cylinders/bundles at a time. When the pres-

sure at one side (the primary side) reaches a

pre-set value the manifold “switches” to the

other side. This means that it is possible to

change the gas cylinders without interrupting

the gas flow. After the cylinders at the primary

side are changed the handle is turned, thus

changing the secondary side (delivering the

gas) to the new primary side.

It is possible to create a fully automatic mani-

fold, with either electric or pneumatic valves,

but since the cylinders have to be changed any-

way the cost is rarely justified.

Note: Gas panels are not supplied with cylinder

connections. For information on avail-

able cylinder connections, please contact

your local Linde representative.

HiQ® REDLINE Gas panels.The starting point.


HiQ® REDLINE Gas panels S 200. Single gas panel.Single stage gas supply panel designed for pure gases and mixtures.

Technical data

Inlet primary pressure 230 bar 3,300 psi

Outlet pressure 0.5–6 bar 8–85 psi

2.5–14 bar 35–200 psi

2.5–50 bar 35–725 psi

10–200 bar 145–3,000 psi

Outlet gauge range –1–10 bar –14.5–145 psi

0–25 bar 0–360 psi

0–80 bar 0–1,400 psi

0–315 bar 0–4,500 psi

Operating temperature –20 – +70°C –4 – +158°F

Connection 1, 2 or 4 cylinders

Process gas in NPT 1/4” female

Process gas out NPT 1/4” female

Material

Housing Brass, Ni/Cr plated

Stainless steel 316L

Seals PVDF PCTFE

Membrane Hastelloy®

DescriptionGas panel S 200 is designed for single cylinders or bundles. It is mounted

on a stainless steel console and consists of a pressure regulator, inlet and

outlet pressure gauges, a relief valve and a shut-off valve for the process

gas.

All measurements in millimeters.

Drawings of other types available on request.

~ 160 245

100

30

155

60

To process

Processgas inlet

3

0

6

0

9

3 6 9 12 15 18 21 23 27

Flow, Nm3/h N2

Downstream pressure, bar

* Set pressure

10 bar*

Max flow


Specifications bar psi HiQ® code

S 200

B 6 85 3409

B 14 200 3144

B 50 725 3410

B 200 3,000 3411

SS 6 85 3412

SS 14 200 3145

SS 50 725 3413

SS 200 3,000 3414

S 200 coil and 1 cylinder

B C1 6 85 3497

B C1 14 200 3498

B C1 50 725 3499

B C1 200 3,000 3500

SS C1 6 85 4450

SS C1 14 200 3533

SS C1 50 725 3534

SS C1 200 3,000 3535

S 200 coil and 2 cylinders

B C2 6 85 3501

B C2 14 200 3502

B C2 50 725 3503

B C2 200 3,000 3504

SS C2 6 85 3536

SS C2 14 200 3537

SS C2 50 725 3538

SS C2 200 3,000 3539


B C4 6 85 3505

B C4 14 200 3506

B C4 50 725 3507

B C4 200 3,000 3508

SS C4 6 85 3540

SS C4 14 200 3541

SS C4 50 725 3542

SS C4 200 3,000 3543


S200 short flexihose and 1 cylinder

B SH1 6 85 3509

B SH1 14 200 3510

B SH1 50 725 3511

B SH1 200 3,000 3512

SS SH1 6 85 3544

SS SH1 14 200 3545

SS SH1 50 725 3546

SS SH1 200 3,000 3547

S 200 short flexihose and 2 cylinders

B SH2 6 85 3513

B SH2 14 200 3514

B SH2 50 725 3515

B SH2 200 3,000 3516

SS SH2 6 85 3548

SS SH2 14 200 3549

SS SH2 50 725 3550

SS SH2 200 3,000 3551


B SH4 6 85 3517

B SH4 14 200 3518

B SH4 50 725 3519

B SH4 200 3,300 3520

SS SH4 6 85 3552

SS SH4 14 200 3553

SS SH4 50 725 3554

SS SH4 200 3,000 3555

S 200 long flexihose and 1 cylinder

B LH1 6 85 3521

B LH1 14 200 3522

B LH1 50 725 3523

B LH1 200 3,000 3524

SS LH1 6 85 3556

SS LH1 14 200 3557

SS LH1 50 725 3558

SS LH1 200 3,000 3559


S 200 long flexihose and 2 cylinders

B LH2 6 85 3525

B LH2 14 200 3526

B LH2 50 725 3527

B LH2 200 3,000 3528

SS LH2 6 85 3560

SS LH2 14 200 3561

SS LH2 50 725 3562

SS LH2 200 3,000 3563


B LH4 6 85 3529

B LH4 14 200 3530

B LH4 50 725 3531

B LH4 200 3,000 3532

SS LH4 6 85 3564

SS LH4 14 200 3565

SS LH4 50 725 3566

SS LH4 200 3,000 3567

S 200C contact gauge

B C 6 85 4465

B C 14 200 4466

B C 50 725 4467

B C 200 3,000 4468

SS C 6 85 4505

SS C 14 200 4506

SS C 50 725 4507

SS C 200 3,000 4508

Gas panels S 200. Product names and codes.



S 200C contact gauge, coil and 1cylinder

B C C1 6 85 4469

B C C1 14 200 4470

B C C1 50 725 4471

B C C1 200 3,000 4472

SS C C1 6 85 4509

SS C C1 14 200 4510

SS C C1 50 725 4511

SS C C1 200 3,000 4512

S 200C contact gauge, coil and 2cylinders

B C C2 6 85 4473

B C C2 14 200 4474

B C C2 50 725 4475

B C C2 200 3,000 4476

SS C C2 6 85 4513

SS C C2 14 200 4514

SS C C2 50 725 4515

SS C C2 200 3,000 4516

S 200C contact gauge, coil and 4cylinders

B C C4 6 85 4477

B C C4 14 200 4478

B C C4 50 725 4479

B C C4 200 3,000 4480

SS C C4 6 85 4517

SS C C4 14 200 4518

SS C C4 50 725 4519

SS C C4 200 3,000 4520


S 200C contact gauge, short flexihoseand 1 cylinder

B C SH1 6 85 4481

B C SH1 14 200 4482

B C SH1 50 725 4483

B C SH1 200 3,000 4484

SS C SH1 6 85 4521

SS C SH1 14 200 4522

SS C SH1 50 725 4523

SS C SH1 200 3,000 4524

S 200C contact gauge, short flexihoseand 2 cylinders

B C SH2 6 85 4485

B C SH2 14 200 4486

B C SH2 50 725 4487

B C SH2 200 3,000 4488

SS C SH2 6 85 4525

SS C SH2 14 200 4526

SS C SH2 50 725 4527

SS C SH2 200 3,000 4528

S 200C contact gauge, short flexihoseand 4 cylinders

B C SH4 6 85 4489

B C SH4 14 200 4490

B C SH4 50 725 4491

B C SH4 200 3,000 4492

SS C SH4 6 85 4529

SS C SH4 14 200 4530

SS C SH4 50 725 4531

SS C SH4 200 3,000 4532


S 200C contact gauge,long flexihoseand 1 cylinder

B C LH1 6 85 4493

B C LH1 14 200 4494

B C LH1 50 725 4495

B C LH1 200 3,000 4496

SS C LH1 6 85 4533

SS C LH1 14 200 4534

SS C LH1 50 725 4535

SS C LH1 200 3,000 4536

S 200C contact gauge, long flexihoseand 2 cylinders

B C LH2 6 85 4497

B C LH2 14 200 4498

B C LH2 50 725 4499

B C LH2 200 3,000 4500

SS C LH2 6 85 4537

SS C LH2 14 200 4538

SS C LH2 50 725 4539

SS C LH2 200 3,000 4540

S 200C contact gauge, long flexihoseand 4 cylinders

B C LH4 6 85 4501

B C LH4 14 200 4502

B C LH4 50 725 4503

B C LH4 200 3,000 4504

SS C LH4 6 85 4541

SS C LH4 14 200 4542

SS C LH4 50 725 4543

SS C LH4 200 3,000 4544

B = Brass

SS = Stainless steel

Cx = Coil and number of cylinders

SHx = Short flexihose and number of cylinders

LHx = Long flexihose and number of cylinders

C = Contact gauge

R = Residual gas outlet

RC = Residual gas outlet and contact gauge


HiQ® REDLINE Gas panels S 201. Single gas panel.Single stage gas supply panel with internal gas purging, designed for high purity gases and mixtures (including flammable).

Technical data



2.5–14 bar 35–200 psi

2.5–50 bar 35–725 psi

10–200 bar 145–3,000 psi


0–25 bar 0–360 psi

0–80 bar 0–1,400 psi

0–315 bar 0–4,500 psi





Purge gas outlet NPT 1/4” female

Material



Seals PVDF PCTFE


DescriptionGas panel S 201 is designed for single cylinders or bundles. It is equipped

with internal gas purging to avoid contaminants entering the process line

after changing the cylinders. It is mounted on a stainless steel console

and consists of a pressure regulator, inlet and outlet pressure gauges, a

relief valve and shut-off valves for the process gas and for the purge gas.

The panel can also be equipped with contact gauge (/C models) for auto-

matic surveillance. When applicable the panel can be ordered with

residual gas line (/R models) connecting the relief valve with the purge

outlet.


Model R. Drawings of other types available on request.

~ 160 245

100

15

5

60

∅ 6

To process To ventilation

Processgas inlet

3

0

6

0

9

3 6 9 12 15 18 21 23 27

Flow, Nm3/h N2


* Set pressure

10 bar*

Max flow



S 201

B 6 85 3415

B 14 200 3146

B 50 725 3416

B 200 3,000 3417

SS 6 85 3418

SS 14 200 3147

SS 50 725 3419

SS 200 3,000 3420


B C1 6 85 3568

B C1 14 200 3569

B C1 50 725 3570

B C1 200 3,000 3571

SS C1 6 85 3640

SS C1 14 200 3641

SS C1 50 725 3642

SS C1 200 3,000 3643


B C2 6 85 3572

B C2 14 200 3573

B C2 50 725 3574

B C2 200 3,000 3575

SS C2 6 85 3644

SS C2 14 200 3645

SS C2 50 725 3646

SS C2 200 3,000 3647


B C4 6 85 3576

B C4 14 200 3577

B C4 50 725 3578

B C4 200 3,000 3579

SS C4 6 85 3648

SS C4 14 200 3649

SS C4 50 725 3650

SS C4 200 3,000 3651


S 201 short flexihose and 1 cylinder

B SH1 6 85 3580

B SH1 14 200 3581

B SH1 50 725 3582

B SH1 200 3,000 3583

SS SH1 6 85 3652

SS SH1 14 200 3653

SS SH1 50 725 3654

SS SH1 200 3,000 3655


B SH2 6 85 3584

B SH2 14 200 3585

B SH2 50 725 3586

B SH2 200 3,000 3587

SS SH2 6 85 3656

SS SH2 14 200 3657

SS SH2 50 725 3658

SS SH2 200 3,000 3659


B SH4 6 85 3588

B SH4 14 200 3589

B SH4 50 725 3590

B SH4 200 3,000 3591

SS SH4 6 85 3660

SS SH4 14 200 3661

SS SH4 50 725 3662

SS SH4 200 3,000 3663


B LH1 6 85 3592

B LH1 14 200 3593

B LH1 50 725 3594

B LH1 200 3,000 3595

SS LH1 6 85 3664

SS LH1 14 200 3665

SS LH1 50 725 3666

SS LH1 200 3,000 3667



B LH2 6 85 3596

B LH2 14 200 3597

B LH2 50 725 3598

B LH2 200 3,000 3599

SS LH2 6 85 3668

SS LH2 14 200 3669

SS LH2 50 725 3670

SS LH2 200 3,000 3671


B LH4 6 85 3600

B LH4 14 200 3601

B LH4 50 725 3602

B LH4 200 3,000 3603

SS LH4 6 85 3672

SS LH4 14 200 3673

SS LH4 50 725 3674

SS LH4 200 3,000 3675

S 201/R residual gas outlet

B R 6 85 3471

B R 14 200 3472

B R 50 725 3473

B R 200 3,000 3474

SS R 6 85 3475

SS R 14 200 3476

SS R 50 725 3477

SS R 200 3,000 3478

SS R C1 200 3,000 3679




S 201/R residual gas outlet, coil and1 cylinder

B R C1 6 85 3604

B R C1 14 200 3605

B R C1 50 725 3606

B R C1 200 3,000 3607

SS R C1 6 85 3676

SS R C1 14 200 3677

SS R C1 50 725 3678

S 201/R residual gas outlet, coil and2 cylinders

B R C2 6 85 3608

B R C2 14 200 3609

B R C2 50 725 3610

B R C2 200 3,000 3611

SS R C2 6 85 3680

SS R C2 14 200 3681

SS R C2 50 725 3682

SS R C2 200 3,000 3683


B R C4 6 85 3612

B R C4 14 200 3613

B R C4 50 725 3614

B R C4 200 3,000 3615

SS R C4 6 85 3684

SS R C4 14 200 3685

SS R C4 50 725 3686

SS R C4 200 3,000 3687


S 201/R residual gas outlet, shortflexihose and 1 cylinder

B R SH1 6 85 3616

B R SH1 14 200 3617

B R SH1 50 725 3618

B R SH1 200 3,000 3619

SS R SH1 6 85 3688

SS R SH1 14 200 3689

SS R SH1 50 725 3690

SS R SH1 200 3,000 3691

S 201/R residual gas outlet, shortflexihose and 2 cylinders

B R SH2 6 85 3620

B R SH2 14 200 3621

B R SH2 50 725 3622

B R SH2 200 3,000 3623

SS R SH2 6 85 3692

SS R SH2 14 200 3693

SS R SH2 50 725 3694

SS R SH2 200 3,000 3695


B R SH4 6 85 3624

B R SH4 14 200 3625

B R SH4 50 725 3626

B R SH4 200 3,000 3627

SS R SH4 6 85 3696

SS R SH4 14 200 3697

SS R SH4 50 725 3698

SS R SH4 200 3,000 3699


S 201/R residual gas outlet, longflexihose and 1 cylinder

B R LH1 6 85 3628

B R LH1 14 200 3629

B R LH1 50 725 3630

B R LH1 200 3,000 3631

SS R LH1 6 85 3700

SS R LH1 14 200 3701

SS R LH1 50 725 3702

SS R LH1 200 3,000 3703

S 201/R residual gas outlet, longflexihose and 2 cylinders

B R LH2 6 85 3632

B R LH2 14 200 3633

B R LH2 50 725 3634

B R LH2 200 3,000 3635

SS R LH2 6 85 3704

SS R LH2 14 200 3705

SS R LH2 50 725 3706

SS R LH2 200 3,000 3707


B R LH4 6 85 3636

B R LH4 14 200 3637

B R LH4 50 725 3638

B R LH4 200 3,000 3639

SS R LH4 6 85 3708

SS R LH4 14 200 3709

SS R LH4 50 725 3710

SS R LH4 200 3,000 3711

B = Brass





C = Contact gauge





S 201/C contact gauge

B C 6 85 4545

B C 14 200 4546

B C 50 725 4547

B C 200 3,000 4548

SS C 6 85 4625

SS C 14 200 4626

SS C 50 725 4627

SS C 200 3,000 4628

S 201/C contact gauge, coil and 1cylinder

B C C1 6 85 4549

B C C1 14 200 4550

B C C1 50 725 4551

B C C1 200 3,000 4552

SS C C1 6 85 4629

SS C C1 14 200 4630

SS C C1 50 725 4631

SS C C1 200 3,000 4632

S 201/C contact gauge, coil and 2cylinders

B C C2 6 85 4553

B C C2 14 200 4554

B C C2 50 725 4555

B C C2 200 3,000 4556

SS C C2 6 85 4633

SS C C2 14 200 4634

SS C C2 50 725 4635

SS C C2 200 3,000 4636


B C C4 6 85 4557

B C C4 14 200 4558

B C C4 50 725 4559

B C C4 200 3,000 4560

SS C C4 6 85 4637


SS C C4 14 200 4638

SS C C4 50 725 4639

SS C C4 200 3,000 4640

S 201/C contact gauge, shortflexihose and 1 cylinder

B C SH1 6 85 4561

B C SH1 14 200 4562

B C SH1 50 725 4563

B C SH1 200 3,000 4564

SS C SH1 6 85 4641

SS C SH1 14 200 4642

SS C SH1 50 725 4643

SS C SH1 200 3,000 4644

S 201/C contact gauge, shortflexihose and 2 cylinders

B C SH2 6 85 4565

B C SH2 14 200 4566

B C SH2 50 725 4567

B C SH2 200 3,000 4568

SS C SH2 6 85 4645

SS C SH2 14 200 4646

SS C SH2 50 725 4647

SS C SH2 200 3,000 4648


B C SH4 6 85 4569

B C SH4 14 200 4570

B C SH4 50 725 4571

B C SH4 200 3,000 4572

SS C SH4 6 85 4649

SS C SH4 14 200 4650

SS C SH4 50 725 4651

SS C SH4 200 3,000 4652


S 201/C contact gauge, longflexihose and 1 cylinderB C LH1 6 85 4573

B C LH1 14 200 4574

B C LH1 50 725 4575

B C LH1 200 3,000 4576

SS C LH1 6 85 4653

SS C LH1 14 200 4654

SS C LH1 50 725 4655

SS C LH1 200 3,000 4656

S 201/C contact gauge, longflexihose and 2 cylinders

B C LH2 6 85 4577

B C LH2 14 200 4578

B C LH2 50 725 4579

B C LH2 200 3,000 4580

SS C LH2 6 85 4657

SS C LH2 14 200 4658

SS C LH2 50 725 4659

SS C LH2 200 3,000 4660


B C LH4 6 85 4581

B C LH4 14 200 4582

B C LH4 50 725 4583

B C LH4 200 3,000 4584

SS C LH4 6 85 4661

SS C LH4 14 200 4662

SS C LH4 50 725 4663

SS C LH4 200 3,000 4664




S 201/RC residual gas outlet, contactgauge

B RC 6 85 4585

B RC 14 200 4586

B RC 50 725 4587

B RC 200 3,000 4588

SS RC 6 85 4665

SS RC 14 200 4666

SS RC 50 725 4667

SS RC 200 3,000 4668

S 201/RC residual gas outlet, contactgauge, coil and 1 cylinder

B RC C1 6 85 4589

B RC C1 14 200 4590

B RC C1 50 725 4591

B RC C1 200 3,000 4592

SS RC C1 6 85 4669

SS RC C1 14 200 4670

SS RC C1 50 725 4671

SS RC C1 200 3,000 4672

S 201/RC residual gas outlet, contactgauge, coil and 2 cylinders

B RC C2 6 85 4593

B RC C2 14 200 4594

B RC C2 50 725 4595

B RC C2 200 3,000 4596

SS RC C2 6 85 4673

SS RC C2 14 200 4674

SS RC C2 50 725 4675

SS RC C2 200 3,000 4676


B RC C4 6 85 4597

B RC C4 14 200 4598

B RC C4 50 725 4599


B RC C4 200 3,000 4600

SS RC C4 6 85 4677

SS RC C4 14 200 4678

SS RC C4 50 725 4679

SS RC C4 200 3,000 4680

S 201/RC residual gas outlet, contactgauge, short flexihose and 1 cylinderB RC SH1 6 85 4601

B RC SH1 14 200 4602

B RC SH1 50 725 4603

B RC SH1 200 3,000 4604

SS RC SH1 6 85 4681

SS RC SH1 14 200 4682

SS RC SH1 50 725 4683

SS RC SH1 200 3,000 4684

S 201/RC residual gas outlet, contactgauge, short flexihose and 2cylinders

B RC SH2 6 85 4605

B RC SH2 14 200 4606

B RC SH2 50 725 4607

B RC SH2 200 3,000 4608

SS RC SH2 6 85 4685

SS RC SH2 14 200 4686

SS RC SH2 50 725 4687

SS RC SH2 200 3,000 4688

S 201/RC residual gas outlet, contactgauge, short flexihose and 4 cylinders

B RC SH4 6 85 4609

B RC SH4 14 200 4610

B RC SH4 50 725 4611

B RC SH4 200 3,000 4612

SS RC SH4 6 85 4689

SS RC SH4 14 200 4690

SS RC SH4 50 725 4691

SS RC SH4 200 3,000 4692


S 201/RC residual gas outlet, contactgauge, long flexihose and 1 cylinder

B RC LH1 6 85 4613

B RC LH1 14 200 4614

B RC LH1 50 725 4615

B RC LH1 200 3,000 4616

SS RC LH1 6 85 4693

SS RC LH1 14 200 4694

SS RC LH1 50 725 4695

SS RC LH1 200 3,000 4696

S 201/RC residual gas outlet, contactgauge, long flexihose and 2 cylinders

B RC LH2 6 85 4617

B RC LH2 14 200 4618

B RC LH2 50 725 4619

B RC LH2 200 3,000 4620

SS RC LH2 6 85 4697

SS RC LH2 14 200 4698

SS RC LH2 50 725 4699

SS RC LH2 200 3,000 4700


B RC LH4 6 85 4621

B RC LH4 14 200 4622

B RC LH4 50 725 4623

B RC LH4 200 3,000 4624

SS RC LH4 6 85 4701

SS RC LH4 14 200 4702

SS RC LH4 50 725 4703

SS RC LH4 200 3,000 4704

B = Brass





C = Contact gauge




HiQ® REDLINE Gas panels S 202. Single gas panel.Single stage gas supply panel with internal gas purging, designed for pure gases and mixtures.

Technical data



2.5–14 bar 35–200 psi

2.5–50 bar 35–725 psi

10–200 bar 145–3,000 psi


0–25 bar 0–360 psi

0–80 bar 0–1,400 psi

0–315 bar 0–4,500 psi





Purge gas outlet NPT 1/4” female

Material



Seals PVDF PCTFE



with internal gas purging to avoid contaminants entering the process line

after changing the cylinders. It is is mounted on a stainless steel console


relief valve and shut-off valves for the process gas at high and low pres-

sure ends and for the purging gas.


matic surveillance. When applicable the panel can be ordered with resid-

ual gas line (/R models) connecting the relief valve with the purge

outlet.



~ 160

30

245

100

155

60


Processgas inlet

3

0

6

0

9

3 6 9 12 15 18 21 23 27

Flow, Nm3/h N2


* Set pressure

10 bar*

Max flow



S 202

B 6 85 3421

B 14 200 3148

B 50 725 3422

B 200 3,000 3423

SS 6 85 3424

SS 14 200 3149

SS 50 725 3425

SS 200 3,000 3426


B C1 6 85 3712

B C1 14 200 3713

B C1 50 725 3714

B C1 200 3,000 3715

SS C1 6 85 3784

SS C1 14 200 3785

SS C1 50 725 3786

SS C1 200 3,000 3787


B C2 6 85 3716

B C2 14 200 3717

B C2 50 725 3718

B C2 200 3,000 3719

SS C2 6 85 3788

SS C2 14 200 3789

SS C2 50 725 3790

SS C2 200 3,000 3791


B C4 6 85 3720

B C4 14 200 3721

B C4 50 725 3722

B C4 200 3,000 3723

SS C4 6 85 3792

SS C4 14 200 3793

SS C4 50 725 3794

SS C4 200 3,000 3795



B SH1 6 85 3724

B SH1 14 200 3725

B SH1 50 725 3726

B SH1 200 3,000 3727

SS SH1 6 85 3796

SS SH1 14 200 3797

SS SH1 50 725 3798

SS SH1 200 3,000 3799


B SH2 6 85 3728

B SH2 14 200 3729

B SH2 50 725 3730

B SH2 200 3,000 3731

SS SH2 6 85 3800

SS SH2 14 200 3801

SS SH2 50 725 3802

SS SH2 200 3,000 3803


B SH4 6 85 3732

B SH4 14 200 3733

B SH4 50 725 3734

B SH4 200 3,000 3735

SS SH4 6 85 3804

SS SH4 14 200 3805

SS SH4 50 725 3806

SS SH4 200 3,000 3807


B LH1 6 85 3736

B LH1 14 200 3737

B LH1 50 725 3738

B LH1 200 3,000 3739

SS LH1 6 85 3808

SS LH1 14 200 3809

SS LH1 50 725 3810

SS LH1 200 3,000 3811



B LH2 6 85 3740

B LH2 14 200 3741

B LH2 50 725 3742

B LH2 200 3,000 3743

SS LH2 6 85 3812

SS LH2 14 200 3813

SS LH2 50 725 3814

SS LH1 200 3,000 3815


B LH4 6 85 3744

B LH4 14 200 3745

B LH4 50 725 3746

B LH4 200 3,000 3747

SS LH4 6 85 3816

SS LH4 14 200 3817

SS LH4 50 725 3818

SS LH4 200 3,000 3819


B R 6 85 3479

B R 14 200 3480

B R 50 725 3481

B R 200 3,000 3482

SS R 6 85 3483

SS R 14 200 3484

SS R 50 725 3485

SS R 200 3,000 3486





B R C1 6 85 3748

B R C1 14 200 3749

B R C1 50 725 3750

B R C1 200 3,000 3751

SS R C1 6 85 3820

SS R C1 14 200 3821

SS R C1 50 725 3822

SS R C1 200 3,000 3823


B R C2 6 85 3752

B R C2 14 200 3753

B R C2 50 725 3754

B R C2 200 3,000 3755

SS R C2 6 85 3824

SS R C2 14 200 3825

SS R C2 50 725 3826

SS R C2 200 3,000 3827


B R C4 6 85 3756

B R C4 14 200 3757

B R C4 50 725 3758

B R C4 200 3,000 3759

SS R C4 6 85 3828

SS R C4 14 200 3829

SS R C4 50 725 3830

SS R C4 200 3,000 3831


B R SH1 6 85 3760

B R SH1 14 200 3761

B R SH1 50 725 3762

B R SH1 200 3,000 3763


SS R SH1 6 85 3832

SS R SH1 14 200 3833

SS R SH1 50 725 3834

SS R SH1 200 3,000 3835


B R SH2 6 85 3764

B R SH2 14 200 3765

B R SH2 50 725 3766

B R SH2 200 3,000 3767

SS R SH2 6 85 3836

SS R SH2 14 200 3837

SS R SH2 50 725 3838

SS R SH2 200 3,000 3839


B R SH4 6 85 3768

B R SH4 14 200 3769

B R SH4 50 725 3770

B R SH4 200 3,000 3771

SS R SH4 6 85 3840

SS R SH4 14 200 3841

SS R SH4 50 725 3842

SS R SH4 200 3,000 3843


B R LH1 6 85 3772

B R LH1 14 200 3773

B R LH1 50 725 3774

B R LH1 200 3,000 3775

SS R LH1 6 85 3844

SS R LH1 14 200 3845

SS R LH1 50 725 3846

SS R LH1 200 3,000 3847



B R LH2 6 85 3776

B R LH2 14 200 3777

B R LH2 50 725 3778

B R LH2 200 3,000 3779

SS R LH2 6 85 3848

SS R LH2 14 200 3849

SS R LH2 50 725 3850

SS R LH2 200 3,000 3851


B R LH4 6 85 3780

B R LH4 14 200 3781

B R LH4 50 725 3782

B R LH4 200 3,000 3783

SS R LH4 6 85 3852

SS R LH4 14 200 3853

SS R LH4 50 725 3854

SS R LH4 200 3,000 3855


B C 6 85 4705

B C 14 200 4706

B C 50 725 4707

B C 200 3,000 4708

SS C 6 85 4785

SS C 14 200 4786

SS C 50 725 4787

SS C 200 3,000 4788

B = Brass





C = Contact gauge






B C C1 6 85 4709

B C C1 14 200 4710

B C C1 50 725 4711

B C C1 200 3,000 4712

SS C C1 6 85 4789

SS C C1 14 200 4790

SS C C1 50 725 4791

SS C C1 200 3,000 4792


B C C2 6 85 4713

B C C2 14 200 4714

B C C2 50 725 4715

B C C2 200 3,000 4716

SS C C2 6 85 4793

SS C C2 14 200 4794

SS C C2 50 725 4795

SS C C2 200 3,000 4796


B C C4 6 85 4717

B C C4 14 200 4718

B C C4 50 725 4719

B C C4 200 3,000 4720

SS C C4 6 85 4797

SS C C4 14 200 4798

SS C C4 50 725 4799

SS C C4 200 3,000 4800


B C SH1 6 85 4721

B C SH1 14 200 4722

B C SH1 50 725 4723

B C SH1 200 3,000 4724


SS C SH1 6 85 4801

SS C SH1 14 200 4802

SS C SH1 50 725 4803

SS C SH1 200 3,000 4804


B C SH2 6 85 4725

B C SH2 14 200 4726

B C SH2 50 725 4727

B C SH2 200 3,000 4728

SS C SH2 6 85 4805

SS C SH2 14 200 4806

SS C SH2 50 725 4807

SS C SH2 200 3,000 4808


B C SH4 6 85 4729

B C SH4 14 200 4730

B C SH4 50 725 4731

B C SH4 200 3,000 4732

SS C SH4 6 85 4809

SS C SH4 14 200 4810

SS C SH4 50 725 4811

SS C SH4 200 3,000 4812

S 202/C contact gauge, longflexihose and 1 cylinder

B C LH1 6 85 4733

B C LH1 14 200 4734

B C LH1 50 725 4735

B C LH1 200 3,000 4736

SS C LH1 6 85 4813

SS C LH1 14 200 4814

SS C LH1 50 725 4815

SS C LH1 200 3,000 4816



B C LH2 6 85 4737

B C LH2 14 200 4738

B C LH2 50 725 4739

B C LH2 200 3,000 4740

SS C LH2 6 85 4817

SS C LH2 14 200 4818

SS C LH2 50 725 4819

SS C LH2 200 3,000 4820


B C LH4 6 85 4741

B C LH4 14 200 4742

B C LH4 50 725 4743

B C LH4 200 3,000 4744

SS C LH4 6 85 4821

SS C LH4 14 200 4822

SS C LH4 50 725 4823

SS C LH4 200 3,000 4824

S 202/RC residual gas outlet,contactgauge

B RC 6 85 4745

B RC 14 200 4746

B RC 50 725 4747

B RC 200 3,000 4748

SS RC 6 85 4825

SS RC 14 200 4826

SS RC 50 725 4827

SS RC 200 3,000 4828





B RC C1 6 85 4749

B RC C1 14 200 4750

B RC C1 50 725 4751

B RC C1 200 3,000 4752

SS RC C1 6 85 4829

SS RC C1 14 200 4830

SS RC C1 50 725 4831

SS RC C1 200 3,000 4832


B RC C2 6 85 4753

B RC C2 14 200 4754

B RC C2 50 725 4755

B RC C2 200 3,000 4756

SS RC C2 6 85 4833

SS RC C2 14 200 4834

SS RC C2 50 725 4835

SS RC C2 200 3,000 4836


B RC C4 6 85 4757

B RC C4 14 200 4758

B RC C4 50 725 4759

B RC C4 200 3,000 4760

SS RC C4 6 85 4837

SS RC C4 14 200 4838

SS RC C4 50 725 4839

SS RC C4 200 3,000 4840


S 202/RC residual gas outlet, contactgauge, short flexihose and 1 cylinder

B RC SH1 6 85 4761

B RC SH1 14 200 4762

B RC SH1 50 725 4763

B RC SH1 200 3,000 4764

SS RC SH1 6 85 4841

SS RC SH1 14 200 4842

SS RC SH1 50 725 4843

SS RC SH1 200 3,000 4844


B RC SH2 6 85 4765

B RC SH2 14 200 4766

B RC SH2 50 725 4767

B RC SH2 200 3,000 4768

SS RC SH2 6 85 4845

SS RC SH2 14 200 4846

SS RC SH2 50 725 4847

SS RC SH2 200 3,000 4848


B RC SH4 6 85 4769

B RC SH4 14 200 4770

B RC SH4 50 725 4771

B RC SH4 200 3,000 4772

SS RC SH4 6 85 4849

SS RC SH4 14 200 4850

SS RC SH4 50 725 4851

SS RC SH4 200 3,000 4852



B RC LH1 6 85 4773

B RC LH1 14 200 4774

B RC LH1 50 725 4775

B RC LH1 200 3,000 4776

SS RC LH1 6 85 4853

SS RC LH1 14 200 4854

SS RC LH1 50 725 4855

SS RC LH1 200 3,000 4856


B RC LH2 6 85 4777

B RC LH2 14 200 4778

B RC LH2 50 725 4779

B RC LH2 200 3,000 4780

SS RC LH2 6 85 4857

SS RC LH2 14 200 4858

SS RC LH2 50 725 4859

SS RC LH2 200 3,000 4860


B RC LH4 6 85 4781

B RC LH4 14 200 4782

B RC LH4 50 725 4783

B RC LH4 200 3,000 4784

SS RC LH4 6 85 4861

SS RC LH4 14 200 4862

SS RC LH4 50 725 4863

SS RC LH4 200 3,000 4864

B = Brass





C = Contact gauge




HiQ® REDLINE Gas panels S 203. Single gas panel.Single stage gas supply panel with external gas purging, designed for reactive, toxic and corrosive gases.

Technical data



2.5–14 bar 35–200 psi

2.5–50 bar 35–725 psi

10–200 bar 145–3,000 psi


0–25 bar 0–360 psi

0–80 bar 0–1,400 psi

0–315 bar 0–4,500 psi





Purge gas inlet Tube fitting 6 mm

Purge gas outlet Tube fitting 6 mm

Material



Seals PVDF PCTFE



with external gas purging to allow purging of the high pressure side be-

fore disconnecting cylinders. It is is mounted on a stainless steel console


relief valve and shut-off valves for the process gas at high and low pres-

sure ends and for the purging gas.



ual gas line (/R models) connecting the relief valve with the purge outlet.

155

60

~ 160

30

100

245

23

∅ 6

∅ 6


Processgas inlet

Purgegas inlet

3

0

6

0

9

3 6 9 12 15 18 21 23 27

Flow, Nm3/h N2


* Set pressure

10 bar*

Max flow





S 203

B 6 85 3427

B 14 200 3150

B 50 725 3428

B 200 3,000 3429

SS 6 85 3430

SS 14 200 3151

SS 50 725 3431

SS 200 3,000 3432


B C1 6 85 3856

B C1 14 200 3857

B C1 50 725 3858

B C1 200 3,000 3859

SS C1 6 85 3892

SS C1 14 200 3893

SS C1 50 725 3894

SS C1 200 3,000 3895


B C2 6 85 3860

B C2 14 200 3861

B C2 50 725 3862

B C2 200 3,000 3863

SS C2 6 85 3896

SS C2 14 200 3897

SS C2 50 725 3898

SS C2 200 3,000 3899


B C4 6 85 3864

B C4 14 200 3865

B C4 50 725 3866

B C4 200 3,000 3867

SS C4 6 85 3900

SS C4 14 200 3901

SS C4 50 725 3902

SS C4 200 3,000 3903



B SH1 6 85 3868

B SH1 14 200 3869

B SH1 50 725 3870

B SH1 200 3,000 3871

SS SH1 6 85 3904

SS SH1 14 200 3905

SS SH1 50 725 3906

SS SH1 200 3,000 3907


B SH2 6 85 3872

B SH2 14 200 3873

B SH2 50 725 3874

B SH2 200 3,000 3875

SS SH2 6 85 3908

SS SH2 14 200 3909

SS SH2 50 725 3910

SS SH2 200 3,000 3911


B SH4 6 85 3876

B SH4 14 200 3877

B SH4 50 725 3878

B SH4 200 3,000 3879

SS SH4 6 85 3912

SS SH4 14 200 3913

SS SH4 50 725 3914

SS SH4 200 3,000 3915


B LH1 6 85 3880

B LH1 14 200 3881

B LH1 50 725 3882

B LH1 200 3,000 3883

SS LH1 6 85 3916

SS LH1 14 200 3917

SS LH1 50 725 3918

SS LH1 200 3,000 3919



B LH2 6 85 3884

B LH2 14 200 3885

B LH2 50 725 3886

B LH2 200 3,000 3887

SS LH2 6 85 3920

SS LH2 14 200 3921

SS LH2 50 725 3922

SS LH2 200 3,000 3923


B LH4 6 85 3888

B LH4 14 200 3889

B LH4 50 725 3890

B LH4 200 3,000 3891

SS LH4 6 85 3924

SS LH4 14 200 3925

SS LH4 50 725 3926

SS LH4 200 3,000 3927


B R 6 85 4865

B R 14 200 4866

B R 50 725 4867

B R 200 3,000 4868

SS R 6 85 4985

SS R 14 200 4986

SS R 50 725 4987

SS R 200 3,000 4988





B R C1 6 85 4869

B R C1 14 200 4870

B R C1 50 725 4871

B R C1 200 3,000 4872

SS R C1 6 85 4989

SS R C1 14 200 4990

SS R C1 50 725 4991

SS R C1 200 3,000 4992


B R C2 6 85 4873

B R C2 14 200 4874

B R C2 50 725 4875

B R C2 200 3,000 4876

SS R C2 6 85 4993

SS R C2 14 200 4994

SS R C2 50 725 4995

SS R C2 200 3,000 4996


B R C4 6 85 4877

B R C4 14 200 4878

B R C4 50 725 4879

B R C4 200 3,000 4880

SS R C4 6 85 4997

SS R C4 14 200 4998

SS R C4 50 725 4999

SS R C4 200 3,000 5000


B R SH1 6 85 4881

B R SH1 14 200 4882

B R SH1 50 725 4883

B R SH1 200 3,000 4884


SS R SH1 6 85 5001

SS R SH1 14 200 5002

SS R SH1 50 725 5003

SS R SH1 200 3,000 5004


B R SH2 6 85 4885

B R SH2 14 200 4886

B R SH2 50 725 4887

B R SH2 200 3,000 4888

SS R SH2 6 85 5005

SS R SH2 14 200 5006

SS R SH2 50 725 5007

SS R SH2 200 3,000 5008


B R SH4 6 85 4889

B R SH4 14 200 4890

B R SH4 50 725 4891

B R SH4 200 3,000 4892

SS R SH4 6 85 5009

SS R SH4 14 200 5010

SS R SH4 50 725 5011

SS R SH4 200 3,000 5012


B R LH1 6 85 4893

B R LH1 14 200 4894

B R LH1 50 725 4895

B R LH1 200 3,000 4896

SS R LH1 6 85 5013

SS R LH1 14 200 5014

SS R LH1 50 725 5015

SS R LH1 200 3,000 5016



B R LH2 6 85 4897

B R LH2 14 200 4898

B R LH2 50 725 4899

B R LH2 200 3,000 4900

SS R LH2 6 85 5017

SS R LH2 14 200 5018

SS R LH2 50 725 5019

SS R LH2 200 3,000 5020


B R LH4 6 85 4901

B R LH4 14 200 4902

B R LH4 50 725 4903

B R LH4 200 3,000 4904

SS R LH4 6 85 5021

SS R LH4 14 200 5022

SS R LH4 50 725 5023

SS R LH4 200 3,000 5024


B C 6 85 4905

B C 14 200 4906

B C 50 725 4907

B C 200 3,000 4908

SS C 6 85 5025

SS C 14 200 5026

SS C 50 725 5027

SS C 200 3,000 5028

B = Brass





C = Contact gauge






B C C1 6 85 4909

B C C1 14 200 4910

B C C1 50 725 4911

B C C1 200 3,000 4912

SS C C1 6 85 5029

SS C C1 14 200 5030

SS C C1 50 725 5031

SS C C1 200 3,000 5032


B C C2 6 85 4913

B C C2 14 200 4914

B C C2 50 725 4915

B C C2 200 3,000 4916

SS C C2 6 85 5033

SS C C2 14 200 5034

SS C C2 50 725 5035

SS C C2 200 3,000 5036


B C C4 6 85 4917

B C C4 14 200 4918

B C C4 50 725 4919

B C C4 200 3,000 4920

SS C C4 6 85 5037

SS C C4 14 200 5038

SS C C4 50 725 5039

SS C C4 200 3,000 5040


B C SH1 6 85 4921

B C SH1 14 200 4922

B C SH1 50 725 4923

B C SH1 200 3,000 4924


SS C SH1 6 85 5041

SS C SH1 14 200 5042

SS C SH1 50 725 5043

SS C SH1 200 3,000 5044


B C SH2 6 85 4925

B C SH2 14 200 4926

B C SH2 50 725 4927

B C SH2 200 3,000 4928

SS C SH2 6 85 5045

SS C SH2 14 200 5046

SS C SH2 50 725 5047

SS C SH2 200 3,000 5048


B C SH4 6 85 4929

B C SH4 14 200 4930

B C SH4 50 725 4931

B C SH4 200 3,000 4932

SS C SH4 6 85 5049

SS C SH4 14 200 5050

SS C SH4 50 725 5051

SS C SH4 200 3,000 5052

S 203/C contact gauge, longflexihose and 1 cylinder

B C LH1 6 85 4933

B C LH1 14 200 4934

B C LH1 50 725 4935

B C LH1 200 3,000 4936

SS C LH1 6 85 5053

SS C LH1 14 200 5054

SS C LH1 50 725 5055

SS C LH1 200 3,000 5056



B C LH2 6 85 4937

B C LH2 14 200 4938

B C LH2 50 725 4939

B C LH2 200 3,000 4940

SS C LH2 6 85 5057

SS C LH2 14 200 5058

SS C LH2 50 725 5059

SS C LH2 200 3,000 5060


B C LH4 6 85 4941

B C LH4 14 200 4942

B C LH4 50 725 4943

B C LH4 200 3,000 4944

SS C LH4 6 85 5061

SS C LH4 14 200 5062

SS C LH4 50 725 5063

SS C LH4 200 3,000 5064

S 203/RC residual gas outlet, contactgauge

B RC 6 85 4945

B RC 14 200 4946

B RC 50 725 4947

B RC 200 3,000 4948

SS RC 6 85 5065

SS RC 14 200 5066

SS RC 50 725 5067

SS RC 200 3,000 5068





B RC C1 6 85 4949

B RC C1 14 200 4950

B RC C1 50 725 4951

B RC C1 200 3,000 4952

SS RC C1 6 85 5069

SS RC C1 14 200 5070

SS RC C1 50 725 5071

SS RC C1 200 3,000 5072


B RC C2 6 85 4953

B RC C2 14 200 4954

B RC C2 50 725 4955

B RC C2 200 3,000 4956

SS RC C2 6 85 5073

SS RC C2 14 200 5074

SS RC C2 50 725 5075

SS RC C2 200 3,000 5076


B RC C4 6 85 4957

B RC C4 14 200 4958

B RC C4 50 725 4959

B RC C4 200 3,000 4960

SS RC C4 6 85 5077

SS RC C4 14 200 5078

SS RC C4 50 725 5079

SS RC C4 200 3,000 5080


S 203/RC residual gas outlet, contactgauge, short flexihose and 1 cylinder

B RC SH1 6 85 4961

B RC SH1 14 200 4962

B RC SH1 50 725 4963

B RC SH1 200 3,000 4964

SS RC SH1 6 85 5081

SS RC SH1 14 200 5082

SS RC SH1 50 725 5083

SS RC SH1 200 3,000 5084


B RC SH2 6 85 4965

B RC SH2 14 200 4966

B RC SH2 50 725 4967

B RC SH2 200 3,000 4968

SS RC SH2 6 85 5085

SS RC SH2 14 200 5086

SS RC SH2 50 725 5087

SS RC SH2 200 3,000 5088


B RC SH4 6 85 4969

B RC SH4 14 200 4970

B RC SH4 50 725 4971

B RC SH4 200 3,000 4972

SS RC SH4 6 85 5089

SS RC SH4 14 200 5090

SS RC SH4 50 725 5091

SS RC SH4 200 3,000 5092



B RC LH1 6 85 4973

B RC LH1 14 200 4974

B RC LH1 50 725 4975

B RC LH1 200 3,000 4976

SS RC LH1 6 85 5093

SS RC LH1 14 200 5094

SS RC LH1 50 725 5095

SS RC LH1 200 3,000 5096


B RC LH2 6 85 4977

B RC LH2 14 200 4978

B RC LH2 50 725 4979

B RC LH2 200 3,000 4980

SS RC LH2 6 85 5097

SS RC LH2 14 200 5098

SS RC LH2 50 725 5099

SS RC LH2 200 3,000 5100


B RC LH4 6 85 4981

B RC LH4 14 200 4982

B RC LH4 50 725 4983

B RC LH4 200 3,000 4984

SS RC LH4 6 85 5101

SS RC LH4 14 200 5102

SS RC LH4 50 725 5103

SS RC LH4 200 3,000 5104

B = Brass





C = Contact gauge




HiQ® REDLINE Gas panels D 204. Double gas panel.Single stage gas supply panel with internal gas purging, designed for high purity gases and mixtures (including flammable), with connectionfor 2x1 cylinder.

Technical data



2.5–14 bar 35–200 psi

2.5–50 bar 35–725 psi

10–200 bar 145–3,000 psi


0–25 bar 0–360 psi

0–80 bar 0–1,400 psi

0–315 bar 0–4,500 psi


Connection 2x1, 2x2 or 2x4 cylinders




Material



Seals PVDF PCTFE


DescriptionGas panel D 204 is designed for double cylinders or bundles. It is

equipped with internal gas purging to avoid contaminants entering the

process line after changing the cylinders. It is is mounted on a stainless

steel console and consists of a pressure regulator, inlet and outlet pres-

sure gauges, a relief valve and shut-off valves for the process gas at the

high pressure end and for the purging gas. The gas supply is uninterrupt-

ed during cylinder change. Switch-over is done manually.

The panel can also be equipped with a contact gauge (/C models) for au-

tomatic surveillance. When applicable the panel can be ordered with

residual gas line (/R models) connecting the relief valve with the purge

outlet.

~18

0 155

60

245158


Processgas inlet

3

0

6

0

9

3 6 9 12 15 18 21 23 27

Flow, Nm3/h N2


* Set pressure

10 bar*

Max flow





D 204

B 6 85 3433

B 14 200 3152

B 50 725 3434

B 200 3,000 3435

SS 6 85 3436

SS 14 200 3153

SS 50 725 3437

SS 200 3,000 3438

D 204 coil and 2 cylinders

B C2 6 85 3928

B C2 14 200 3929

B C2 50 725 3930

B C2 200 3,000 3931

SS C2 6 85 3964

SS C2 14 200 3965

SS C2 50 725 3966

SS C2 200 3,000 3967


B C4 6 85 3932

B C4 14 200 3933

B C4 50 725 3934

B C4 200 3,000 3935

SS C4 6 85 3968

SS C4 14 200 3969

SS C4 50 725 3970

SS C4 200 3,000 3971


B C8 6 85 3936

B C8 14 200 3937

B C8 50 725 3938

B C8 200 3,000 3939

SS C8 6 85 3972

SS C8 14 200 3973

SS C8 50 725 3974

SS C8 200 3,000 3975


D 204 short flexihose and 2 cylinders

B SH2 6 85 3940

B SH2 14 200 3941

B SH2 50 725 3942

B SH2 200 3,000 3943

SS SH2 6 85 3976

SS SH2 14 200 3977

SS SH2 50 725 3978

SS SH2 200 3,000 3979


B SH4 6 85 3944

B SH4 14 200 3945

B SH4 50 725 3946

B SH4 200 3,000 3947

SS SH4 6 85 3980

SS SH4 14 200 3981

SS SH4 50 725 3982

SS SH4 200 3,000 3983


B SH8 6 85 3948

B SH8 14 200 3949

B SH8 50 725 3950

B SH8 200 3,000 3951

SS SH8 6 85 3984

SS SH8 14 200 3985

SS SH8 50 725 3986

SS SH8 200 3,000 3987

D 204 long flexihose and 2 cylinders

B LH2 6 85 3952

B LH2 14 200 3953

B LH2 50 725 3954

B LH2 200 3,000 3955

SS LH2 6 85 3988

SS LH2 14 200 3989

SS LH2 50 725 3990

SS LH2 200 3,000 3991



B LH4 6 85 3956

B LH4 14 200 3957

B LH4 50 725 3958

B LH4 200 3,000 3959

SS LH4 6 85 3992

SS LH4 14 200 3993

SS LH4 50 725 3994

SS LH4 200 3,000 3995


B LH8 6 85 3960

B LH8 14 200 3961

B LH8 50 725 3962

B LH8 200 3,000 3963

SS LH8 6 85 3996

SS LH8 14 200 3997

SS LH8 50 725 3998

SS LH8 200 3,000 3999

D 204/R residual gas outlet

B R 6 85 5105

B R 14 200 5106

B R 50 725 5107

B R 200 3,000 5108

SS R 6 85 5145

SS R 14 200 5146

SS R 50 725 5147

SS R 200 3,000 5148

D 204/R residual gas outlet, coil and2 cylinders

B R C2 6 85 5109

B R C2 14 200 5110

B R C2 50 725 5111

B R C2 200 3,000 5112

Gas panels D 204. Product names and codes.



SS R C2 6 85 5149

SS R C2 14 200 5150

SS R C2 50 725 5151

SS R C2 200 3,000 5152


B R C4 6 85 5113

B R C4 14 200 5114

B R C4 50 725 5115

B R C4 200 3,000 5116

SS R C4 6 85 5153

SS R C4 14 200 5154

SS R C4 50 725 5155

SS R C4 200 3,000 5156


B R C8 6 85 5117

B R C8 14 200 5118

B R C8 50 725 5119

B R C8 200 3,000 5120

SS R C8 6 85 5157

SS R C8 14 200 5158

SS R C8 50 725 5159

SS R C8 200 3,000 5160

D 204/R residual gas outlet, shortflexihose and 2 cylinders

B R SH2 6 85 5121

B R SH2 14 200 5122

B R SH2 50 725 5123

B R SH2 200 3,000 5124

SS R SH2 6 85 5161

SS R SH2 14 200 5162

SS R SH2 50 725 5163

SS R SH2 200 3,000 5164



B R SH4 6 85 5125

B R SH4 14 200 5126

B R SH4 50 725 5127

B R SH4 200 3,000 5128

SS R SH4 6 85 5165

SS R SH4 14 200 5166

SS R SH4 50 725 5167

SS R SH4 200 3,000 5168


B R SH8 6 85 5129

B R SH8 14 200 5130

B R SH8 50 725 5131

B R SH8 200 3,000 5132

SS R SH8 6 85 5169

SS R SH8 14 200 5170

SS R SH8 50 725 5171

SS R SH8 200 3,000 5172

D 204/R residual gas outlet, longflexihose and 2 cylinders

B R LH2 6 85 5133

B R LH2 14 200 5134

B R LH2 50 725 5135

B R LH2 200 3,000 5136

SS R LH2 6 85 5173

SS R LH2 14 200 5174

SS R LH2 50 725 5175

SS R LH2 200 3,000 5176


B R LH4 6 85 5137

B R LH4 14 200 5138

B R LH4 50 725 5139

B R LH4 200 3,000 5140


SS R LH4 6 85 5177

SS R LH4 14 200 5178

SS R LH4 50 725 5179

SS R LH4 200 3,000 5180


B R LH8 6 85 5141

B R LH8 14 200 5142

B R LH8 50 725 5143

B R LH8 200 3,000 5144

SS R LH8 6 85 5181

SS R LH8 14 200 5182

SS R LH8 50 725 5183

SS R LH8 200 3,000 5184

D 204/C contact gauge

B C 6 85 3439

B C 14 200 3154

B C 50 725 3440

B C 200 3,000 3441

SS C 6 85 3442

SS C 14 200 3155

SS C 50 725 3443

SS C 200 3,000 3444

D 204/C contact gauge, coil and 2cylinders

B C C2 6 85 4000

B C C2 14 200 4001

B C C2 50 725 4002

B C C2 200 3,000 4003

SS C C2 6 85 4036

SS C C2 14 200 4037

SS C C2 50 725 4038

SS C C2 200 3,000 4039

B = Brass





C = Contact gauge






B C C4 6 85 4004

B C C4 14 200 4005

B C C4 50 725 4006

B C C4 200 3,000 4007

SS C C4 6 85 4040

SS C C4 14 200 4041

SS C C4 50 725 4042

SS C C4 200 3,000 4043


B C C8 6 85 4008

B C C8 14 200 4009

B C C8 50 725 4010

B C C8 200 3,000 4011

SS C C8 6 85 4044

SS C C8 14 200 4045

SS C C8 50 725 4046

SS C C8 200 3,000 4047

D 204/C contact gauge, shortflexihose and 2 cylinders

B C SH2 6 85 4012

B C SH2 14 200 4013

B C SH2 50 725 4014

B C SH2 200 3,000 4015

SS C SH2 6 85 4048

SS C SH2 14 200 4049

SS C SH2 50 725 4050

SS C SH2 200 3,000 4051



B C SH4 6 85 4016

B C SH4 14 200 4017

B C SH4 50 725 4018

B C SH4 200 3,000 4019

SS C SH4 6 85 4052

SS C SH4 14 200 4053

SS C SH4 50 725 4054

SS C SH4 200 3,000 4055


B C SH8 6 85 4020

B C SH8 14 200 4021

B C SH8 50 725 4022

B C SH8 200 3,000 4023

SS C SH8 6 85 4056

SS C SH8 14 200 4057

SS C SH8 50 725 4058

SS C SH8 200 3,000 4059

D 204/C contact gauge, longflexihose and 2 cylinders

B C LH2 6 85 4024

B C LH2 14 200 4025

B C LH2 50 725 4026

B C LH2 200 3,000 4027

SS C LH2 6 85 4060

SS C LH2 14 200 4061

SS C LH2 50 725 4062

SS C LH2 200 3,000 4063



B C LH4 6 85 4028

B C LH4 14 200 4029

B C LH4 50 725 4030

B C LH4 200 3,000 4031

SS C LH4 6 85 4064

SS C LH4 14 200 4065

SS C LH4 50 725 4066

SS C LH4 200 3,000 4067


B C LH8 6 85 4032

B C LH8 14 200 4033

B C LH8 50 725 4034

B C LH8 200 3,000 4035

SS C LH8 6 85 4068

SS C LH8 14 200 4069

SS C LH8 50 725 4070

SS C LH8 200 3,000 4071

D 204/RC residual gas outlet, contactgauge

B RC 6 85 5185

B RC 14 200 5186

B RC 50 725 5187

B RC 200 3,000 5188

SS RC 6 85 5225

SS RC 14 200 5226

SS RC 50 725 5227

SS RC 200 3,000 5228

Gas panels D 204. Product names and codes.



D 204/RC residual gas outlet, contactgauge, coil and 2 cylinders

B RC C2 6 85 5189

B RC C2 14 200 5190

B RC C2 50 725 5191

B RC C2 200 3,000 5192

SS RC C2 6 85 5229

SS RC C2 14 200 5230

SS RC C2 50 725 5231

SS RC C2 200 3,000 5232


B RC C4 6 85 5193

B RC C4 14 200 5194

B RC C4 50 725 5195

B RC C4 200 3,000 5196

SS RC C4 6 85 5233

SS RC C4 14 200 5234

SS RC C4 50 725 5235

SS RC C4 200 3,000 5236


B RC C8 6 85 5197

B RC C8 14 200 5198

B RC C8 50 725 5199

B RC C8 200 3,000 5200

SS RC C8 6 85 5237

SS RC C8 14 200 5238

SS RC C8 50 725 5239

SS RC C8 200 3,000 5240


D 204/RC residual gas outlet, contactgauge, short flexihose and 2 cylinders

B RC SH2 6 85 5201

B RC SH2 14 200 5202

B RC SH2 50 725 5203

B RC SH2 200 3,000 5204

SS RC SH2 6 85 5241

SS RC SH2 14 200 5242

SS RC SH2 50 725 5243

SS RC SH2 200 3,000 5244


B RC SH4 6 85 5205

B RC SH4 14 200 5206

B RC SH4 50 725 5207

B RC SH4 200 3,000 5208

SS RC SH4 6 85 5245

SS RC SH4 14 200 5246

SS RC SH4 50 725 5247

SS RC SH4 200 3,000 5248


B RC SH8 6 85 5209

B RC SH8 14 200 5210

B RC SH8 50 725 5211

B RC SH8 200 3,000 5212

SS RC SH8 6 85 5249

SS RC SH8 14 200 5250

SS RC SH8 50 725 5251

SS RC SH8 200 3,000 5252


D 204/RC residual gas outlet, contactgauge, long flexihose and 2 cylinders

B RC LH2 6 85 5213

B RC LH2 14 200 5214

B RC LH2 50 725 5215

B RC LH2 200 3,000 5216

SS RC LH2 6 85 5253

SS RC LH2 14 200 5254

SS RC LH2 50 725 5255

SS RC LH2 200 3,000 5256


B RC LH4 6 85 5217

B RC LH4 14 200 5218

B RC LH4 50 725 5219

B RC LH4 200 3,000 5220

SS RC LH4 6 85 5257

SS RC LH4 14 200 5258

SS RC LH4 50 725 5259

SS RC LH4 200 3,000 5260


B RC LH8 6 85 5221

B RC LH8 14 200 5222

B RC LH8 50 725 5223

B RC LH8 200 3,000 5224

SS RC LH8 6 85 5261

SS RC LH8 14 200 5262

SS RC LH8 50 725 5263

SS RC LH8 200 3,000 5264

B = Brass





C = Contact gauge




HiQ® REDLINE Gas panels A 208. Semi-automaticgas panel.Single stage, semi-automatic gas supply panel with internal gas purging, designed for high purity gases and mixtures.

Technical data


Outlet pressure 14 +3/–3 bar 200 +45/–45 psi

50 +8/–10 bar 725 +115/–145 psi


Connection 2x1 to 2x4 cylinders




Material



Seals PVDF PCTFE


DescriptionGas panel A 208 is a semi-automatic gas panel designed for uninter-

rupted gas supply. Switch-over between the two connected cylinders or

bundles occurs when the pressure of one side (the primary side) falls

below a pre-set pressure level. This is achieved by two integrated regula-

tors (factory-set to slightly different delivery pressure levels) which are

connected at their outlet ports.

Semi-automatic supply panels should be connected to an alarm so that

the cylinders will be switched on time.




outlet.

Highlights• Continuous supply of pure gases

• Automatic switch over without auxiliary power

• Positive indication of active cylinder

• Process-gas purging system

• High flow capacity

• Compact design

~ 156

30

15

5

60

400

To processTo ventilation

Processgas inlet

Processgas inlet

4

0

8

0

12

16

5 1510 20 25 30 35

Flow, Nm3/h N2


* Set pressure operating side ** Set pressure backup

12 bar**

16 bar*

Maxflo

w


R model. Drawings of other types available on request.



A 208

B 14 200 3164

B 50 725 3463

SS 14 200 3165

SS 50 725 3464

A 208 coil and 2 cylinders

B C2 14 200 4306

B C2 50 725 4307

SS C2 14 200 4324

SS C2 50 725 4325


B C4 14 200 4308

B C4 50 725 4309

SS C4 14 200 4326

SS C4 50 725 4327


B C8 14 200 4310

B C8 50 725 4311

SS C8 14 200 4328

SS C8 50 725 4329

A 208 short flexihose and 2 cylinders

B SH2 14 200 4312

B SH2 50 725 4313

SS SH2 14 200 4330

SS SH2 50 725 4331


B SH4 14 200 4314

B SH4 50 725 4315

SS SH4 14 200 4332

SS SH4 50 725 4333


B SH8 14 200 4316

B SH8 50 725 4317

SS SH8 14 200 4334

SS SH8 50 725 4335

A 208 long flexihose and 2 cylinders

B LH2 14 200 4318

B LH2 50 725 4319


SS LH2 14 200 4336

SS LH2 50 725 4337


B LH4 14 200 4320

B LH4 50 725 4321

SS LH4 14 200 4338

SS LH4 50 725 4339


B LH8 14 200 4322

B LH8 50 725 4323

SS LH8 14 200 4340

SS LH8 50 725 4341

A 208/R residual gas outlet

B R 14 200 5265

B R 50 725 5266

SS R 14 200 5285

SS R 50 725 5286

A 208/R residual gas outlet, coil and2 cylinders

B R C2 14 200 5267

B R C2 50 725 5268

SS R C2 14 200 5287

SS R C2 50 725 5288


B R C4 14 200 5269

B R C4 50 725 5270

SS R C4 14 200 5289

SS R C4 50 725 5290


B R C8 14 200 5271

B R C8 50 725 5272

SS R C8 14 200 5291

SS R C8 50 725 5292

A 208/R residual gas outlet, shortflexihose and 2 cylinders

B R SH2 14 200 5273

B R SH2 50 725 5274


SS R SH2 14 200 5293

SS R SH2 50 725 5294


B R SH4 14 200 5275

B R SH4 50 725 5276

SS R SH4 14 200 5295

SS R SH4 50 725 5296


B R SH8 14 200 5277

B R SH8 50 725 5278

SS R SH8 14 200 5297

SS R SH8 50 725 5298

A 208/R residual gas outlet, longflexihose and 2 cylinders

B R LH2 14 200 5279

B R LH2 50 725 5280

SS R LH2 14 200 5299

SS R LH2 50 725 5300


B R LH4 14 200 5281

B R LH4 50 725 5282

SS R LH4 14 200 5301

SS R LH4 50 725 5302


B R LH8 14 200 5283

B R LH8 50 725 5284

SS R LH8 14 200 5303

SS R LH8 50 725 5304

A 208/C contact gauge

B C 14 200 3166

B C 50 725 3465

SS C 14 200 3167

SS C 50 725 3466

Gas panels A 208. Product names and codes.



A 208/C contact gauge, coil and 2cylinders

B C C2 14 200 4342

B C C2 50 725 4343

SS C C2 14 200 4360

SS C C2 50 725 4361


B C C4 14 200 4344

B C C4 50 725 4345

SS C C4 14 200 4362

SS C C4 50 725 4363


B C C8 14 200 4346

B C C8 50 725 4347

SS C C8 14 200 4364

SS C C8 50 725 4365

A 208/C contact gauge, shortflexihose and 2 cylinders

B C SH2 14 200 4348

B C SH2 50 725 4349

SS C SH2 14 200 4366

SS C SH2 50 725 4367


B C SH4 14 200 4350

B C SH4 50 725 4351

SS C SH4 14 200 4368

SS C SH4 50 725 4369


B C SH8 14 200 4352

B C SH8 50 725 4353

SS C SH8 14 200 4370

SS C SH8 50 725 4371

A 208/C contact gauge, longflexihose and 2 cylinders

B C LH2 14 200 4354

B C LH2 50 725 4355


SS C LH2 14 200 4372

SS C LH2 50 725 4373


B C LH4 14 200 4356

B C LH4 50 725 4357

SS C LH4 14 200 4374

SS C LH42 50 725 4375


B C LH8 14 200 4358

B C LH8 50 725 4359

SS C LH8 14 200 4376

SS C LH8 50 725 4377

A 208/RC residual gas outlet, contactgauge

B RC 14 200 5305

B RC 50 725 5306

SS RC 14 200 5325

SS RC 50 725 5326

A 208/RC residual gas outlet, contactgauge, coil and 2 cylinders

B RC C2 14 200 5307

B RC C2 50 725 5308

SS RC C2 14 200 5327

SS RC C2 50 725 5328


B RC C4 14 200 5309

B RC C4 50 725 5310

SS RC C4 14 200 5329

SS RC C4 50 725 5330


B RC C8 14 200 5311

B RC C8 50 725 5312

SS RC C8 14 200 5331

SS RC C8 50 725 5332


A 208/RC residual gas outlet, contactgauge, short flexihose and 2 cylinders

B RC SH2 14 200 5313

B RC SH2 50 725 5314

SS RC SH2 14 200 5333

SS RC SH2 50 725 5334


B RC SH4 14 200 5315

B RC SH4 50 725 5316

SS RC SH4 14 200 5335

SS RC SH4 50 725 5336


B RC SH8 14 200 5317

B RC SH8 50 725 5318

SS RC SH8 14 200 5337

SS RC SH8 50 725 5338

A 208/RC residual gas outlet, contactgauge, long flexihose and 2 cylinders

B RC LH2 14 200 5319

B RC LH2 50 725 5320

SS RC LH2 14 200 5339

SS RC LH2 50 725 5340


B RC LH4 14 200 5321

B RC LH4 50 725 5322

SS RC LH4 14 200 5341

SS RC LH4 50 725 5342

A 208/RC residual gas outlet, contactgauge,long flexihose and 8 cylinders

B RC LH8 14 200 5323

B RC LH8 50 725 5324

SS RC LH8 14 200 5343

SS RC LH8 50 725 5344

B = Brass





C = Contact gauge




HiQ® REDLINE Gas panels A 209. Semi-automaticgas panel.Single stage, semi-automatic gas supply panel with external gas purging, designed for reactive, toxic and corrosive gases.

Technical data


Outlet pressure 14 +3/–3 bar 200 +45/–45 psi

50 +8/–10 bar 725 +115/–145 psi


Connection 2x1 to 2x4 cylinders



Purge gas inlet NPT 1/4” female


Material



Seals PVDF PCTFE


DescriptionGas panel A 209 is a semi-automatic gas panel designed for uninter-

rupted gas supply. Switch-over between the two connected cylinders or

bundles occurs when the pressure of one side (the primary side) falls

below a pre-set pressure level. This is achieved by two integrated regula-

tors (factory-set to slightly different delivery pressure levels) which are

connected at their outlet ports.

Semi-automatic supply panels should be connected to an alarm so that

the cylinders will be switched on time.




outlet.

Highlights• Continuous supply of pure gases

• Automatic switch over without auxiliary power

• Positive indication of active cylinder

• Process-gas purging system

• High flow capacity

• Compact design

~ 218

550

15

56

0

∅ 6 ∅ 6

~ 156

30

To process

Purgegas inlet

To ventilation

Processgas inlet

Processgas inlet

Purgegas inlet

4

0

8

0

12

16

5 1510 20 25 30 35

Flow, Nm3/h N2


* Set pressure operating side ** Set pressure backup

12 bar**

16 bar*

Maxflo

w


R model. Drawings of other types available on request.



A 209

B 14 200 3168

B 50 725 3467

SS 14 200 3169

SS 50 725 3468


B C2 14 200 4378

B C2 50 725 4379

SS C2 14 200 4396

SS C2 50 725 4397


B C4 14 200 4380

B C4 50 725 4381

SS C4 14 200 4398

SS C4 50 725 4399


B C8 14 200 4382

B C8 50 725 4383

SS C8 14 200 4400

SS C8 50 725 4401


B SH2 14 200 4384

B SH2 50 725 4385

SS SH2 14 200 4402

SS SH2 50 725 4403


B SH4 14 200 4386

B SH4 50 725 4387

SS SH4 14 200 4404

SS SH4 50 725 4405


B SH8 14 200 4388

B SH8 50 725 4389

SS SH8 14 200 4406

SS SH8 50 725 4407


B LH2 14 200 4390

B LH2 50 725 4391


SS LH2 14 200 4408

SS LH2 50 725 4409


B LH4 14 200 4392

B LH4 50 725 4393

SS LH4 14 200 4410

SS LH4 50 725 4411


B LH8 14 200 4394

B LH8 50 725 4395

SS LH8 14 200 4412

SS LH8 50 725 4413

A 209/R residual gas outlet

B R 14 200 5345

B R 50 725 5346

SS R 14 200 5365

SS R 50 725 5366


B R C2 14 200 5347

B R C2 50 725 5348

SS R C2 14 200 5367

SS R C2 50 725 5368


B R C4 14 200 5349

B R C4 50 725 5350

SS R C4 14 200 5369

SS R C4 50 725 5370


B R C8 14 200 5351

B R C8 50 725 5352

SS R C8 14 200 5371

SS R C8 50 725 5372


B R SH2 14 200 5353

B R SH2 50 725 5354


SS R SH2 14 200 5373

SS R SH2 50 725 5374


B R SH4 14 200 5355

B R SH4 50 725 5356

SS R SH4 14 200 5375

SS R SH4 50 725 5376


B R SH8 14 200 5357

B R SH8 50 725 5358

SS R SH8 14 200 5377

SS R SH8 50 725 5378


B R LH2 14 200 5359

B R LH2 50 725 5360

SS R LH2 14 200 5379

SS R LH2 50 725 5380


B R LH4 14 200 5361

B R LH4 50 725 5362

SS R LH4 14 200 5381

SS R LH4 50 725 5382


B R LH8 14 200 5363

B R LH8 50 725 5364

SS R LH8 14 200 5383

SS R LH8 50 725 5384

A 209/C contact gauge

B C 14 200 3170

B C 50 725 3469

SS C 14 200 3171

SS C 50 725 3470

Gas panels A 209. Product names and codes.




B C C2 14 200 4414

B C C2 50 725 4415

SS C C2 14 200 4432

SS C C2 50 725 4433


B C C4 14 200 4416

B C C44 50 725 4417

SS C C4 14 200 4434

SS C C4 50 725 4435


B C C8 14 200 4418

B C C8 50 725 4419

SS C C8 14 200 4436

SS C C8 50 725 4437


B C SH2 14 200 4420

B C SH2 50 725 4421

SS C SH2 14 200 4438

SS C SH2 50 725 4439


B C SH4 14 200 4422

B C SH4 50 725 4423

SS C SH4 14 200 4440

SS C SH4 50 725 4441


B C SH8 14 200 4424

B C SH8 50 725 4425

SS C SH8 14 200 4442

SS C SH8 50 725 4443


B C LH2 14 200 4426

B C LH2 50 725 4427


SS C LH2 14 200 4444

SS C LH2 50 725 4445


B C LH4 14 200 4428

B C LH4 50 725 4429

SS C LH4 14 200 4446

SS C LH4 50 725 4447


B C LH8 14 200 4430

B C LH8 50 725 4431

SS C LH8 14 200 4448

SS C LH8 50 725 4449

A 209/RC residual gas outlet, contactgauge

B RC 14 200 5385

B RC 50 725 5386

SS RC 14 200 5405

SS RC 50 725 5406


B RC C2 14 200 5387

B RC C2 50 725 5388

SS RC C2 14 200 5407

SS RC C2 50 725 5408


B RC C4 14 200 5389

B RC C4 50 725 5390

SS RC C4 14 200 5409

SS RC C4 50 725 5410


B RC C8 14 200 5391

B RC C8 50 725 5392

SS RC C8 14 200 5411

SS RC C8 50 725 5412



B RC SH2 14 200 5393

B RC SH2 50 725 5394

SS RC SH2 14 200 5413

SS RC SH2 50 725 5414


B RC SH4 14 200 5395

B RC SH4 50 725 5396

SS RC SH4 14 200 5415

SS RC SH4 50 725 5416

A 209/RC residual gas outlet, contactgauge, short flexihose and 8cylinders

B RC SH8 14 200 5397

B RC SH8 50 725 5398

SS RC SH8 14 200 5417

SS RC SH8 50 725 5418


B RC LH2 14 200 5399

B RC LH2 50 725 5400

SS RC LH2 14 200 5419

SS RC LH2 50 725 5420


B RC LH4 14 200 5401

B RC LH4 50 725 5402

SS RC LH4 14 200 5421

SS RC LH4 50 725 5422


B RC LH8 14 200 5403

B RC LH8 50 725 5404

SS RC LH8 14 200 5423

SS RC LH8 50 725 5424

B = Brass





C = Contact gauge




HiQ® REDLINE Points of use.Where all the action is.

The point of use is the second stage of acentral gas supply system.

Together with the gas panel it guarantees a

very stable outlet pressure and handles any

pressure changes that may be caused in the

system. When used together with a semi-auto-

matic gas manifold it handles the pressure

changes that are due to the changes from sec-

ondary to primary side.

The HiQ® REDLINE system is a modular system

which allows maximum freedom. Each point of

use can be individually equipped or stripped by

the functions “shut-off”, “pressure regulation”

and “flow regulation”. In this way, the point of

use at the work place can be updated at any

point to fit the present needs.

Note: HiQ® REDLINE points of use are delivered

with 6 or 12 mm tube fitting inlet con-

nection and 6 mm tube fitting outlet con-

nection.

Green group

Use nickel- and chromium plated brass

equipment.

Blue group

Use nickel- and chromium plated brass or

stainless steel equipment.

Orange group

Use stainless steel equipment.

Please see page 11 for detailed information

about the groups.


HiQ® REDLINE Points of use W 40. Wall design.The point of use is especially developed for specialty gases with high demands of purity, tightness and safety. The point of use is intendedfor wall-mounting with external gas supply line. Design F is a version with fixed pressure and flow meter.

Product name bar psi HiQ® code

W 40 A, brass n.a. n.a. 3247

W 40 A, stainless steel n.a. n.a. 3248

W 40 B, brass 0.1–1 1.5–15 3249

W 40 B, brass 0.5–6 8–85 3251

W 40 B, brass 1–10.5 15–150 3253

W 40 B, stainless steel 0.1–1 1.5–15 3250

W 40 B, stainless steel 0.5–6 8–85 3252

W 40 B, stainless steel 1–10.5 15–150 3254

W 40 C, brass 0.1–1 1.5–15 3255

W 40 C, brass 0.5–6 8–85 3257

W 40 C, brass 1–10.5 15–150 3259

W 40 C, stainless steel 0.1–1 1.5–15 3256

W 40 C, stainless steel 0.5–6 8–85 3258

W 40 C, stainless steel 1–10.5 15–150 3260

W 40 F, brass 3 45 5425

W 40 F, stainless steel 3 45 5426

Technical data

Max primary pressure 40 bar 550 psi

Secondary pressure 0.1–1 bar 1.5–15 psi

0.5–6 bar 8–85 psi

1–10.5 bar 15–150 psi

Pressure gauge scale –1–1.5 bar –14.5–21 psi

–1–10 bar –14.5–145 psi

–1–18 bar –14.5–260 psi

Max flow (nitrogen) 2 Nm3/h 700 SCFH

6 Nm3/h 2,100 SCFH

11 Nm3/h 3,850 SCFH

Material Brass, Ni/Cr plated



53 100

120

154100

120

154100

120

Design A

Design B

Design C


W40 C in the drawing is extra equipped.


HiQ® REDLINE Points of use B 40. Bench design.The point of use is especially developed for specialty gases with high demands of purity, tightness and safety. The point of use is intendedfor mounting on a bench e.g. a laboratory desk, with a gas supply line from below through the table stand. Design F is a version with fixedpressure and flow meter.


B 40 A, brass n.a. n.a. 3261

B 40 A, stainless steel n.a. n.a. 3262

B 40 B, brass 0.1–1 1.5–15 3263

B 40 B, brass 0.5–6 8–85 3265

B 40 B, brass 1–10.5 15–150 3267

B 40 B, stainless steel 0.1–1 1.5–15 3264

B 40 B, stainless steel 0.5–6 8–85 3266

B 40 B, stainless steel 1–10.5 15–150 3268

B 40 C, brass 0.1–1 1.5–15 3269

B 40 C, brass 0.5–6 8–85 3271

B 40 C, brass 1–10.5 15–150 3273

B 40 C, stainless steel 0.1–1 1.5–15 3270

B 40 C, stainless steel 0.5–6 8–85 3272

B 40 C, stainless steel 1–10.5 15–150 3274

B 40 F, brass 3 45 5427

B 40 F, stainless steel 3 45 5428

Technical data



0.5–6 bar 8–85 psi

1–10.5 bar 15–150 psi


–1–10 bar –14.5–145 psi

–1–18 bar –14.5–260 psi


6 Nm3/h 2,100 SCFH

11 Nm3/h 3,850 SCFH




58

ø 50

~ 53

5823

5

~ 154

ø 50

160

~85

235

~ 154

ø 50

Design B

Design C


Design A


HiQ® REDLINE Points of use L 40. Fume cupboarddesign.The point of use is especially developed for specialty gases with high demands of purity, tightness and safety. The point of use is intendedfor mounting with gas supply line hidden behind a wall. Design F is a version with fixed pressure and flow meter.


L 40 A, brass n.a. n.a. 3275

L 40 A, stainless steel n.a. n.a. 3276

L 40 B, brass 0.1–1 1.5–15 3277

L 40 B, brass 0.5–6 8–85 3279

L 40 B, brass 1–10.5 15–150 3281

L 40 B, stainless steel 0.1–1 1.5–15 3278

L 40 B, stainless steel 0.5–6 8–85 3280

L 40 B, stainless steel 1–10.5 15–150 3282

L 40 C, brass 0.1–1 1.5–15 3283

L 40 C, brass 0.5–6 8–85 3285

L 40 C, brass 1–10.5 15–150 3287

L 40 C, stainless steel 0.1–1 1.5–15 3284

L 40 C, stainless steel 0.5–6 8–85 3286

L 40 C, stainless steel 1–10.5 15–150 3288

L 40 F, brass 3 45 5429

L 40 F, stainless steel 3 45 5430

Technical data



0.5–6 bar 8–85 psi

1–10.5 bar 15–150 psi


–1–10 bar –14.5–145 psi

–1–18 bar –14.5–260 psi


6 Nm3/h 2,100 SCFH

11 Nm3/h 3,850 SCFH




~ 58~ 73

~ 159~ 53xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx

~ 159~ 110~ 53

Design B

Design C


Design A


HiQ® REDLINE Points of use I 40X. Inset design.The point of use is especially developed for wall, bench or panel mounting, for inert, flammable and corrosive gases and gas mixtures.I 40 X is delivered with shut-off valve, regulator and needle valve. The n-version is without shut-off valve and s-version without needlevalve. I 40 sn is a version with shut-off valve, gauge & needle valve and the I 40 Xlh is an analysis version with shut-off valve, regulator &needle valve low hysteresis.

Product name bar psi HiQ® codeI 40 X, brass 0.1–1 1.5–15 5538

I 40 X, brass 0.5–4 8–60 5539

I 40 X, brass 0.5–10.5 8–150 5540

I 40 X, stainless steel 0.1–1 1.5–15 5551

I 40 X, stainless steel 0.5–4 8–60 5552

I 40 X, stainless steel 0.5–10.5 8–150 5553

I 40 Xn, brass 0.1–1 1.5–15 5541

I 40 Xn, brass 0.5–4 8–60 5542

I 40 Xn, brass 0.5–10.5 8–150 5543

I 40 Xn, stainless steel 0.1–1 1.5–15 5554

I 40 Xn, stainless steel 0.5–4 8–60 5555

I 40 Xn, stainless steel 0.5–10.5 8–150 5556

I 40 Xs, brass 0.1–1 1.5–15 5544

I 40 Xs, brass 0.5–4 8–60 5545

I 40 Xs, brass 0.5–10.5 8–150 5546

I 40 Xs, stainless steel 0.1–1 1.5–15 5557

I 40 Xs, stainless steel 0.5–4 8–60 5558

I 40 Xs, stainless steel 0.5–10.5 8–150 5559

I 40 sn, brass 0.1–1 1.5–15 5547

I 40 sn, brass 0.5–4 8–60 5548

I 40 sn, brass 0.5–10.5 8–150 5549

I 40 sn, stainless steel 0.1–1 1.5–15 5560

I 40 sn, stainless steel 0.5–4 8–60 5561

I 40 sn, stainless steel 0.5–10.5 8–150 5562

I 40 Xlh, brass 0.1–2.2 1.5–32 5550

I 40 Xlh, stainless steel 0.1–2.2 1.5–32 5563

Technical data



0.5–4 bar 8–60 psi

0.5–10.5 bar 8–150 psi

Pressure gauge scale 0–2.5 bar 0–40 psi

0–6 bar 0–90 psi psi

0–16 bar 0–230 psi psi




85

112

42

3

~ 53

59


I 40 X

4

3

2

1 Max flow

0 1 2 3

Flow, Nm3/h N2

Outlet pressure, bar

I 40 X 4

Max flow

987654321

10

0 2 4 86 10

Flow, Nm3/h N2


I 40 X 10.5

11


HiQ® REDLINE Cylinder regulators.When mobility and flexibility is the key.

Cylinder regulators are used to reduce thehigh pressure in the gas cylinder to a moremanageable pressure in the simplest of gasdelivery systems.

The cylinder regulator is equipped with a cylin-

der connection, a high pressure gauge to moni-

tor the content of the cylinder and a low

pressure gauge to monitor the adjustable sec-

ondary pressure. If there is a need for flow ad-

justments, the cylinder regulator is equipped

with a needle valve, otherwise it is equipped

with a shut-off valve.

Cylinder regulators are used when central gas

systems are not applicable. Such a case is mo-

bile calibrations for environmental applications

when maximum mobility is a prerequisite.


HiQ® REDLINE Cylinder regulators C 200/1.Single stage regulator.C 200/1 is a single stage cylinder regulator, especially suitable for specialty gases where demands on purity, tightness and safety are high. Asingle stage regulator is preferred where the primary pressure is fairly constant (e.g. for gases in liquid phase). C 200/1 can be plain or equip-ped with a shut-off valve (type A), a needle valve (type B) or equipped for purging of the high pressure side (type P) or cross-purge (type XP).

Technical data

Max primary pressure 230 bar 3,300 psi


0.5–6 bar 8–85 psi

2.5–14 bar 35–200 psi

2.5–50 bar 35–725 psi

10–200 bar 150–3,000 psi


–1–10 bar –14.5–145 psi

0–25 bar 0–360 psi

0–80 bar 0–1,150 psi

0–315 bar 0–4,500 psi

Stability When the inlet pressure

drops by 10 bar, 145 psi

the outlet pressure rises

by less than 0.1 bar, 1.5 psi.

Connection Out = NPT ¼” female


Weight 1.3 kg 2.9 lb

Material



Seals PVDF PCTFE


Seating PCTFE


C 200/1, brass 0.2–3 3–45 4451

C 200/1, brass 0.5–6 8–85 5465

C 200/1, brass 2.5–14 35–200 5466

C 200/1, brass 2.5–50 35–725 4453

C 200/1, brass 10–200 150–3,000 4454

C 200/1, stainless steel 0.2–3 3–45 4455




C 200/1, stainless steel 10–200 150–3,000 4458

C 200/1 A, brass 0.2–3 3–45 3100

C 200/1 A, brass 0.5–6 8–85 5467

C 200/1 A, brass 2.5–14 35–200 5468

C 200/1 A, brass 2.5–50 35–725 3102

C 200/1 A, brass 10–200 150–3,000 3103

C 200/1 A, stainless steel 0.2–3 3–45 3112




C 200/1 A, stainless steel 10–200 150–3,000 3115

C 200/1 B, brass 0.2–3 3–45 3104

C 200/1 B, brass 0.5–6 8–85 5469

C 200/1 B, brass 2.5–14 35–200 5470

C 200/1 B, stainless steel 0.2–3 3–45 3116



C 200/1 P, brass 0.2–3 3–45 3108

C 200/1 P, brass 0.5–6 8–85 5471

C 200/1 P, brass 2.5–14 35–200 5472

C 200/1 P, brass 2.5–50 35–725 3110

C 200/1 P, brass 10–200 150–3,000 3111

C 200/1 P, stainless steel 0.2–3 3–45 3120




C 200/1 P, stainless steel 10–200 150–3,000 3123

C 200/1 XP, brass 0.2–3 3–45 5564

C 200/1 XP, brass 0.5–6 8–85 5565

C 200/1 XP, brass 2.5–14 35–200 5566

C 200/1 XP, brass 2.5–50 35–725 5567

C 200/1 XP, brass 10–200 150–3,000 5568

C 200/1 XP, stainless steel 0.2–3 3–45 5569




C 200/1 XP, stainless steel 10–200 150–3,000 5573


Type P. Drawings of other types available on request.

240

4

3

2

1

0 1 2 3 4 5 6 7Flow, Nm3/h N2


C 200/1 3

Max flow

7 bar*

5 bar*

3 bar*

* Inlet pressure

29 bar*

4

6

2

8

0

Max flow

10

12

14

16

6 12 18 24 30

11 bar*

21 bar*

Flow, Nm3/h N2


C 200/1 14

* Inlet pressure

60

50

40

30

20

10

0 10 20 30 40

81 bar*

101 bar*

61 bar*

Max flow

41 bar*

Flow, Nm3/h N2


C 200/1 50

* Inlet pressure

13 bar*

2

3

1

4

0

Max flow

5

6

7

8

3 6 9 12 15

5 bar*

9 bar*

Flow, Nm3/h N2


C 200/1 6

* Inlet pressure

120

100

80

60

40

20

10 20 30 40 50 60 700

230 bar*

161 bar*

81 bar*

Flow, Nm3/h N2


C 200/1 200

* Inlet pressure

Max flow

120–140

C200/1

C200/1A

C200/1P

C200/1XP


HiQ® REDLINE Cylinder regulators C 200/2.Two stage regulator.C 200/2 is a two-stage regulator made especially for the high demands on purity, safety and tightness that is necessary for specialty gases.Two stage regulators are preferred when a very stable secondary pressure is necessary and the primary pressure varies. C 200/2 can be plainor equipped with a shut-off valve (type A), a needle valve (type B) or equipped for purging of the high pressure side (type P).

Technical data

Primary pressure 7–230 bar 100–3,300 psi


0.5–6 bar 8–85 psi

1–10 bar 15–150 psi


–1–10 bar –14.5–145 psi

–1–18 bar –14.5–260 psi








Material



Seals PVDF PCTFE


Seating PCTFE


C 200/2, brass 0.2–3 3–45 5481

C 200/2, brass 0.5–6 8–85 4460

C 200/2, brass 1–10.5 15–150 4461



C 200/2, stainless steel 1–10.5 15–150 4464

C 200/2 A, brass 0.2–3 3–45 5482

C 200/2 A, brass 0.5–6 8–85 3125

C 200/2 A, brass 1–10.5 15–150 3126



C 200/2 A, stainless steel 1–10.5 15–150 3135

C 200/2 B, brass 0.2–3 3–45 5483

C 200/2 B, brass 0.5–6 8–85 3128

C 200/2 B, brass 1–10.5 15–150 3129



C 200/2 B, stainless steel 1–10.5 15–150 3138

C 200/2 P, brass 0.2–3 3–45 5484

C 200/2 P, brass 0.5–6 8–85 3131

C 200/2 P, brass 1–10.5 15–150 3132



C 200/2 P, stainless steel 1–10.5 15–150 3141


Type A. Drawings of other types available on request.

220

2.0

1.5

1.0

0.5

0 2 4 6 8 10 12

8 bar*

8 bar*

8 bar*

Max flow

2.5

3.0

3.5

4.0

Flow, Nm3/h N2Inlet pressure first stage, 17 bar.Outlet pressure first stage, 8 bar.* Inlet pressure


C 200/2 3

8

6

4

2Max flow

17 bar*

17 bar*

17 bar*

0 2 4 6 8 10 12 14

Flow, Nm3/h N2


C 200/2 6

Inlet pressure first stage, 35 bar.Outlet pressure first stage, 17 bar.* Inlet pressure

Max flow

17 bar*

17 bar*

17 bar*

17 bar*

987654321

10

0 5 3010 2015 25

Flow, Nm3/h N2


C 200/2 10.5


11199–211

2

C200/2

C200/2B

C200/2P


HiQ® REDLINE Cylinder regulators C 200hv/2.Two stage regulator.C 200hv/2 is a two-stage regulator made especially for the high demands on purity, safety and tightness that is necessary for specialtygases. The regulator is designed to reduce inlet pressure to very low outlet pressures and be able to regulate low pressures very precise. Theregulator also have vacuum dosing capability down to 0.1 bar abs. C 200hv/2 can be plain or equipped with a shut-off valve (type A), aneedle valve (type B).

Technical data

Primary pressure 230 bar 3,300 psi

Outlet pressure 0.1–2 bar(a) 1.5–30 psi(a)

0.2–3 bar(a) 3–45 psi(a)

Outlet gauge range –1–1.5 bar –14.5–40 psi

–1–5 bar –14.5–75 psi




Material



Seals PVDF PCTFE


Seating PCTFE

Product name bar(a) psi(a) HiQ® code

C 200hv/2, brass 0.1–2 1.5–30 5441

C 200hv/2, brass 0.2–3 3–45 5442

C 200hv/2, stainless steel 0.1–2 1.5–30 5447

C 200hv/2, stainless steel 0.2–3 3–45 5448

C 200hv/2 A, brass 0.1–2 1.5–30 5443

C 200hv/2 A, brass 0.2–3 3–45 5444

C 200hv/2 A, stainless steel 0.1–2 1.5–30 5449

C 200hv/2 A, stainless steel 0.2–3 3–45 5450

C 200hv/2 B, brass 0.1–2 1.5–30 5445

C 200hv/2 B, brass 0.2–3 3–45 5446

C 200hv/2 B, stainless steel 0.1–2 1.5–30 5451

C 200hv/2 B, stainless steel 0.2–3 3–45 5452



199–211

220

1.2

0.8

0.4

00 0.5 1.0 1.5 2.0 2.5 3.0

2 bar*

1 bar*

1.6

2.0

2.4

Flow, Nm3/h N2


C 200hv/2

C200hv/2

C200hv/2B


HiQ® REDLINE Cylinder regulators C 12hv/1.Single stage regulator.C 12hv/1 is a single stage cylinder regulator, especially suitable for specialty gases where demands on purity, tightness and safety are high.C 12hv/1 is suited for all low vapour pressure gases of all purities and gas mixtures, especially liquified gases. The regulator is designed toreduce inlet pressure to very low outlet pressures and be able to regulate low pressures very precise. The regulator also have vacuum dosingcapability down to 0.1 bar abs. C 12hv/1 can be plain or equipped with a shut-off valve (type A), a needle valve (type B).

Technical data

Primary pressure 12 bar 175 psi


0.2–3 bar(a) 3–45 psi(a)


–1–5 bar –14.5–75 psi

Max flow (nitrogen) 5.8 Nm3/h 84 SCFH




Material



Seals PVDF PCTFE


Seating PCTFE


C 12hv/1, brass 0.1–2 1.5–30 5453

C 12hv/1, brass 0.2–3 3–45 5454

C 12hv/1, stainless steel 0.1–2 1.5–30 5459

C 12hv/1, stainless steel 0.2–3 3–45 5460

C 12hv/1 A, brass 0.1–2 1.5–30 5455

C 12hv/1 A, brass 0.2–3 3–45 5456

C 12hv/1 A, stainless steel 0.1–2 1.5–30 5461

C 12hv/1 A, stainless steel 0.2–3 3–45 5462

C 12hv/1 B, brass 0.1–2 1.5–30 5457

C 12hv/1 B, brass 0.2–3 3–45 5458

C 12hv/1 B, stainless steel 0.1–2 1.5–30 5463

C 12hv/1 B, stainless steel 0.2–3 3–45 5464



240

120–140

1.0

0.5

00 1 2 3 4 5 6

1.5

2.0

2.5

Flow, Nm3/h N2


C 12hv/1

Max flow

C12hv/1

C12hv/1A

Gas name Chemical

formula

Gas panels Points of use

S200 S201 S202 S203 D204 A208 A209 W40 B40 L40 I40X

Acetylene C2H2 3)

Air, synthetic

Ammonia NH3 5)

Argon Ar

Arsine AsH3

Boron trichloride BCl3

Boron trifluoride BF3

1,3-Butadiene C4H6

n-Butane C4H10

iso-Butane C4H10

1-Butene C4H8

cis-2-Butene C4H8

trans-2-Butene C4H8

iso-Butene C4H8

Carbon dioxide CO2

Carbon monoxide CO

Carbonyl sulfide COS

Chlorine Cl2

Chlorine trifluoride ClF3

Cyanogen CNCN

Cyanogen chloride CNCl

Cyclopropane C3H6

Deuterium D2

Diborane B2H6

Dichlorosilane SiH2Cl2

Dimethylamine (CH3)2NH

Dimethyl ether C2H6O

2,2-Dimethylpropane C5H12

Ethane C2H6

Ethene C2H4

Ethylamine C2H5NH2

Ethyl chloride C2H5Cl

Ethylene oxide C2H4O

Fluorine6) F2

Germane GeH4


The right HiQ® REDLINE choice

Cylinder regulators PoU Typical filling

pressure at

15 °C [bar]

Typical filling

pressure at

70 °F [psig]

Safety Material

recommen-

dation

Gas name

C200/1 C200/21) C200hv/2 C12hv1 Valve2)

16 250 F+ Brass4) Acetylene

200 2,400 Brass Air, synthetic

5) 5) 7.3 114 T, C, N SS Ammonia

150/200 2,640 A Brass Argon

13.5 205 F+, T+, N SS Arsine

1.1 4.4 T+, C SS Boron trichloride

60 1,600 T+, C SS Boron trifluoride

2 22 F+, Carc2, Muta2 Brass 1,3-Butadiene

1.75 16.3 F+ Brass n-Butane

2.6 31 F+ Brass iso-Butane

2.25 23.5 F+ Brass 1-Butene

1.5 13 F+ Brass cis-2-Butene

1.62 15 F+ Brass trans-2-Butene

2.3 24.3 F+ Brass iso-Butene

51 830 A Brass Carbon dioxide

100/150/200 1,660/2,000 F+, T, Tera1 Brass Carbon monoxide

9.6 85 F+, T SS Carbonyl sulfide

5.8 85.3 T, Xi, N SS Chlorine

1 0.9 C+, N SS Chlorine trifluoride

5 55 F+, T+ SS Cyanogen

19 260 T+ SS Cyanogen chloride

6 68 F+ Brass Cyclopropane

100 1,740 F+ Brass Deuterium

38 520 F+, T+ SS Diborane

1.3 9 F+, T, C SS Dichlorosilane

1.4 11 F+, Xn, Xi SS Dimethylamine

5 62.3 F+ Brass Dimethyl ether

1.2 7 F+ Brass 2,2-Dimethylpropane

33.8 544 F+ Brass Ethane

76 1,200 F+ Brass Ethene

1 5.3 F+, Xi SS Ethylamine

1 5.3 F+ SS Ethyl chloride

1.23 7 F+,T, Xi,Muta2,Carc2 SS Ethylene oxide

20 300 T+, C SS Fluorine6)

29 415 F+, T+ Brass Germane

Gas name Chemical

formulaGas panels Points of use

S200 S201 S202 S203 D204 A208 A209 W40 B40 L40 I40X

Helium He

Hydrogen H2

Hydrogen bromide HBr

Hydrogen chloride HCl

Hydrogen fluoride HF

Hydrogen sulfide H2S

Krypton Kr

Methane CH4

Methylamine CH3NH2

Methyl bromide CH3Br

Methyl chloride CH3Cl

Methyl fluoride CH3F

Methyl mercaptan CH3SH

Natural gas n.a.

Neon Ne

Nitric oxide NO

Nitrogen N2

Nitrogen dioxide NO2

Nitrogen trifluoride NF3

Nitrous oxide N2O

Octafluoropropane C3F8

Oxygen O2

Phosgene COCl2

Phosphine PH3

Propane C3H8

Propene C3H6

Propyne C3H4

R 11 Trichlorofluoromethane CFCl3

R 12 Dichlorodifluoromethane CF2Cl2

R 13 Chlorotrifluoromethane CF3Cl

R 13 b1 Bromotrifluoromethane CF3Br

R 14 Tetrafluoromethane CF4

R 21 Dichlorofluoromethane CHFCl2

R 22 Chlorodifluoromethane CHF2Cl

R 23 Trifluoromethane CHF3




pressure at

15 °C [bar]

Typical filling

pressure at

70 °F [psig]

Safety Material

recommen-

dation

Gas name

C200/1 C200/21) C200hv/2 C12hv1 Valve2)

200 2,640 A Brass Helium

100/200 2,000/2,400 F+ Brass Hydrogen

19.3 320 C SS Hydrogen bromide

38 613 T, C SS Hydrogen chloride

0.9 0.9 T+,C SS Hydrogen fluoride

15.7 252 F+,T+, N SS Hydrogen sulfide

130 1,900 A Brass Krypton

100/150/200 2,000/2,400 F+ Brass Methane

2.5 29 F+, Xn, Xi SS Methylamine

1.6 13 T, Xi, N SS Methyl bromide

4.2 59 F+,Carc3, Xn SS Methyl chloride

38 538 F+ Brass Methyl fluoride

1.4 15 F+, T+ SS Methyl mercaptan

20–100 440–1,309 F+ Brass Natural gas

100/200 2,000/2,400 A Brass Neon

30/40 500 T+,C SS Nitric oxide

150/200 2,000/2,640 A Brass Nitrogen

1.0 0 T+,C SS Nitrogen dioxide

19 1,450 O, Xn SS Nitrogen trifluoride

45 745 O Brass Nitrous oxide

7.0 100 A Brass Octafluoropropane

150/200 2,000/2,640 O Brass Oxygen

1.3 10.7 T+ SS Phosgene

32 594 F+, T+ SS Phosphine

7.4 109 F+ Brass Propane

9.0 136 F+ Brass Propene

4.5 65 F+ Brass Propyne

0.8 13.4 N Brass R 11 Trichlorofluoromethane

5.0 70.2 N Brass R 12 Dichlorodifluoromethane

31 457 N Brass R 13 Chlorotrifluoromethane

14 189 N Brass R 13 b1 Bromotrifluoromethane

127 2,000 A Brass R 14 Tetrafluoromethane

1.0 4.0 N Brass R 21 Dichlorofluoromethane

8.0 121.4 N Brass R 22 Chlorodifluoromethane

37.5 635 A Brass R 23 Trifluoromethane

Gas name Chemical

formulaGas panels Points of use

S200 S201 S202 S203 D204 A208 A209 W40 B40 L40 I40X

R 32 Difluoromethane CH2F2

R114 1,2-Dichlorotetrafluorethane C2Cl2F4

R115 Chloropentafluoroethane C2ClF5

R116 Hexafluoroethane C2F6

R142b1-Chloro-1,1-difluoroethane C2H3ClF2

R152a1,1-Difluoroethane C2H4F2

Silane SiH4

Silicon tetrafluoride SiF4

Sulphur dioxide SO2

Sulphur hexafluoride SF6

Trimethylamine (CH3)3N

Tungsten hexafluoride WF6

Vinyl bromide C2H3Br

Vinyl chloride C2H3Cl

Vinyl methyl ether C3H6O

Xenon Xe



Footnotes1. Min. 7 bar primary pressure

2. Max. 50 bar primary pressure

3. W40 B Ac

4. Brass with <65% copper

5. Ammonia relief valve

6. Mixtures <10% F2

SafetyA = Asphyxiant

C = Corrosive

Carc1/2/3 = Carcinogenic category 1–3

F = Flammable

F+ = Extremely flammable

Muta1/2/3 = Mutagenic category 1–3

N = Environmentally harmful

O = Oxidizing

T = Toxic

T+ = Very toxic

Tera1/2/3 = Teratogenic category 1–3

Xn = Harmful

Xi = Irritating

Note!For toxic, harmful/irritating or flammable gas, Linde recommends that the

ventilation line shall end at a safe place outside the building or that it is

connected to separate ventilation.

Note!Gas panels aimed for flammable use shall have a non-return valve before

the regulator.

Note!Halocarbons damage the ozone layer of the atmosphere. Hence the use

of halocarbons is restricted and in some cases prohibited by local legisla-

tion. If a halocarbon can be substituted with an environmentally less

harmful substance, this shall be done.

4 = Standard equipment, all other requirements are special, please con-

tact your local supplier.


pressure at

15 °C [bar]

Typical filling

pressure at

70 °F [psig]

Safety Material

recommen-

dation

Gas name

C200/1 C200/21) C200hv/2 C12hv1 Valve2)

12.6 160 F+ Brass R 32 Difluoromethane

1.5 12.6 N Brass R114 1,2-Dichlorotetrafluorethane

8 121.4 N Brass R115 Chloropentafluoroethane

27 430 A Brass R116 Hexafluoroethane

2.5 35 F+,N Brass R142b1-Chloro-1,1-difluoroethane

4.2 60 F+ Brass R152a1,1-Difluoroethane

14–80 150–1,205 F+ SS Silane

69 1,000 T,C SS Silicon tetrafluoride

2.7 34 T,C SS Sulfur dioxide

19 320 A Brass Sulfur hexafluoride

1.6 20 F+, Xn, Xi SS Trimethylamine

0.9 35 T SS Tungsten hexafluoride

1 6 F+,Carc1 SS Vinyl bromide

2.3 24.3 F+,Carc1 SS Vinyl chloride

1.5 11 F+ Brass Vinyl methyl ether

56 680 A Brass Xenon


CleanLine™.Points of use 6.0.

CleanLine™ is a series of points of useequipment and components for purities upto 6.0 (99.9999% pure).

Features:

• Unique design by Christian Bjørn

(the famous Danish designer)

• Combined pressure regulator, shut-off and

flow regulating valves

• Space saving design

• Easy and quick to mount

• Easy-grip handle

• Full metallic diaphragms in shut-off valve,

pressure regulator and flow regulating valve

• Built-in manometer with bar/psi scale


CleanLine™ Points of use P 25. Panel mounting.The point of use is especially developed for specialty gases with high demands of purity, tightness and safety. The point of use is intendedfor panel mounting. There are six different models available where “s” stands for shut-off valve, “r” for pressure regulator and “f” for flowregulating valve.


P 25 s n.a. n.a. 5773

P 25 f n.a. n.a. 5774

P 25 r 0–1.5 bar 0–25 psi 5775

P 25 r 0–4 bar 0–60 psi 5776

P 25 r 0–10 bar 0–150 psi 5777

P 25 sr 0–1.5 bar 0–25 psi 5778

P 25 sr 0–4 bar 0–60 psi 5779

P 25 sr 0–10 bar 0–150 psi 5780

P 25 rf 0–1.5 bar 0–25 psi 5781

P 25 rf 0–4 bar 0–60 psi 5782

P 25 rf 0–10 bar 0–150 psi 5783

P 25 srf 0–1.5 bar 0–25 psi 5784

P 25 srf 0–4 bar 0–60 psi 5785

P 25 srf 0–10 bar 0–150 psi 5786

Product name Model Outlet codeCL-S, brass CleanLine™ straight outlet,NPT ¼” female 554

CL-S, stainless steel CleanLine™ straight outlet,NPT ¼” female 555

CL-45, brass CleanLine™ 45° outlet,NPT ¼” female 556

CL-45, stainless steel CleanLine™ 45° outlet,NPT ¼” female 557

Technical data


Secondary pressure 0–1.5 bar 0–25 psi

0–4 bar 0–60 psi

0–10 bar 0–150 psi


–1–6 bar –14.5–85 psi

–1–12 bar –14.5–174 psi


Connections NPT ¼” female

Material

Housing Brass

(visible parts chemical Ni-plated)

Diaphragms

Stop valve Hastelloy®

Regulator Elgiloy®

Flow valve Haynes®

Seating PTFE


Drawings of type s and f available on request.

C

B

D

79

Max 16Flow valve Stop valve

Pressureregulator

Panel

Type Dimensions [mm]B C D

sr 136 77.5 20.5

srf 136 77.5 20.5

r 109 48 20.5

rf 109 48 20.5

Gas: AirInlet pressure 20 barOutlet pressure 10 bar

12

10

8

6

4

2

00 20 40 60 80 100 120 140 160 180

Flow rate [l/min]

Out

letp

ress

ure

[bar

]

Typical flow curve for type srf.

P 25 srf

Design P srf

1/4"

NPT

1/2"

NPT

1/2"

NPS

M

6027

1/4"

NPT

1/4"

NPT

1/2"

NPT

1/2"

NPS

M

60

1/4" NPT

33

45°

CleanLine™ outlets


CleanLine™ Points of use I 25. Inset design.The point of use is especially developed for specialty gases with high demands of purity, tightness and safety. The point of use is intendedfor wall mounting with built-in pipework. Model I 25X is equipped with internal inlet and external outlet. There are eight different modelsavailable where “s” stands for shut-off valve, “r” for pressure regulator and “f” for flow regulating valve.


I 25 s n.a. n.a. 5787

I 25 f n.a. n.a. 5788

I 25 r 0–1.5 bar 0–25 psi 5789

I 25 r 0–4 bar 0–60 psi 5790

I 25 r 0–10 bar 0–150 psi 5791

I 25 sr 0–1.5 bar 0–25 psi 5792

I 25 sr 0–4 bar 0–60 psi 5793

I 25 sr 0–10 bar 0–150 psi 5794

I 25 rf 0–1.5 bar 0–25 psi 5795

I 25 rf 0–4 bar 0–60 psi 5796

I 25 rf 0–10 bar 0–150 psi 5797

I 25 srf 0–1.5 bar 0–25 psi 5798

I 25 srf 0–4 bar 0–60 psi 5799

I 25 srf 0–10 bar 0–150 psi 5800

I 25X rf 0–1.5 bar 0–25 psi 5801

I 25X rf 0–4 bar 0–60 psi 5802

I 25X rf 0–10 bar 0–150 psi 5803

I 25X srf 0–1.5 bar 0–25 psi 5804

I 25X srf 0–4 bar 0–60 psi 5805

I 25X srf 0–10 bar 0–150 psi 5806

Product name Model Outlet codeCL-S, brass CleanLine™ straight outlet,NPT ¼” female 554

CL-S, stainless steel CleanLine™ straight outlet,NPT ¼” female 555

CL-45, brass CleanLine™ 45° outlet,NPT ¼” female 556

CL-45, stainless steel CleanLine™ 45° outlet,NPT ¼” female 557

Technical data



0–4 bar 0–60 psi

0–10 bar 0–150 psi


–1–6 bar –14.5–85 psi

–1–12 bar –14.5–174 psi



Material

Housing Brass


Diaphragms


Regulator Elgiloy®

Flow valve Haynes®

Seating PTFE

79

Max 52

Flow valve Stop valve

Pressureregulator

Panel

*Ø20

*Ø21

*27

OUT

IN

113

52

Ø52

Ø65

49

*Max dimensions of the tube fittings

Design I srf


Other drawings available on request.


12

10

8

6

4

2

00 20 40 60 80 100 120 140 160 180

Flow rate [l/min]

Out

letp

ress

ure

[bar

]


I 25 srf1/

4"N

PT

1/2"

NPT

1/2"

NPS

M

6027

1/4"

NPT

1/4"

NPT

1/2"

NPT

1/2"

NPS

M

60

1/4" NPT

33

45°

CleanLine™ outlets


CleanLine™ Points of use W 25. Wall mounting.The point of use is especially developed for specialty gases with high demands of purity, tightness and safety. The point of use is intendedfor wall mounting with exposed pipework. There are six different models available where “s” stands for shut-off valve, “r” for pressureregulator and “f” for flow regulating valve.


W 25 s n.a. n.a. 5807

W 25 f n.a. n.a. 5808

W 25 r 0–1.5 bar 0–25 psi 5809

W 25 r 0–4 bar 0–60 psi 5810

W 25 r 0–10 bar 0–150 psi 5811

W 25 sr 0–1.5 bar 0–25 psi 5812

W 25 sr 0–4 bar 0–60 psi 5813

W 25 sr 0–10 bar 0–150 psi 5814

W 25 rf 0–1.5 bar 0–25 psi 5815

W 25 rf 0–4 bar 0–60 psi 5816

W 25 rf 0–10 bar 0–150 psi 5817

W 25 srf 0–1.5 bar 0–25 psi 5818

W 25 srf 0–4 bar 0–60 psi 5819

W 25 srf 0–10 bar 0–150 psi 5820

Technical data



0–4 bar 0–60 psi

0–10 bar 0–150 psi


–1–6 bar –14.5–85 psi

–1–12 bar –14.5–174 psi



Material

Housing Brass


Diaphragms


Regulator Elgiloy®

Flow valve Haynes®

Seating PTFE


Drawings of type s and f available on request.

B

C

Ø52

E

D

79

33


Pressureregulator

Wall

Type Dimensions [mm]B C D E

sr 147 86 20.5 22.5

srf 147 86 20.5 22.5

r 123 61 20.5 26.5

rf 123 61 20.5 26.5


12

10

8

6

4

2

00 20 40 60 80 100 120 140 160 180

Flow rate [l/min]

Out

letp

ress

ure

[bar

]


W 25 srf

Design W srf


CleanLine™ Points of use B 25.Bench/suspended mounting.The point of use is especially developed for specialty gases with high demands of purity, tightness and safety. The point of use is intendedfor mounting on a bench or in the ceiling. There are six different models available where “s” stands for shut-off valve, “r” for pressureregulator and “f” for flow regulating valve.


B 25 s n.a. n.a. 5821

B 25 f n.a. n.a. 5822

B 25 r 0–1.5 bar 0–25 psi 5823

B 25 r 0–4 bar 0–60 psi 5824

B 25 r 0–10 bar 0–150 psi 5825

B 25 sr 0–1.5 bar 0–25 psi 5826

B 25 sr 0–4 bar 0–60 psi 5827

B 25 sr 0–10 bar 0–150 psi 5828

B 25 rf 0–1.5 bar 0–25 psi 5829

B 25 rf 0–4 bar 0–60 psi 5830

B 25 rf 0–10 bar 0–150 psi 5831

B 25 srf 0–1.5 bar 0–25 psi 5832

B 25 srf 0–4 bar 0–60 psi 5833

B 25 srf 0–10 bar 0–150 psi 5834

Technical data



0–4 bar 0–60 psi

0–10 bar 0–150 psi


–1–6 bar –14.5–85 psi

–1–12 bar –14.5–174 psi



Material

Housing Brass


Diaphragms


Regulator Elgiloy®

Flow valve Haynes®

Seating PTFE


Other drawings available on request.

79

12

34

Ø52

B

C

120

A

Ø22

D

Max

.32

Ceiling

Table

4

Max

.32


Pressureregulator

Type Dimensions [mm]A B C D

sr 171 136 77.5 20.5

srf 171 136 77.5 20.5

r 144 109 48 20.5

rf 144 109 48 20.5


12

10

8

6

4

2

00 20 40 60 80 100 120 140 160 180

Flow rate [l/min]

Out

letp

ress

ure

[bar

]


B 25 srf

Design B srf


Quick Connect.Points of use and outlets 5.0.

Quick Connect offers a set of point of useequipment that combines flexibility withhigh quality and safety.

Advantages for the end user:• Flexible and compact design increases size

of “working area”.

• Reduces downtime.

• Innovative and compact design.

• Combined flow valve and Quick Connect.

• Key system protects against undesired mix

of media, 11 keys are available.

• Clear media indication.

• Possibility of attaching additional equip-

ment: –flow meters, pressure regulators, etc.

• Non return valve in outlets protects against

contamination of equipment.

• Valve “locked” with no plug inserted.

• Gasket that seals between outlet and Quick

Connect, replaceable without disassembling

the Quick Connect.

Advantages for the architect & furnitureproducer:• Increased flexibility in laboratory design.

• Last minute determination of media

possible.

• Number of fittings can be reduced due to the

flexibility of the Quick Connect.

Advantages for the fitter:• Simple and rational installation.

• 6 different methods of installation.

• Last minute change of media possible (Prior

to start of use).

• Possibility to install additional Quick Connect

in the laboratory, using a model for exposed

piping.

Quick Connect equipment and accessories are delivered with labeling for different media according to standardEN13792:2002 or American recommendations. We also provide 3 versions that are not specified.Note: Equipment labeled for a specific media is delivered with a unique connection key to avoid undesired mix. When the

option “Not specified” or customer specified labeling is desired, please contact your local Linde representative for further

information.

Air Vacuum Oxygen NitrogenCarbondioxide

Hydrogen Argon HeliumNot

specifiedNot

specifiedNot

specified

EN13792:2002

Americanrecommendation

StandardMedia

Technical data



Operating temperature 0 – +60°C 32 – +140°F

Material

External Nickel plated brass,

Stainless steel, EPDM rubber

Media wetted parts Stainless steel, brass, PVDF

Seals Viton®


Quick Connect Points of use. Connection points.Quick Connect connection points are delivered in four different versions: inset design (I), panel mounted with concealed piping (BE) andpanel mounted with exposed piping (SE). For bench mounted/suspended mounting (B) see next spread. The wall bracket (WB) is intendedfor use with the SE models when front side mounting is desired of the Quick Connect connection points. For technical data see page 89.

Product name Media HiQ® code

QC–W I air 5835

QC–W I vacuum 5836

QC–W I oxygen 5837

QC–W I nitrogen 5838

QC–W I carbon dioxide 5839

QC–W I hydrogen 5840

QC–W I argon 5841

QC–W I helium 5842

QC–W I not specified 5843



QC–W BE air 5846

QC–W BE vacuum 5847

QC–W BE oxygen 5848

QC–W BE nitrogen 5849

QC–W BE carbon dioxide 5850

QC–W BE hydrogen 5851

QC–W BE argon 5852

QC–W BE helium 5853

QC–W BE not specified 5854



QC–W SE air 5857

QC–W SE vacuum 5858

QC–W SE oxygen 5859

QC–W SE nitrogen 5860

QC–W SE carbon dioxide 5861

QC–W SE hydrogen 5862

QC–W SE argon 5863

QC–W SE helium 5864

QC–W SE not specified 5865



QC–WB (wall bracket) all media 5868


QC–W I air 5869

QC–W I vacuum 5870

QC–W I oxygen 5871

QC–W I nitrogen 5872

QC–W I carbon dioxide 5873

QC–W I hydrogen 5874

QC–W I argon 5875

QC–W I helium 5876




QC–W BE air 5880

QC–W BE vacuum 5881

QC–W BE oxygen 5882

QC–W BE nitrogen 5883

QC–W BE carbon dioxide 5884

QC–W BE hydrogen 5885

QC–W BE argon 5886

QC–W BE helium 5887




QC–W SE air 5891

QC–W SE vacuum 5892

QC–W SE oxygen 5893

QC–W SE nitrogen 5894

QC–W SE carbon dioxide 5895

QC–W SE hydrogen 5896

QC–W SE argon 5897

QC–W SE helium 5898




QC–WB (wall bracket) all media 5868

Media labeling according to standard EN13792:2002 Media labeling according to American recommendations

Mounting hole

Ø51

Ø25

Ø72

30

Ø57

49 Ø75

Panel Max 30

Outer diameterquick connect

34

45º

M3 X 0.5 Thread depthmin. 6mm

Ø23

12

4.5

Ø52

52

12.5 Center inlet(Exposed piping)

Mounting holes(Shown from the backside)

Built in (QC-W I)

Front side mounted (QC-W BE and SE)


Outer diameterquick connect

1.5

1.5

Ø44

.5

Ø52

52


Ø25

45

Panel Max 12

Ø75 Mounting hole

Back side mounted (QC-W BE and SE)

Wall bracket (for QC-W SE)

Inlet pressure

0

50

100

150

200

250

300

014.5

2129

343.5

458

572.5

687

7101.5

8116

9130.5

10145

barpsi

Flow

[l/m

in]

Flow regulation curve

QC-W I

QC-W BE

QC-W SE

Ø52

68


Ø52

Ø20 Ø30

16Ø6

(2Pc

s.)

Wall/panel


Quick Connect Points of use. Connection points.For bench mounted or suspended mounting. Technical data see page 89.


QC–B air 5902

QC–B vacuum 5903

QC–B oxygen 5904

QC–B nitrogen 5905

QC–B carbon dioxide 5906

QC–B hydrogen 5907

QC–B argon 5908

QC–B helium 5909

QC–B not specified 5910




QC–B air 5913

QC–B vacuum 5914

QC–B oxygen 5915

QC–B nitrogen 5916

QC–B carbon dioxide 5917

QC–B hydrogen 5918

QC–B argon 5919

QC–B helium 5920





87

52

120

Ø52

Max

.32

12Ø

22

Table/ceiling

ContourColumn

13 28

18

Mounting hole

5

Bench mounted


QC-B

Inlet pressure

0

50

100

150

200

250

300

014.5

2129

343.5

458

572.5

687

7101.5

8116

9130.5

10145

barpsi

Flow

[l/m

in]

Flow regulation curve


Quick Connect Outlets.Quick Connect outlets are delivered in four different versions: 90° outlet with serrated hose nozzle (ON), 90° outlet with ¼” NPT female (OF),straight outlet with ¼” NPT male (OS) and a 1.5 m stainless steel wire braded PTFE hose. The hose is equipped with ¼” NPSM femaleconnection in one end and ¼” NPT male in the other end (OHM). One version with ¼” NPSM female in both ends (OHF) also available. Thehose plugs in to Quick Connect via the straight outlet (OS). Other lengths of hoses on request. Models ON, OF and OS includes a non-returnvalve. For technical data see page 89.

Product name Media Outlet code

QC–ON air 521

QC–ON vacuum 522

QC–ON oxygen 523

QC–ON nitrogen 524

QC–ON carbon dioxide 525

QC–ON hydrogen 526

QC–ON argon 527

QC–ON helium 528

QC–ON not specified 529



QC–OF air 532

QC–OF vacuum 533

QC–OF oxygen 534

QC–OF nitrogen 535

QC–OF carbon dioxide 536

QC–OF hydrogen 537

QC–OF argon 538

QC–OF helium 539

QC–OF not specified 540



QC–OS air 543

QC–OS vacuum 544

QC–OS oxygen 545

QC–OS nitrogen 546

QC–OS carbon dioxide 547

QC–OS hydrogen 548

QC–OS argon 549

QC–OS helium 550

QC–OS not specified 551



QC–OHM all media 564

QC–OHF all media 565

Product name Media Outlet code

QC–ON air 607

QC–ON vacuum 608

QC–ON oxygen 609

QC–ON nitrogen 610

QC–ON carbon dioxide 611

QC–ON hydrogen 612

QC–ON argon 613

QC–ON helium 614




QC–OF air 618

QC–OF vacuum 619

QC–OF oxygen 620

QC–OF nitrogen 621

QC–OF carbon dioxide 622

QC–OF hydrogen 623

QC–OF argon 624

QC–OF helium 625




QC–OS air 629

QC–OS vacuum 630

QC–OS oxygen 631

QC–OS nitrogen 632

QC–OS carbon dioxide 633

QC–OS hydrogen 634

QC–OS argon 635

QC–OS helium 636




QC–OHM all media 564

QC–OHF all media 565


Ø22

49

Ø10

39

44

90° with serrated hose nozzle

90° with ¼” NPT female


Straight outlet with ¼” NPT male

Hose outlet with ¼” NPT male

39

49

Ø22

18

5

QC-ON

QC-OF

QC-OS

QC-OH


Quick Connect Outlets. Regulator.Quick Connect pressure regulator is used when pressure control is needed at the point of use. The Quick Connect pressure regulator isdelivered in two pressure intervals and it is provided with a scale expressed in bar or psi. The regulator is delivered with a non-return valve.For other combinations than mentioned below (e.g. scale expressed in kPa or media labeling according to EN standard with scale in psi)please contact your local Linde representative. For technical data see page 89.

Product Pressure range/ Media Outlet

name scale in bar code

QC–OR 0–5 air 566

QC–OR 0–10 air 567

QC–OR 0–5 oxygen 568


QC–OR 0–5 nitrogen 570


QC–OR 0–5 carbon dioxide 572


QC–OR 0–5 hydrogen 574


QC–OR 0–5 argon 576


QC–OR 0–5 helium 578


QC–OR 0–5 not specified 580







Product Pressure range/ Media Outlet

name scale in psi code

QC–OR 0–75 air 652

QC–OR 0–150 air 653



















30

Ø39

26

48

Ø42

101

40


QC-OR


Quick Connect Outlets. Flow meter.Quick Connect flow meter is used when indication of flow is needed at the point of use. The Quick Connect flow meter is delivered in threeflow intervals and is provided with a scale expressed in l/min. The flow meter is delivered with a non-return valve. For other media thanmentioned below please contact your local Linde representative. For technical data see page 89.

Product Flow range, Media Outlet

name l/min code

QC–OFM 0–6 air 586



QC–OFM 0–6 oxygen 589



QC–OFM 0–6 nitrogen 592



QC–OFM 0–6 carbon dioxide 595



QC–OFM 0–6 hydrogen 598



QC–OFM 0–6 argon 601



QC–OFM 0–6 helium 604




Product Flow range, Media Outlet

name l/min code






















Ø30

Ø8

85

130

77

36

Ø25

Ø29


QC-OFM


BASELINE™.Cylinder regulators 5.0

Regulators are used to reduce the highpressure in the gas cylinder to a moremanageable pressure in the simplest of gasdelivery systems.

The cylinder regulator is equipped with a cylin-

der connection, a high pressure gauge to moni-

tor the content of the cylinder and a low

pressure gauge to monitor the adjustable sec-

ondary pressure. If there is a need for flow ad-

justments the cylinder regulator is equipped

with a needle valve, otherwise it is equipped

with a shut-off valve.

BASELINE™ cylinder regulators are the entry

point into the world of specialty gas equipment.

They are meant for more stable operation than

industrial equipment can provide, at a competi-

tive price. Typical applications are gas and liq-

uid chromatography, carrier gases, zero and

span calibration gases, high purity chamber

pressurization, liquified hydrocarbon gas control

and control of cryogenic gases.


BASELINE™ C 106/1. Six-port single stage cylinderregulator.The C 106/1 cylinder regulators are intended for primary pressure control of noncorrosive, high purity or liquefied gases or for applicationswhere minor fluctuations in outlet pressure due to diminishing inlet supply can be tolerated. For ultra high purity or corrosive gases use thestainless steel version. C 106/1 can be plain or equipped with a diaphragm valve (type A) or a needle valve (type B).

Technical data


Outlet pressure 0–1 bar 0–15 psi

0–3.5 bar 0–50 psi

0–7 bar 0–100 psi

0–10.5 bar 0–150 psi

0–17 bar 0–250 psi

0–35 bar 0–500 psi

Outlet gauge range –2–2 bar –30–30 psi

–2–7 bar –30–100 psi

–2–14 bar –30–200 psi

0–28 bar 0–400 psi

0–70 bar 0–1,000 psi




Material

Housing Brass, Cr plated


Seals PTFE

Membrane Stainless steel 316L

Seating PTFE

Product name bar psi Outlet code

C 106/1, brass 0–1 0–15 5724

C 106/1, brass 0–3.5 0–50 5725

C 106/1, brass 0–7 0–100 5726

C 106/1, brass 0–10.5 0–150 5727

C 106/1, brass 0–17 0–250 5728

C 106/1, brass 0–35 0–500 5729

C 106/1, stainless steel 0–1 0–15 5730






C 106/1 A, brass 0–1 0–15 5736

C 106/1 A, brass 0–3.5 0–50 5737

C 106/1 A, brass 0–7 0–100 5738

C 106/1 A, brass 0–10.5 0–150 5739

C 106/1 A, brass 0–17 0–250 5740

C 106/1 A, brass 0–35 0–500 5741

C 106/1 A, stainless steel 0–1 0–15 5742






C 106/1 B, brass 0–1 0–15 5748

C 106/1 B, brass 0–3.5 0–50 5749

C 106/1 B, brass 0–7 0–100 5750

C 106/1 B, brass 0–10.5 0–150 5751

C 106/1 B, brass 0–17 0–250 5752

C 106/1 B, brass 0–35 0–500 5753

C 106/1 B, stainless steel 0–1 0–15 5754







Drawings of other types available on request.FLOW RATE – SCFM (LPM) N2

10(283)

40(1133)

35(991)

30(850)

25(708)

20(566)

15(425)

5(142)

2000 PSIG (138 BAR)INLET PRESSURE




OU

TLET

PRES

SURE

-PS

IG(B

AR)

500(34.5)

450(31)

400(27.6)

350(24.1)

300(20.7)

250(17.2)

200(13.8)

150(10.3)

100(6.9)

50(3.4)

90(6.2)

80(5.5)

70(4.8)

60(4.1)

50(3.4)

40(2.8)

30(2.0)

20(1.4)

10(0.7)

100(6.9)

OU

TLET

PRES

SURE

-PS

IG(B

AR)

10(283)

20(566)

15(425)

5(142)







200 PSIG (13.8 BAR)INLET PRESSURE



C 106/1 single stage regulator



INLE TAUX .

INL E T

60° 60°

60°

Ø53

Ø50

10.5

117

Ø44

? ???? ?? ?

? ? ??? ? ? ?

AUX .

OUTLE

T

60°

60°

INLE

TG AU

G E 60°

O UT L E T

OUT LE T

G AUG E

C 106/1B


BASELINE™ C 106X/1. Six-port single stage extra highpressure cylinder regulator.The C 106X/1 high pressure cylinder regulators are intended for primary pressure control of noncorrosive, high purity or liquefied gases or forapplications where minor fluctuations in outlet pressure due to diminishing inlet supply can be tolerated. For ultra high purity or corrosivegases use the stainless steel version. C 106X/1 can be plain or equipped with a diaphragm valve (type A) or a needle valve (type B).

Technical data


Outlet pressure 0–3.5 bar 0–50 psi

0–7 bar 0–100 psi

0–10.5 bar 0–150 psi

0–17 bar 0–250 psi

0–35 bar 0–500 psi


–2–14 bar –30–200 psi

0–28 bar 0–400 psi

0–70 bar 0–1,000 psi




Material



Seals PTFE


Seating PCTFE


C 106X/1, brass 0–3.5 0–50 5574

C 106X/1, brass 0–7 0–100 5575

C 106X/1, brass 0–10.5 0–150 5576

C 106X/1, brass 0–17 0–250 5577

C 106X/1, brass 0–35 0–500 5578

C 106X/1, stainless steel 0–3.5 0–50 5579

C 106X/1, stainless steel 0–7 0–100 5580




C 106X/1 A, brass 0–3.5 0–50 5584

C 106X/1 A, brass 0–7 0–100 5585

C 106X/1 A, brass 0–10.5 0–150 5586

C 106X/1 A, brass 0–17 0–250 5587

C 106X/1 A, brass 0–35 0–500 5588

C 106X/1 A, stainless steel 0–3.5 0–50 5589

C 106X/1 A, stainless steel 0–7 0–100 5590




C 106X/1 B, brass 0–3.5 0–50 5594

C 106X/1 B, brass 0–7 0–100 5595

C 106X/1 B, brass 0–10.5 0–150 5596

C 106X/1 B, brass 0–17 0–250 5597

C 106X/1 B, brass 0–35 0–500 5598

C 106X/1 B, stainless steel 0–3.5 0–50 5599

C 106X/1 B, stainless steel 0–7 0–100 5600




FLOW RATE – SCFM (LPM) N2

10(283)

40(1133)

35(991)

30(850)

25(708)

20(566)

15(425)

5(142)





OU

TLET

PRES

SURE

-PS

IG(B

AR)

500(34.5)

450(31)

400(27.6)

350(24.1)

300(20.7)

250(17.2)

200(13.8)

150(10.3)

100(6.9)

50(3.4)

90(6.2)

80(5.5)

70(4.8)

60(4.1)

50(3.4)

40(2.8)

30(2.0)

20(1.4)

10(0.7)

100(6.9)

OU

TLET

PRES

SURE

-PS

IG(B

AR)

10(283)

20(566)

15(425)

5(142)













INLE TAUX .

INL E T

60° 60°

60°

Ø53

Ø50

10.5

117

Ø44

? ???? ?? ?

? ? ??? ? ? ?

AUX .

OUTLE

T

60°

60°

INLE

TG AU

G E 60°

O UT L E T

OUT LE T

G AUG E

C 106X/1B




BASELINE™ C 106/2. Six-port two stage cylinderregulator.The C 106/2 cylinder regulators are are intended for primary pressure control of noncorrosive, high purity or liquefied gases for applicationsrequiring constant pressure control and delivery regardless of supply pressure variations. For ultra high purity or corrosive gases use thestainless steel version. C 106/2 can be plain or equipped with a diaphragm valve (type A) or a needle valve (type B).

Technical data



0–3.5 bar 0–50 psi

0–7 bar 0–100 psi

0–10.5 bar 0–150 psi

0–17 bar 0–250 psi


–2–7 bar –30–100 psi

–2–14 bar –30–200 psi

0–28 bar 0–400 psi



Weight 2 kg 4.4 lb

Material



Seals PTFE


Seating PTFE


C 106/2, brass 0–1 0–15 5628

C 106/2, brass 0–3.5 0–50 5629

C 106/2, brass 0–7 0–100 5630

C 106/2, brass 0–10.5 0–150 5631

C 106/2, brass 0–17 0–250 5632






C 106/2 A, brass 0–1 0–15 5638

C 106/2 A, brass 0–3.5 0–50 5639

C 106/2 A, brass 0–7 0–100 5640

C 106/2 A, brass 0–10.5 0–150 5641

C 106/2 A, brass 0–17 0–250 5642






C 106/2 B, brass 0–1 0–15 5648

C 106/2 B, brass 0–3.5 0–50 5649

C 106/2 B, brass 0–7 0–100 5650

C 106/2 B, brass 0–10.5 0–150 5651

C 106/2 B, brass 0–17 0–250 5652








5(142)

10(283)

15(425)

20(566)

1(28.3)

2(56.6)

3(85)

4(113)

25(1.7)

50(3.4)

75(5.2)

100(6.9)

125(8.6)

150(10.3)

175(12.0)

200(13.8)

225(15.5)

250(17.2)

2(.13)

4(.27)

6(.41)

8(.55)

10(.69)

12(.83)

14(.97)

16(1.1)

18(1.24)

20(1.38)

FLO W - SCFM (LPM)

OU

TLET

PRES

SURE

-PS

IG(B

AR)

FLO W - SCFM (LPM )

OU

TLET

PRES

SURE

-PS

IG(B

AR)

2000 PSIGINLET PRESSURE









200 PSIGINLET PRESSURE 500 PSIG

INLET PRESSURE

2000 PSIGINLET PRESSURE200 PSIG

INLET PRESSURE 500 PSIGINLET PRESSURE

C 106/2 dual stage regulator

196

82.5

Ø44

.5

60°AUX .

INL E T

60°

G AUG E

60°

60°

OUT LE T

G AUG E INLE

T

O UT L E T

60° INLE T

60°

AUX .

Ø53

Ø50

? ???? ?? ?

? ? ??? ? ? ?

C 106/2B


BASELINE™ C 106X/2. Six-port two stage extra highpressure cylinder regulator.The C 106X/2 high pressure cylinder regulators are are intended for primary pressure control of noncorrosive, high purity or liquefied gasesfor applications requiring constant pressure control and delivery regardless of supply pressure variations. For ultra high purity or corrosivegases use the stainless steel version. C 106X/2 can be plain or equipped with a diaphragm valve (type A) or a needle valve (type B).

Technical data



0–3.5 bar 0–50 psi

0–7 bar 0–100 psi

0–10.5 bar 0–150 psi

0–17 bar 0–250 psi


–2–7 bar –30–100 psi

–2–14 bar –30–200 psi

0–28 bar 0–400 psi



Weight 2 kg 4.4 lb

Material



Seals PTFE


Seating PCTFE


C 106X/2, brass 0–1 0–15 5658

C 106X/2, brass 0–3.5 0–50 5659

C 106X/2, brass 0–7 0–100 5660

C 106X/2, brass 0–10.5 0–150 5661

C 106X/2, brass 0–17 0–250 5662






C 106X/2 A, brass 0–1 0–15 5668

C 106X/2 A, brass 0–3.5 0–50 5669

C 106X/2 A, brass 0–7 0–100 5670

C 106X/2 A, brass 0–10.5 0–150 5671

C 106X/2 A, brass 0–17 0–250 5672






C 106X/2 B, brass 0–1 0–15 5678

C 106X/2 B, brass 0–3.5 0–50 5679

C 106X/2 B, brass 0–7 0–100 5680

C 106X/2 B, brass 0–10.5 0–150 5681

C 106X/2 B, brass 0–17 0–250 5682








5(142)

10(283)

15(425)

20(566)

1(28.3)

2(56.6)

3(85)

4(113)

25(1.7)

50(3.4)

75(5.2)

100(6.9)

125(8.6)

150(10.3)

175(12.0)

200(13.8)

225(15.5)

250(17.2)

2(.13)

4(.27)

6(.41)

8(.55)

10(.69)

12(.83)

14(.97)

16(1.1)

18(1.24)

20(1.38)

FLO W - SCFM (LPM)

OU

TLET

PRES

SURE

-PS

IG(B

AR)

FLO W - SCFM (LPM )

OU

TLET

PRES

SURE

-PS

IG(B

AR)










200 PSIGINLET PRESSURE 500 PSIG

INLET PRESSURE

2000 PSIGINLET PRESSURE200 PSIG

INLET PRESSURE 500 PSIGINLET PRESSURE

C 106/2 dual stage regulator

196

82.5

Ø44

.5

60°AUX .

INL E T

60°

G AUG E

60°

60°

OUT LE T

G AUG E INLE

T

O UT L E T

60° INLE T

60°

AUX .

Ø53

Ø50

? ???? ?? ?

? ? ??? ? ? ?

C 106X/2B


Components.

The integrated equipment presented so farin this catalog consists of various compo-nents. This chapter is intended forconstructing central gas systems or otherequipment requiring information onindividual components.

Though it is possible to construct gas panels

and points of use from this equipment, it is

neither cost efficient nor advisable due to

quality problems.


HiQ® REDLINE R 200/1. Single stage regulator.The R 200/1 is a high pressure regulator with a high flow rate capacity. The regulator is available in brass or stainless steel for the control ofboth corrosive and non-corrosive gases.

Technical data



0.5–6 bar 8–85 psi

2.5–14 bar 35–200 psi

2.5–50 bar 35–725 psi

10–200 bar 150–3,000 psi


–1–10 bar –14.5–145 psi

0–25 bar 0–360 psi

0–80 bar 0–1,150 psi

0–315 bar 0–4,500 psi








Material



Seals PVDF PCTFE


Seating PCTFE


R 200/1, brass 0.2–3 3–40 3334

R 200/1, stainless steel, 0.2–3 3–40 3335

R 200/1, brass 0.5–6 8–85 5489

R 200/1, stainless steel, 0.5–6 8–85 5489

R 200/1, brass 2.5–14 35–200 3336

R 200/1, stainless steel 2.5–14 35–200 3337

R 200/1, brass 2.5–50 35–700 3338


R 200/1, brass 10–200 150–3,000 3340

R 200/1, stainless steel 10–200 150–3,000 3341


40

ø50

120–140

19

R 200/1

4

3

2

1

0 1 2 3 4 5 6 7Flow, Nm3/h N2


R 200/1 3

Max flow

7 bar*

5 bar*

3 bar*

* Inlet pressure

29 bar*

4

6

2

8

0

Max flow

10

12

14

16

6 12 18 24 30

11 bar*

21 bar*

Flow, Nm3/h N2


R 200/1 14

* Inlet pressure

60

50

40

30

20

10

0 10 20 30 40 50 60 70 80 90

101 bar*

81 bar*

61 bar*

Max flow41 bar*

Flow, Nm3/h N2


R 200/1 50

* Inlet pressure

13 bar*

2

3

1

4

0

Max flow

5

6

7

8

3 6 9 12 15

5 bar*

9 bar*

Flow, Nm3/h N2


R 200/1 6

* Inlet pressure

120

100

80

60

40

20

10 20 30 40 50 60 700

230 bar*

161 bar*

81 bar*

Flow, Nm3/h N2


R 200/1 200

* Inlet pressure

Max flow


HiQ® REDLINE R 200/F. Single stage regulator.For the control of a broad range of specialty gases in applications where a fixed outlet pressure is required.

Technical data


Outlet pressure 3 bar 45 psi

10.5 bar 150 psi

Non-adjustable


–1–16 bar –14.5–230 psi








Material



Seals PVDF PCTFE


Seating PCTFE


R 200/F, brass 3 45 3348

R 200/F, stainless steel 3 45 3349

R 200/F, brass 10.5 150 3350

R 200/F, stainless steel 10.5 150 3351


40

ø50

120–140

19

R 200/F

Max flow

8 bar*

4

3

2

1

0 1 2 3 4 5 6 7Flow, Nm3/h N2


R 200/F 3

* Inlet pressure

Max flow

25 bar*

14

12

10

6

8

4

2

0 5 10 15 20 25Flow, Nm3/h N2


R 200/F 10.5

* Inlet pressure


HiQ® REDLINE R 200/2. Two stage regulator.The R 200/2 is a high pressure regulator with the pressure reduced in two stages to fulfill the highest demands regarding stability of outletpressure. The regulator is available in brass or stainless steel for the control of both corrosive and non-corrosive gases.

Technical data

Primary pressure 7–230 bar 100–3,300 psi


0.5–6 bar 8–85 psi

1–10.5 bar 15–150 psi


–1–10 bar –14.5–145 psi

–1–16 bar –14.5–230 psi








Material



Seals PVDF PCTFE


Seating PCTFE


R 200/2, brass 0.2–3 3–45 3342


R 200/2, brass 0.5–6 8–85 3344


R 200/2, brass 1–10.5 15–200 3346

R 200/2, stainless steel 1–10.5 15–200 3347


4

3

2

1Max flow

8 bar*

8 bar*

8 bar*

0 1 2 3 4 5 6 7

Flow, Nm3/h N2


R 200/2 3


8

6

4

2Max flow

17 bar*

17 bar*

17 bar*

0 2 4 6 8 10 12 14

Flow, Nm3/h N2


R 200/2 6


Max flow

17 bar*

17 bar*

17 bar*

17 bar*

987654321

10

0 5 3010 2015 25

Flow, Nm3/h N2


R 200/2 10.5


11

199–211

40 98

ø50

R 200/2


HiQ® REDLINE R 200hv/2. Two stage regulator.R 200hv/2 is a two-stage regulator made especially for the high demands on purity, safety and tightness that is necessary for specialtygases. The regulator is designed to reduce inlet pressure to very low outlet pressures and be able to regulate low pressures very precise. Theregulator also have vacuum dosing capability down to 0.1 bar abs.

Technical data

Primary pressure 230 bar 3,300 psi


0.2–3 bar(a) 3–45 psi(a)


–1–5 bar –14.5–75 psi




Material



Seals PVDF PCTFE


Seating PCTFE


R 200hv/2, brass 0.1–2 1.5–30 5491

R 200hv/2, stainless steel 0.1–2 1.5–30 5492

R 200hv/2, brass 0.2–3 3–45 5493

R 200hv/2, stainless steel 0.2–3 3–45 5495


199–211

2

1.2

0.8

0.4

00 0.5 1.0 1.5 2.0 2.5 3.0

2 bar*

1 bar*

1.6

2.0

2.4

Flow, Nm3/h N2


R 200hv/2

R 200hv/2


HiQ® REDLINE R 40. Single stage regulator.Pressure regulator intended for use as a second pressure regulating step in a central gas supply system. It is especially developed for puregases and gas mixtures. The membrane is in Hastelloy® so that diffusion into the system is minimized. Modular design and three differentoutlet pressure ranges offer great flexibility for point of use applications.


R 40, brass 0.1–1 1.5–15 3352

R 40, stainless steel 0.1–1 1.5–15 3353

R 40, brass 0.5–6 8–85 3354

R 40, stainless steel 0.5–6 8–85 3355

R 40, brass 1–10.5 15–150 3356

R 40, stainless steel 1–10.5 15–150 3357

Technical data


Outlet pressure 0.1–1 bar 1.5–15 psi

0.5–6 bar 8–85 psi

1–10.5 bar 15–150 psi

Outlet gauge range 0–2.5 bar 0–40 psi

0–6 bar 0–90 psi

0–16 bar 0–250 psi

Connections G ⅜” female / G ¼” female



Material



Seals PVDF PCTFE


Seating Kalrez®


~ 110

~10

3

ø42

ø50

~ 85

R 40


R 40 6

2.0

1.0

3.0

4.0

5.0

6.0

0 2.0 4.0 106.0 8.0

9 bar*

9 bar*

9 bar* Max flow

Flow, Nm3/h N2* Inlet pressure


R 40 10.5

6

4

2

3

0

78

9

10

5 10 25

5

15 20

21 bar*

21 bar*

21 bar* Max flow


0.4

0.3

0.2

0.1

0

0.5

0.6

0.7

0.8

0.5 1.0 1.5 2.0 2.5 3.0

4 bar*

4 bar*

Max flow4 bar*


Flow, Nm3/h N2

R 40 1

* Inlet pressure

0.9

1.0


HiQ® REDLINE R 12. Single stage regulator.Pressure regulator intended for use as a second pressure regulating step in a central gas supply system. It is especially developed forapplications where it is essential with a very stable outlet pressure.


R 12, brass 0.1–1 1.5–15 3358

R 12, stainless steel 0.1–1 1.5–15 3359

R 12, brass 0.2–3 3–45 3360

R 12, stainless steel 0.2–3 3–45 3361

Technical data


Outlet pressure 0.1–1 bar 1.5–15 psi

0.2–3 bar 3–45 psi

Outlet gauge range –1–5 bar 0–75 psi

Connections G ⅜” female / G ¼” female



Material



Seals PVDF PCTFE


Seating Kalrez®


~ 110

~10

3

ø42

ø50

~ 85

R 12

1.0

0.5

00 1 2 3 4 5 6

1.5

2.0

2.5

Flow, Nm3/h N2


R 12

Max flow


HiQ® REDLINE R 12hv/1. Single stage regulator.Pressure regulator intended for use as a second pressure regulating step in a central gas supply system. R 12hv/1 is suited for all low vapourpressure gases of all purities and gas mixtures, especially liquified gases. The regulator is designed to reduce inlet pressure to very lowoutlet pressures and be able to regulate low pressures very precise. The regulator also have vacuum dosing capability down to 0.1 bar abs.


R 12hv/1, brass 0.1–2 1.5–30 5499

R 12hv/1, stainless steel 0.1–2 1.5–30 5496

R 12hv/1, brass 0.2–3 3–45 5497

R 12hv/1, stainless steel 0.2–3 3–45 5498

Technical data



0.2–3 bar(a) 3–45 psi(a)

Outlet gauge range –1–5 bar 0–75 psi




Material



Seals PVDF PCTFE


Seating Kalrez®


~ 110

~10

3

ø42

ø50

~ 85

R 12hv/1

0.1

0.9

0.8

0.70

1.0

1.1

1.2

0.1 0.2 0.3 0.4 0.5 0.6

hysteresis

12 bar*close

open


Flow, Nm3/h N2

R 12hv/1 1

* Inlet pressure

2.9

2.8

2.7

2.60

3.0

3.1

3.2

0.1 0.2 0.3 0.4 0.5 0.6

hysteresis

12 bar*close

open


Flow, Nm3/h N2

R 12hv/1 3

* Inlet pressure


BASELINE™ R 104/1. Four-port single stage lineregulator 5.0.The R 104/1 regulators are intended for secondary pressure control of noncorrosive, high purity or liquefied gases or as point of use pressurecontrol in high purity gas distribution systems up to purities 5.0. For high purity or corrosive gases use the stainless steel version. R 104/1can be plain or equipped with a diaphragm valve (type A) or a needle valve (type B).

Technical data



0–3.5 bar 0–50 psi

0–7 bar 0–100 psi

0–10.5 bar 0–150 psi

0–17 bar 0–250 psi

0–35 bar 0–500 psi


–2–7 bar –30–100 psi

–2–14 bar –30–200 psi

0–28 bar 0–400 psi

0–70 bar 0–1,000 psi




Material



Seals PTFE


Seating PTFE


R 104/1, brass 0–1 0–15 5688

R 104/1, brass 0–3.5 0–50 5689

R 104/1, brass 0–7 0–100 5690

R 104/1, brass 0–10.5 0–150 5691

R 104/1, brass 0–17 0–250 5692

R 104/1, brass 0–35 0–500 5693

R 104/1, stainless steel 0–1 0–15 5694






R 104/1 A, brass 0–1 0–15 5700

R 104/1 A, brass 0–3.5 0–50 5701

R 104/1 A, brass 0–7 0–100 5702

R 104/1 A, brass 0–10.5 0–150 5703

R 104/1 A, brass 0–17 0–250 5704

R 104/1 A, brass 0–35 0–500 5705

R 104/1 A, stainless steel 0–1 0–15 5706

R 104/1 A, stainless steel 0–3.5 0–50 5707


R 104/1 A, stainless steel 0–10.5 0–150 5709



R 104/1 B, brass 0–1 0–15 5712

R 104/1 B, brass 0–3.5 0–50 5713

R 104/1 B, brass 0–7 0–100 5714

R 104/1 B, brass 0–10.5 0–150 5715

R 104/1 B, brass 0–17 0–250 5716

R 104/1 B, brass 0–35 0–500 5717

R 104/1 B, stainless steel 0–1 0–15 5718

R 104/1 B, stainless steel 0–3.5 0–50 5719


R 104/1 B, stainless steel 0–10.5 0–150 5721




Drawings of other types available on request.FLOW RATE – SCFM (LPM) N2

10(283)

40(1133)

35(991)

30(850)

25(708)

20(566)

15(425)

5(142)





OU

TLET

PRES

SURE

-PS

IG(B

AR)

500(34.5)

450(31)

400(27.6)

350(24.1)

300(20.7)

250(17.2)

200(13.8)

150(10.3)

100(6.9)

50(3.4)

90(6.2)

80(5.5)

70(4.8)

60(4.1)

50(3.4)

40(2.8)

30(2.0)

20(1.4)

10(0.7)

100(6.9)

OU

TLET

PRES

SURE

-PS

IG(B

AR)

10(283)

20(566)

15(425)

5(142)










R 104/1 single stage regulator



O U T L E T

GAU

GE

OUT

LET

INL E

TAU

X.

90°

90°

Ø53

Ø50

10.5

117

Ø44INL E T

90°

? ?? ? ?? ??

? ??? ? ?? ?

R 104/1


HiQ® REDLINE V 40. Diaphragm valve.Valve intended for use as a shut-off-valve in a central gas supply system. It is preferably used together with pressure regulator R 12 or R 40.Equipped with “click-function” to enhance safety. BE is back entry version and SE is side entry version.


V 40 BE, brass n.a. n.a. 3364

V 40 BE, stainless steel n.a. n.a. 3365

V 40 SE, brass n.a. n.a. 3366

V 40 SE, stainless steel n.a. n.a. 3367

Technical data


Connections

Design BE In = NPT ¼” female

Out = NPT ⅜” maleDesign SE In = NPT ⅜” female

Out = NPT ⅜” maleOperating temperature –30 – +70°C –22 – +158°F


Material



Seals PCTFE

Diaphragm Hastelloy® C


~ 74

ø42 50

0

2.01.8

1.61.41.21.00.80.60.4

0.2

02 4 6 8 10 12 14 16 18 20 22 24 26 28 30 32 34

10 bar* 20 bar* 50 bar*


Pressure loss, bar

V 40 BE

V 40 SE25

104~ 74

ø42

Design V 40 BE

Design V 40 SE


HiQ® REDLINE V 50. Flow valve.Diaphragm regulating valve for use in applications where a precise regulation of flow is desired. BE is back entry version and SE is side entryversion.


V 50 BE, brass n.a. n.a. 3368

V 50 BE, stainless steel n.a. n.a. 3369

V 50 SE, brass n.a. n.a. 3370

V 50 SE, stainless steel n.a. n.a. 3371

Technical data





Material



Seals Hardened stainless steel cone

Diaphragm Hastelloy® Elgiloy®


~85

19

ø24

0.4

0.2

0

0.6

0.8

1.0

1 2 3 4 5 6 7 8

0.1 bar*

0.2 bar*

0.4 bar*0.8 bar*

Flow, Nm3/h N2

* Inlet pressure Number of handle turns

V 50 BE


HiQ® REDLINE V 200. Shut-off valve.Valve intended for use as a shut-off valve in a central gas supply system. Equipped with “click-function” to enhance safety.


V 200, brass n.a. n.a. 3372

V 200, stainless steel n.a. n.a. 3373

Technical data





Material



Seals PCTFE

Diaphragm Hastelloy® Elgiloy®


~85

ø24

19

0

2.0

1.8

1.6

1.4

1.2

1.0

0.8

0.6

0.4

0.2

02 4 6 8 10 12 14 16 18 20 22 24 26 28 30 32 34

10 bar*

100 bar*

20 bar*50 bar*


Pressure loss, bar

V 200


V 1315. Needle valve.Needle valve V 1315 is designed for minute flow control of very small flows. Wetted parts are either in stainless steel or Teflon®.The brass version is designed for a max. primary pressure of 200 bar and the stainless steel version of the valve up to max. 350 bar.


V 1315, brass n.a. n.a. 3384

V 1315, stainless steel n.a. n.a. 3385

Technical data

Max primary pressure 200/350 bar 3,000/5,000 psi

Connections NPT ¼” compression fitting


Material

Housing Brass/Stainless steel

Seals Teflon®

Stem Stainless steel

60

83

13

Cv

Num

ber

ofva

lve

hand

letu

rns

.002 .004 .006 .008 .010 .012 .014 .016 .018 .020 .022 .024 .026

2

0

4

6

8

10

12

14

16

18

V 1315



Special equipment.

From time to time the needs on theinstallation components may be veryspecific.

Such demands can be unlimited scalability,

handling of extremely high pressures or very

small components. These products not fitting

into our standardized equipment lines are found

in this chapter. The compilation of products rep-

resents Linde’s choice of innovative and high

quality solutions of different needs. All products

harmonize with our tradition of good engineer-

ing and high quality.


IntelliSwitch™. Automatic gas management system.The fully-automatic IntelliSwitch™ gas switchover represents the next generation of gas management systems. The IntelliSwitch™ offerscontinuous pressure and flow control from liquid cylinder or high pressure cylinder sources that enables the end-user to select the idealmode of supply by a simple push of a button. Proprietary software logic lowers yearly gas costs by eliminating liquid cylinder vent loss andexcess residual return which makes the IntelliSwitch™ the perfect gas management system. IS 641 has a maximum inlet pressure of 210 barwhilst the IS 641X version has a maximum of 310 bar. The IntelliSwitch™ can be delivered with a number of different inlet configurations.Please contact your local Linde representative for further information.

Technical data

IS 641/IS 641X

Max primary pressure 210/310 bar 3,000/4,500 psi

Outlet pressure 7 bar 100 psi

14 bar 200 psi

28 bar 400 psi

Features Fully automatic priority assign-

ment. Field adjustable software.

On-site source selection; Liquid

cylinder or high-pressure

service. Low loss technology.

RS 232 or 485 communication.

Connections NPT ½” female

Operating temperature –18 – +60°C 0 – +140°F

Weight 30.4 kg 67 lb

Material

Bodies Brass barstock

Housing Powder coated steel

Seals Viton®, Neoprene® and PTFE

Seating PCTFE or Viton®

The version with internal pilot (see table below) is the standard assembly.

It means that there is an internal pilot regulator that uses a very small

amount of the process gas from the right bank to operate the switching

mechanism. If ordered configured for external pilot, a supply of either air

or nitrogen at between 4.5 to 6 bar (65 to 85 psi) must be supplied to the

IntelliSwitch™. There is a 1/4" bulkhead tube fitting located at the bot-

tom of the cabinet when ordered as an external pilot.

The IntelliSwitch™ can be delivered with a NEMA 4 enclosure (addition

-N4 in the table below) designed for both indoor or outdoor use to pro-

vide a degree of protection of the internal apparatus against ingress of

solid foreign objects (falling dirt and windblown dust); and to provide a

degree of protection with respect to harmful effects on the equipment

due to the ingress of water (rain, sleet, snow, splashing water, and hose

directed water).


IS 641/Internal pilot 7 100 5936



IS 641/External pilot 7 100 5933



IS 641X/Internal pilot 7 100 5942



IS 641X/External pilot 7 100 5939



IS 641-N4/Internal pilot 7 100 5964



IS 641-N4/External pilot 7 100 5961



IS 641X-N4/Internal pilot 7 100 5970



IS 641X-N4/External pilot 7 100 5967



230 PS I16 BAR

DELIVERY PRESSUREADJUSTMENT

3000 PS IMAX .

G AS

R E S E T

G AS S O URC E

350 PS I24 BAR

C RYO G E NIC

500 PS I34 BAR

G AS S O URC E

BANK S E L E C T

16 BAR

230 PS I 350 PS I24 BAR

C RYO G E NIC G AS

3000 PS IMAX .

500 PS I34 BAR

R E ADY

DELIVERY

IN US ER E PL AC E

PS I BAR PWR

RIGHT BANKLEFT BANK

RE PL AC ER E ADY

R E MO T E

IN US E

314

365

79

159

81

81

approx.68 max

Inlet Inlet

Out

let

IN US ER E P L AC E

P WR R E MO T EP S I

IN US E

B AR

R E ADYR E ADY R E P L AC E

G AS

34 B AR

HIG H

C R Y O G E NIC

24 B AR

350 P S I 500 P S I

G ASS O UR C E

P R E S S UR E

S E L E C TB ANK

16 B AR

G AS

34 B AR

HIG HP R E S S UR E

230 P S I

C R Y O G E NIC

24 B AR

350 P S I16 B AR

230 P S I

G AS

R E S E T

500 P S I

S O UR C E

289

Front covershown open,broken away

406

508

Out

let

InletInlet

DELIVERY PRESSUREADJUSTMENT

DELIVERY

RIGHT BANKLEFT BANK


IntelliSwitch™ IS 641 IntelliSwitch™ IS 641-N4


STABLEFLOW™ HCS. Hydrogen control system.The STABLEFLOW™ hydrogen control system continuously monitors hydrogen pressure, purity and dewpoint in the generator casing on a real-time basis, controlling impure hydrogen venting and calling for pure hydrogen injection as required. The automated control of theSTABLEFLOW™ HCS replaces manual periodic hydrogen refill and its resulting variability from OEM specifications for hydrogen purity, pressureand dewpoint. Compliance with OEM specifications optimizes electric production efficiency and equipment life. By maintaining OEMspecifications for hydrogen pressure, purity, and dewpoint, the STABLEFLOW™ HCS reduces windage loss and optimizes electric generatingcapacity. Also, it reduces air emissions and extends equipment life.

Technical data

Purpose STABLEFLOW™ hydrogen control system (HCS)

precisely controls generator casing hydrogen

venting in response to real-time measure-

ments of purity and pressure. With HOGEN

HGS, this system automatically purges impure

hydrogen and replenishes purged gas with

high purity hydrogen, optimizing generator

performance.

Applicability STABLEFLOW™ hydrogen control system is

applicable to all hydrogen-cooled electric

generators.

Continuous measurement Dew point, hydrogen density, hydrogen pressure

Inlet H2 pressure 1.7–5.2 bar 25–75 psi

Operating temperature 5–50 °C 41–122 °F

Communications Ethernet – RJ45

H2 inlet/outlet connection ¼” compression fitting

Control cabinet purge gas Instrument air, ¼” compression fitting

Dimensions (W/D/H) 99/59/208 cm 39/23/82”

Weight 170 kg 375 lbs

Electrical specifications 200 – 240 VAC, 5 A single phase, 50/60 Hz

Dew point sensor

Dew point range -80 – +20 °C 0.5 ppmv min.

Accuracy +– 3 °C (or better) +– 0.015 ppmv

Repeatability +– 0.5 °C (or better) +– 0.002 ppmv

Response time < 10 sec. for 63% step change in moisture

content (wet-up or dry-down cycle)

H2 purity monitor

Measurement techn. Vibrating element

Response time < 10 sec.

Linearity +– 0.001 (+ 1% of set range)

Repeatability +– 0.001

Long term stability +– 0.003/month

Pressure transducer

Operating pressure 0–7 bar 0–100 psi

Operating temperature -30 – +50 °C -22 – +122 °F

Accuracy +– 0.25%, full scale

Linde Gas has introduced two advanced technology systems: the HOGEN®

hydrogen generation system (HGS), (further information on page 176)

and the STABLEFLOW™ hydrogen control system (HCS). Together, these

systems ensure automatic and continuous measurement and feedback

control of hydrogen purity and pressure for optimized generator perform-

ance.

Standard features• Fully automated

• Data logging

• Remote telemetry

• Local operator interface

• STABLEFLOW™ software control

• Integrated system controller

• Standard siting location is indors, floor mount with +– 3° of level.

Bottom-line benefitsHydrogen generation with the HOGEN® HGS and the STABLEFLOW™ HCS

can save substantial sums in most plants depending on their capacity. To-

gether, these systems increase the power generating capacity while min-

imizing windage loss. Moreover, they ensure longer generator component

life and drastically reduce handling costs.

OptionsLinde Gas offers a wide range of options to tailor HOGEN® HGS and

STABLEFLOW™ HCS to your specific operational requirements.

Please contact your local Linde Gas representative to discuss current op-

tions available to best fit your needs.

STABLEFLOW™ HCS, Hydrogen Control System.

Schematic setup of HOGEN® HGS and STABLEFLOW™ HCS at a power plant.


C 490/1. Six-port single stage ultra high pressurecylinder regulator.The C 490/1 ultra high pressure piston sensed regulators are intended for primary pressure control of noncorrosive gases at a maximum inletpressure of 420 bar (6,000 psi). C 490/1 can be plain or equipped with a needle valve (type B).

The C 490/1 cylinder regulators are commonly used for airplane strut charging and aerospace hydraulic systems. Other areas of usage is chemical

& pharmaceutical manufacturing and research & development laboratories.

Technical data



0–105 bar 0–1,500 psi

0–170 bar 0–2,500 psi

0–240 bar 0–3,500 psi

0–310 bar 0–4,500 psi

0–420 bar 0–6,000 psi

Outlet gauge range 0–70 bar 0–1,000 psi

0–275 bar 0–4,000 psi

0–415 bar 0–6,000 psi

0–690 bar 0–10,000 psi




Material



Seals Viton®


Seating Arlon®


C 490/1, brass 0–50 0–750 5604

C 490/1, brass 0–105 0–1,500 5605

C 490/1, brass 0–170 0–2,500 5606

C 490/1, brass 0–240 0–3,500 5607

C 490/1, brass 0–310 0–4,500 5608

C 490/1, brass 0–415 0–6,000 5609







C 490/1 B, brass 0–50 0–750 5616

C 490/1 B, brass 0–105 0–1,500 5617

C 490/1 B, brass 0–170 0–2,500 5618

C 490/1 B, brass 0–240 0–3,500 5619

C 490/1 B, brass 0–310 0–4,500 5620

C 490/1 B, brass 0–415 0–6,000 5621


C 490/1 B, stainless steel 0–105 0–1,500 5623








18318

Ø53

Ø63

.5

C 490/1


R 480/1. Single stage high flow regulator forcorrosive gases.The R 480/1 regulators are intended for primary pressure control of corrosive gases at high flow levels. The regulator has an internallyspringless and threadless design and positive shut-off seal, tied diaphragm design with positionable captured vent bonnet.

Other advantages are: Excellent leak integrity (created by metal to metal diaphragm to body seal) and smooth unobstructed flow path that

allows for complete purging. For other options than mentioned below please contact your local Linde representative.

Technical data



0–4 bar 0–60 psi

0–7 bar 0–100 psi

0–10 bar 0–150 psi

Inboard leak rate <10–9 atm cc/sec He

Connection Welded tube stubbs



Material

Housing Stainless steel 316L/Hastelloy®

Seals Stainless steel 316L/Hastelloy®

Diaphragm Stainless steel 316L/Hastelloy®

Seating Vespel®






R 480/1, Hastelloy® 0–2 0–30 5949

R 480/1, Hastelloy® 0–4 0–60 5950

R 480/1, Hastelloy® 0–7 0–100 5951

R 480/1, Hastelloy® 0–10 0–150 5952

~14

0–

152

∅ 58

INLETOUTLET

∅ 60

∅ 69

19

0

10(.7)

20(1.4)

30(2.1)

40(2.8)

50(3.5)

60(4.2)

70(4.9)

80(5.6)

2(57)

4(113)

6(168)

8(226)

10(283)

12(340)

14(396)

16(453)

18(509)

20(566)

Flow rate – SCFM (LPM) N2

Inlet pressure = 100 PSIGFlow capacity Cv = 0.5

Out

let

pres

sure

–PS

IG(k

g/cm

2 )

R 480/1



C 421/1. Single stage low flow cylinder regulator.The C 421/1 low flow cylinder regulator is especially suitable for situations where a very high control accuracy is needed at low flows. It canbe used with gases and gas mixtures up to quality 6.0. For corrosive gases and gas mixtures with >1% corrosive components the P-model(equipped with purging device) is recommended.

Technical data


Outlet pressure 0.05–1.5 bar 0.7–22 psi


Leak rate 10–8 mbar l/s He

Connection Out = ¼”-18 NPT female



Material

Housing Stainless steel 316L

Seals PCTFE

Diaphragm Hastelloy® C276

Seating PCTFE


C 421/1 0.05–1.5 0.7–22 5953

C 421/1 P 0.05–1.5 0.7–22 5954

122

125

185~ 115 ~ 100

0 0.2 1 2 3 100.3 0.5 4 50

0.4

0.8

1.2

1.6

Flow, m3/h, airInlet pressure 4 bar

Out

let

pres

sure

,bar

C 421/1P


Type P. Drawings of other types available on request.


C 450/1 mini. Single stage mini cylinder regulator.The C 450/1 mini cylinder regulators are intended for primary pressure control of noncorrosive gases for qualities up to 6.0. For corrosivegases or gas mixtures use the stainless steel version. The regulator has a compensated main valve for significantly improved outlet pressureaccuracy similar to a dual-stage regulator.

Technical data


Outlet pressure 0–1.5 bar 0–22 psi

0–4 bar 0–60 psi

1–10 bar 1.5–145 psi


–1–6 bar –1.5–90 psi

0–15 bar 0–220 psi

Leak rate 10–8 mbar l/s He

Connection Out = ⅛” NPT femaleOperating temperature –30 – +60°C –22 – +140°F


Material



Seals PCTFE

Diaphragm Hastelloy® C276

Seating PCTFE (option PVDF)


C 450/1, brass 0–1.5 0–22 5955

C 450/1, brass 0–4 0–60 5956

C 450/1, brass 0–10 0–145 5957




~ 110

35 60

42

~55

Inlet pressure = 20 bar Inlet pressure = 9 barFlow, m³/h, air

Out

letp

ress

ure,

bar

01

23

4

0 0.2 0.4 0.6 0.8 1 2 3 4 5

C 450/1 mini



Safety solutions.

Some gases may be harmful, even if normalprecautions are employed. To handle thesegases it is necessary to use specialequipment.

In this chapter gas cabinets and specialty gas

purge panels are presented. Also Monitoring

systems (p. 218) and Containers can be viewed

as safety equipment. Containers are a good so-

lution when it is not possible to solve safety

problems in the existing premises. (see pages

164 – 169).

In addition to this, Linde can support you with

all kinds of scrubbers, gas detection systems

and personal alarms.

For full portfolio, please contact your local Linde

representative.


Safety solutions. Standard cabinets.Gas cabinets are used to store gas cylinders safely. A gas cabinet used for storing flammable or toxic gases should be equipped with forcedventilation. It is crucial that the cabinet is vented externally and not connected to the normal ventilation.

Technical data

Dimensions [mm] [inch]

Width (1 or 2 cylinders) 720 28.4

Width (3 cylinders) 1100 43.3

Depth 500 19.7

Height 2150 84.7

Features• Inspection window in armoured glass

• Lockable doors, openable 180°

• Two ventilation connections for optional flow direction

• Prepared for mounting of gas panels

• Adjustable racks

• Pre-bored holes for floor mounting

• Detachable hatch, prepared for tubing

• Painted sheet-iron or stainless steel

• Available for up to three cylinders

Product name HiQ® code

1 cylinder gas cabinet 3386



2000

50

375

500

25

75

∅ 160

1375

125

2150

Width



Safety solutions. 2-valve purge gas panel.The Marathon range of manual and semi-automatic gas panels is the solution to your speciality gas source and distribution needs. Fromsimple manual self purge panels for inert gases through to purge-able systems for hazardous gases the Marathon range offers robust, costeffective basic systems that can be enhanced for safety, purity and operation by the addition of functional modules.

Technical data

High purity Ultra high purity

Leak rate

Inboard <1x10–9 sccs <1x10–9 sccs

Outboard <2 ppm He <2 ppm He

Particles per ft3

<10 counts 0.1 – 0.3 µm —

<5 counts 0.3 – 0.5 µm 0.1 – 0.3 µm

0 count >0.3 µm >0.3 µm

Moisture <20 ppb <20 ppb

Oxygen <20 ppb <10 ppb

Total hydrocarbons <10 ppb <10 ppb

316L SS electro-polished 15 µin Ra average 5–7 µin Ra average

Options, functional ESO – Emergency shut-off valve

HPA – High pressure access valve

BD SWG – Burst disc switch gauge

EFS – Excess flow switch

PLI – Process line isolation

DEL & CYL Switch gauge upgrade

Bellow valves

Change-over module

Options, purity CFG – Pre-filter

FF – Final filter metal

FF – Final filter Teflon®

Del. & Cyl. pressure transducers

Nanochem® purification

This gas panel is typically used to control non-reactive gases like nitro-

gen, etc. The gas panel works like a self-purging system, and removes

the air trapped in the gas panel, after cylinder change, by isolating the

regulator with the HPI valve, and flushing process gas via the HPV valve

to the atmosphere.

Typically used as a purge gas panel to ensure a safe and clean purge gas

source for sophisticated gas panels handling toxic, flammable or haz-

ardous gases.

Features• High pressure vent for purge

• High pressure isolation for purge

• Burst disk – failsafe protection for overpressure

• Cylinder and Delivery pressure measurement

• Tied diaphragm regulator

• Springless diaphragm valves

• Universal mounting plate

• VCR and orbital welded connections to process path

• Change-over module-ready

For ordering and further details, please contact your local Linde represen-

tative.

Tovent

Processgas out

Venturisupply

Tovent

VGS VGPLI

BDSWG

FF

BD

DEL

REG

CYL

HPI

HPV

CFG

ESO

HPAEFS

From gas source

Schematic. Options in blue.


Safety solutions. 3-valve process gas panel.The Marathon range of manual and semi-automatic gas panels is the solution to your speciality gas source and distribution needs. Fromsimple manual self purge panels for inert gases through to purge-able systems for hazardous gases the Marathon range offers robust, costeffective basic systems that can be enhanced for safety, purity and operation by the addition of functional modules.

Self-purging gas panel with a low pressure isolation valve added to allow

isolation of the panel from the process line. This panel is used as a

process gas panel for non hazardous gases where demands are high but

not extreme.



• Purge gas inlet


• Cylinder and Delivery pressure measurement


• Springless diaphragm or bellow valves

• Universal mounting plate




tative.

Technical data


Leak rate



Particles per ft3

<10 counts 0.1 – 0.3 µm —

<5 counts 0.3 – 0.5 µm 0.1 – 0.3 µm

0 count >0.3 µm >0.3 µm











Bellow valves

Change-over module






Tovent

Tovent

Processgas out

Venturisupply

HPV

CFG

ESO

HPAEFS

From gas source

Purge gassupply in

VGS VGPLI

PGI

BDSWG

FF

BD

DEL CYL

HPI

REG



Safety solutions. 5-valve process gas panel.The Marathon range of manual and semi-automatic gas panels is the solution to your speciality gas source and distribution needs. Fromsimple manual self purge panels for inert gases through to purge-able systems for hazardous gases the Marathon range offers robust, costeffective basic systems that can be enhanced for safety, purity and operation by the addition of functional modules.

This panel includes low pressure vent line, allowing vacuum assisted reg-

ulator purge and process line purge which improves system start up pro-

cedure. Pneumatic emergency shut-off valve and vacuum generator are

standard.

Suitable for gases like SiH4, AsH3, HCl, PH3.


• Low pressure vent for purge


• Purge gas inlet


• Cylinder and delivery pressure measurement


• Springless diaphragm or bellow valves

• Modular design




tative.

Technical data


Leak rate



Particles per ft3

<10 counts 0.1 – 0.3 µm —

<5 counts 0.3 – 0.5 µm 0.1 – 0.3 µm

0 count >0.3 µm >0.3 µm











Bellow valves

Change-over module






From gas source

Purge gassupply in

Processgas out

Tovent

Tovent

Venturisupply

REG

BDSWG

HPV

CFG

ESO

HPA

PGI

DELCYL

HPI

BD

PLI

LPV

LPI

FF

EFS

VGS VG



Safety solutions. Operation monitor.Marathon operation monitors provide operational and safety enhancements for manual and semi-automatic gas panels. Speciality gasequipment operates largely unattended and unsupervised by personnel – the operation monitor provides safe, cost effective supervision andfailsafe shutdown if a hazardous condition is detected. The operation monitor provides at-a-glance status information and signals conditionsthat require operator attention (low cylinder pressure for example) Interfaces to remote monitoring and FMCS systems provide basic statusand detailed operation parameters respectively. The operation monitor is available in two models. OM1 is suitable for single cylinder panelsand interfaces to the full range of Marathon safety sensors. OM2 provides all of the safety and operational features of OM1 but is for doublegas panels with auto-change-over.

Technical data

Dimensions, W/H/D OM1 300/220/123

OM2 600/220/123

Supply voltage 100 – 250 VAC

Supply current 5 A

Internal & external logic 24 VDC

Pressure transducers 4 – 20 mA

Cylinder scales 4 – 20 mA

Pneumatic supply (CDA*) 6 bar 80 psi

Options Control of ACV

Auto-changeover

Transducer pressure display

Cylinder scale weight display

Wall mount bracket

Cylinder cabinet mounting

Pendant operator interface

Modbus interface to FMCS

Marathon operation monitors can optionally be interfaced and configured

to a full range of gas panel and peripheral sensors. In this way the level

of safety and operation functions can be selected to suit the gas, environ-

ment and operational preferences. The monitors can also be delivered

with a modbus FMCS link for remote monitoring. Please order a Marathon

Operation Monitors data sheet from your local Linde representative for

more details.

Features• PLC based

• Failsafe shutdown logic

• At-a-glance status indicators

• Audible alarms

• LCD operator interface

• Password access levels

• Intuitive menu-driven operation

• Cylinder cabinet or wall mounted

• Digital and analogue sensor interfaces

• Remote status interface

• Meets all relevant SEMI standards, all relevant European directives (CE)

and all relevant National standards in countries of sale

• Manufactured under ISO9000:2001 and ISO14001 environments

* compressed dry air

Marathon operation monitor OM1

Marathon operation monitor OM2


Safety solutions. Fully automatic.The Olympian range of fully automatic systems has, at its heart, a PLC based control system which monitors a wide range of safety featuresand hazard conditions and provide failsafe shutdown in the event of a serious problem. Manifold conditions are constantly monitored and thefully automatic purge sequences include critical condition testing for failsafe operation. Password security levels ensure that key features areadequately protected and alarm conditions and purge sequences are comprehensively parameterised to enable safety and efficiency to betuned to customer specifics. The color touch screen has a full menu of active graphics providing easy to read information on all operationparameters – including alarm history and trend graphs.

Our gas cabinets represent the next generation of ultra-pure source gas

panels, with a state of the art controller system, offering unique in-line

architecture and a purge block valve designed to minimize dead space

and overall internal volume. These features guarantee the optimum purge

effect and a thorough decontamination of the source gas system.

Features and benefits• Designed specifically for the requirements of submicron device manu-

facturing.

• Intuitive design helps reduce operator errors and improves safety.

• Purge block valve design allows very short purge time due to small in-

ternal volume of 1.3 cm3.

• Contaminated purge gas is discharged without entering flowing down-

stream of the purge block valve.

• In-line flow path virtually eliminates dead space.

• Modular, welded design improves reliability and reduces spare parts

stocking requirements.

• Integrated automatic source switchover capability for critical redun-

dancy and guaranteed uptime.

• Front removable components for improved servicing.

• Vacuum Venturi assisted purge for a quick and efficient manifold.

• Assembled in a clean room environment according to strict industry

standards and specifications.

• Meet all relevant SEMI standards, European Safety Directives and are

fully CE compliant.


tative.

Technical data

Inboard leak rate <10–9 scc/sec He

Particle test

≥0.1 µm size 0.18 ptc/l 5 ptc/ft3

>0.3 µm size 0 ptc/l 0 ptc/ft3

Moisture test <10 ppb

Oxygen test <10 ppb

Material 316 L stainless steel (secondary remelt)

Surface finish ≤ 0.18 Ra µm ave. ≤ 7 Ra µin ave.

Dimensions [mm] [inch]

Width (1 or 2 cylinders) 800 31.5

Width (3 cylinders) 1,200 47.2

Depth 550 21.7

Height 2,300 90.6

Certification: compliant


Containers.Ready-to-use gas supply systems.

A good and safe way to store gas cylindersare to use a gas container. Linde has a rangeof containers especially suited for thispurpose which fulfill all relevant regulationsand can be equipped with a range of“extras”, such as dividers, heating, forcedventilation and gas detectors.

A gas container should always be considered

when dealing with flammable or otherwise

harmful gases and is a cost-effective way of

complying with fire regulations.

Integrated cabinet

for gas outlet connections.

Fire-resistant bushing.

Fire-resistant bushing.

Gas detector (optional).

Roller conveyor

(optional).

Hollow sections

for fork lift.

Heating coil in the

floor (optional).Integrated cabinet

for electrical connections.

Explosion proof globe light.

Air vent.

Fire insulation.

Semi-automatic gas panel (selected

from the equipment program).

External lighting

with twilight relay.


Containers. Ready-to-use gas supply systems.

Technical data

Container model 10 foot 20 foot

Measurements

Length [m] (ext/int) 2.99/2.26 6.06/5.33

Width [m] (ext/int) 2.43/2.16 2.43/2.16

Height [m] (ext/int) 2.59/2.28 2.59/2.28

Electrical distribution box 16 A with two 10 A sockets.

Equipped with earth-fault and

circuit breakers.

Lighting externally Twilight relay and separate

on/off switch.

Explosion proof Class EEx e 11. Ignition T3–T1

globe light internally

Fire insulation

– on the rear wall

and side walls Class A60

– on the remainder Class B15

Fire bushings Type Lykab

Paint system Complies with environmental

Hempel class 3

Heating coil in Output ~ 9 W/m

the floor* Capacity: at –10 °C outdoor

temperature the system main-

tains an indoor temperature of

about +18 °C.

Fan for forced Type Ex-140-4C. Output 100 W.

ventilation* Capacity free-blowing 532 m3/h.

The delivery of gas cylinders and cylinder bundles/banks directly tothe gas storage provides a safe and convenient solution to gascylinder handling. At the same time safety is increased as the gascylinders do not need to be transported and stored in the productionpremises.

Using the Ready-To-Use gas supply system you get a continuous supply

of gas to each individual workstation, which means less downtime and

fewer unplanned interruptions as well as lower overall costs.

Fewer and larger gas cylinders that serve more users means more effec-

tive utilization of the gas in the cylinders, which results in lower costs for

the gas, cylinder rent and transportation.

Delivery and purchasing routines can be centralized and made more effi-

cient as the overall gas consumption and cylinder handling is much easier

to monitor.

A service agreement guarantees trouble–free gas supply without un-

planned production interruptions.

Together with the customer we carry out a requirement analysis regard-

ing the gas quality and operating conditions. After this, the appropriate

equipment will be installed in the selected container. If, for example, a

continuous gas supply without interruptions is required, then a semi–au-

tomatic gas panel that automatically switches from an empty to a full

cylinder is chosen. If gases with different physical properties are to be

stored in the same container, the container is divided using partitions so

that gases can be separated.

The container is fully equipped by Linde, to include all electrical connec-

tions and piping. This means that the system can be put into operation

immediately after delivery.

All models have a three layer rust protection finish using environmentally

suited water based epoxy and acrylic paint. Water drainage from the roof

and drip mouldings above the doors are standard on all models.

Linde’s ready-to-use containers are available in three standard sizes de-

signed according to a common basic philosophy.

Continues...

* Optional

The containers are manufactured according to ISO 668,

ISO 1496-1, ISO 1161 standards.

20 foot container with roller conveyor.

Loading of cylinder bundle.


Containers. Ready-to-use gas supply systems....continued

Name HiQ® code10 foot container 3397

20 foot container 3398

Custom made container 3399

Safety– Double doors with cylinder locks.

– Air vents.

– Fire insulation on the rear wall and side walls class A60, remainder

class B15.

– Fire resistant bushings for pipe and cable inlets on the side walls and

any partitions.

– Separate integrated cabinets for electrical equipment and gas

connections in optional side wall.

– Electrical distribution box 16 A with two 10 A sockets. Equipped with

earth–fault and circuit breakers.

– Internal Explosion Proof globe light.

– External lighting with twilight relay and separate on/off switch.

Handling– The containers are equipped with hollow sections for lifting with a

fork lift truck, which makes moving easy if requirements change.

– Folding ramps by the doors to simplify transportation of gas cylinders.

– The need to transport gas cylinders in production premises is eliminated.

– Handling of heavy gas cylinders is minimized.

Economy– Supplied ready for connection to a gas distribution system.

– Minimizes investment requirements.

– Buy or lease option.

– Complete overview of gas consumption and the size of the cylinder

stock.

Options– Gas panels and other components are installed to meet your

requirements.

– Floor heating thermostat controlled.

– Roller conveyors for handling of cylinder bundles/ banks (does not

apply to CM container).

– Gas detectors for inflammable and corrosive gases.

– Air conditioning unit.

– Fan for forced ventilation (exhaust ventilation).

– Sprinkler.

– Partition with fire–resistant bushings (a maximum of 2 walls in a 20

foot container).

– Extra passage door.

Custom made container.

Explosion proof globe light. Gas detector (optional).

Integrated cabinet for gas outlet connections. Integrated electrical connections cabinet.


HiQ® specialty gas generators.

In some cases the use of cylinder gas mightbe unsuitable. This might be for safetyreasons or if it is difficult to transport thecylinders. Linde has a range of small andreliable gas generators to handle thesesituations.

These gas generators produces gas on site for

instant use. The main advantage with gas gen-

erators is that since the gas is produced on site,

shutting of the power stops the gas production,

which could be essential at power failure if the

gas produced is hydrogen. Another advantage

is that there are no need to store large amounts

of compressed gas since there is instant access

to newly produced gas. Gas generators are

small and creates a flexibility in the set up of

the laboratory, and simplifies rearrangements of

the lab. Due to their small size, laboratory space

can be saved. To ensure continuous supply, a

cylinder or a second generator has to be con-

nected to the system as backup.


HiQ® specialty gas generators.The hydrogen no-maintenance series.Hydrogen is used in chromatography both as a carrier gas and as a fuel for instance for flame ionization detectors (FID) or flame photometricdetectors (FPD). It is either delivered in classical gas cylinders or produced on site. On-site production ensures a continuous supply andallows for small total hydrogen volumes in the lab (<40 ml contained volume/unit). There are three models of the HiQ® no-maintenancegenerator. Apart from the basic model there is one with remote control (NMH2 XXX-RC) and one with cascading flow (NMH2 XXX-CF) allowingfrom two to a maximum of 32 units to be connected in parallel.

Technical data

Max H2 flow rate 0.10 – 1.0 l/min

Delivery pressure 0.1–10.5 bar 1–155 psi

H2 purity >99.9999% (>6.0)

Electrolysis cell Solid polymer membrane

Safety Auto shut-off and low internal

volume (< 40ml)

Auto-drying system No maintenance of drying

cartridges (exclusive system)

Water Deionized or distilled

User interface Set points, system status,

user parameter

Display LCD display 128 x 64 pixels,

set points, status, alarms

Options

I/O board containing:

• RS232C bi-directional/2 ports RS485

• Cascading up to 32 units

• Potential free relay contacts

Software for PC-control capability (requires I/O board)

Dimensions (W/D/H) 23/35/43 cm

8⅝”/13⅜”/15¾”

Weights

NMH2 100 – 300 17 kg 37.5 lbs

NMH2 500 – 1L 18 kg 40 lbs

The HiQ® hydrogen generator is a no-maintenance device with innovative

membrane-technology. Its advanced dual-column drying system automat-

ically removes residual moisture from the hydrogen produced. The col-

umn materials are also regenerated automatically, and in the final

purification not even a desiccant cartridge is needed. For the electrolytic

dissociation process, the HiQ® hydrogen generator requires no caustic

chemical solutions. Instead, it uses harmless deionized water to produce

a reliable, continuous output of 6.0 hydrogen (>99.9999% pure). System

operating status and diagnostic data appear on a user-friendly digital dis-

play. In case of an internal error, the unit is put on standby by an auto-

shut-off procedure. Selectable, multiple alarms alert to unwanted shifts in

operating conditions such as low water level, poor water quality, low

pressure (leak) and power supply conditions.

Hydrogen flow and water quality are monitored by continuous LCD indica-

tion. The gas delivery pressure is indicated by LCD and can be adjusted

manually via a membrane control pad. A cable interface permits remote

computer monitoring of all functions.

Model Description HiQ® codeNMH2 100 100ml/min 5500

NMH2 160 160ml/min 5501

NMH2 250 250ml/min 5502

NMH2 300 300ml/min 5995

NMH2 500 500ml/min 5503

NMH2 600 600ml/min 5996

NMH2 1L 1,000ml/min 5989

NMH2 100-RC 100ml/min 5504

NMH2 160-RC 160ml/min 5505

NMH2 250-RC 250ml/min 5506

NMH2 300-RC 300ml/min 5997

NMH2 500-RC 500ml/min 5507

NMH2 600-RC 600ml/min 5998

NMH2 1L-RC 1,000ml/min 5990

NMH2 250-CF 250ml/min 5508

NMH2 300-CF 300ml/min 5999

NMH2 500-CF 500ml/min 5509

NMH2 600-CF 600ml/min 6000

NMH2 1L-CF 1,000ml/min 5991

Optional featuresNMH2-PCI-CC With PC interface and control cable 5510

NMH2-EXT-RC With handheld external remote control unit 5511

NMH2-H2O-RF With automatic water refilling option 5512


Consumables/spare partsNMH2-DI-Bag Deionizer bag, replacement 5513

NMH2-RCC-10 Remote control cable (15-conductors) 10m 5514



HiQ® hydrogen no-maintenance generator.

HiQ® hydrogen no-maintenance generator in principal.

Water drain port

Checkvalve

Waterreservoir

Over-pressurerelief port

Auto dryerNM system

Solid Polymer Electrolyte (SPE) cell

Pressuregauge

Pressuretransducer

Shut-off valve

Drying tube

H2

H2 outlet

O2


HiQ® specialty gas generators.The hydrogen pure gas series.Pure gaseous hydrogen is needed in gas analyzers, plasma chambers, isolated environments, or as a fuel gas for flame tools. It is eitherdelivered in classical gas cylinders or produced on site. On-site production ensures a continuous supply, keeping the total hydrogen volumein the lab as low as possible. There are three models of the HiQ® pure gas generator. Apart from the basic model there is one with remotecontrol (PGH2 XXX-RC) and one with cascading flow (PGH2 XXX-CF) allowing from two to a maximum of 32 units to be connected in parallel.

Technical data

Max H2 flow rate 0.10 – 0.60 l/min

Delivery pressure 0.1–7 bar 1–100 psi

H2 purity 99.999% (5.0)

Electrolysis cell Solid polymer membrane

Safety Auto shut-off

Water Deionized

User interface Set points, system status,

user parameter

Display LCD display with set points,

status, alarms

Options

I/O board containing:

• RS232C bi-directional/2 ports RS485

• Cascading up to 32 units

• Potential free relay contacts

Software for PC-control capability (requires I/O board)

Dimensions (W/D/H) 22/33/39.5 cm

8⅔”/13”/15⁵⁄₉”Weights

PGH2 100 – 300 16.5 kg 36 lbs

PGH2 500/600 18 kg 40 lbs

The HiQ® hydrogen generator relies on the newest electrolytic membrane

technology, which is significantly cleaner than conventional hydrogen

generation. This new technology reduces maintenance and cleaning to a

minimum. It permits a chemical-free, trouble-free and long-term produc-

tion of hydrogen – simply from the electrolysis of deionized water. No

free acids or alkalines are used, thus avoiding caustic impurities that

might affect hydrogen quality and degrade the system.

Features:• LCD-based display and membrane control pad for simple operation

• Multiple alarms (low water level, poor water quality, low pressure, in-

sufficient power supply)

• Requires deionized water instead of caustic electrolytic solutions

• Replaceable desiccant cartridge provides final purification step to re-

move moisture

• Cascading flow control allows multiple units to be connected for larger

capacity flows (option)

• Cable interface permits remote computer monitoring of all functions

(option)

Model Description HiQ® codePGH2 100 100ml/min 5517

PGH2 160 160ml/min 5518

PGH2 250 250ml/min 5519

PGH2 300 300ml/min 6001

PGH2 500 500ml/min 5520

PGH2 600 600ml/min 6002

PGH2 100-RC 100ml/min 5521

PGH2 160-RC 160ml/min 5522

PGH2 250-RC 250ml/min 5523

PGH2 300-RC 300ml/min 6003

PGH2 500-RC 500ml/min 5524

PGH2 600-RC 600ml/min 6004

PGH2 250-CF 250ml/min 5525

PGH2 300-CF 300ml/min 6005

PGH2 500-CF 500ml/min 5526

PGH2 600-CF 600ml/min 6006

Optional featuresPGH2-PCI-CC With PC interface and control cable 5527

PGH2-EXT-RC With handheld external remote control unit 5528

PGH2-H2O-RF With automatic water refilling option 5529


Consumables/spare partsPGH2-DI-Bag Deionizer bag, replacement 5530

PGH2-DES-Cart Desicant cartridge with fittings, replacement 5531

PGH2-RCC-10 Remote control cable (15-conductors) 10m 5532



HiQ® hydrogen pure gas generator.

HiQ® hydrogen pure gas generator in principal.

Water drain port

Checkvalve

Waterreservoir

Over-pressurerelief port

Dryingcartridge

Solid Polymer Electrolyte (SPE) cell

Pressuregauge

Pressuretransducer

Shut-off valve

Drying tube

H2

H2 outlet

O2


HiQ® specialty gas generators.HOGEN® HGS hydrogen generation system.In today’s challenging business environment, power plant operators must strive for the most efficient operations across multiple aspects ofperformance. In particular they have to take into account: the fuel expense and generation capacity, safety and security, hydrogen avail-ability, emissions reduction, and personnel productivity. Many power plants today are not running optimized. They operate out of OEMspecifications for hydrogen purity, pressure and dewpoint, costing hundreds of thousands of dollars every year in excess fuel costs, lostgeneration revenue, emissions credits, and decreased winding life.

Technical data

Net H2 production rate Nm3/h SCF/h SLPM kg/24h

0°C, 1 bar 70°F, 1 atm 70°F, 1 atm –

HGS S20 0.53 20 9.4 1.14

HGS S40 1.05 40 18.8 2.27

HGS H2m 2.0 76 35.8 4.31

HGS H4m 4.0 152 71.7 8.63

HGS H6m 6.0 228 107.6 12.94

Delivery pressure

HGS S 13.8 bar 200 psi

HGS H 15.0 bar 218 psi

H2 purity 99.9995% (5.5)

Water requirement (deionized)

Pressure 1.5 – 4 bar 21.8 – 58 psi

Consumption rate

HGS S20 0.47 l/h 0.13 gal/h

HGS S40 0.94 l/h 0.25 gal/h

HGS H2m 1.83 l/h 0.50 gal/h



Dimensions (W/D/H)

HGS S 97/79/106 cm 38”/31”/42”

HGS H 180/81/198 cm 71”/32”/78”

Weight

HGS S20 215 kg 475 lbs

HGS S40 215 kg 475 lbs

HGS H2m 700 kg 1500 lbs



Electrical specifications

HGS S 205 – 240 VAC, single phase, 50 or 60 Hz

HGS H 380 – 480 VAC, 3 phase, 50 or 60 Hz

Cooling

HGS S Air-cooled

HGS H Liquid-cooled

Linde Gas has introduced two advanced technology systems: the HOGEN®

hydrogen generation system (HGS) and the STABLEFLOW™ hydrogen con-

trol system (HCS), further information on page 140. Together, these sys-

tems ensure automatic and continuous measurement and feedback

control of hydrogen purity and pressure for optimized generator perform-

ance.

The HOGEN® HGS is a proton exchange membrane (PEM) water electroly-

sis system that uses electricity to separate water into hydrogen and oxy-

gen. The hydrogen is produced at 13.8bar/200psi pressure without a

compressor and at a purity of 99.9995% continuously and without opera-

tor intervention.

The compact HOGEN® HGS can be placed on the power plant generator

deck or any other indoor non-classified plant area. Due to its unique de-

sign, the HOGEN® HGS contains virtually no hydrogen, even when gener-

ating hydrogen at up to 6Nm3/228 SCF per hour – enough hydrogen to

cool power plants as large as 1,500MW.

The HOGEN® HGS provides reliable, safe, low-cost hydrogen for generator

blanketing and increases safety and security by eliminating hydrogen

storage, cylinder handling and routine hydrogen delivery.

Standard features• Fully automated, push-button start/stop

• Automatic fault detection and system depressurization

• On-board H2 detection

• Emergency stop

Standard siting requirementsIndoor, level ± 1°, 0 to 90% relative humidity non-condensing, non-haz-

ardous/non-classified environment. Proper ventilation must be provided

from a non-hazardous area.

OptionsLinde Gas offers a wide range of options to tailor your HOGEN® HGS to

your specific operational requirements. Please contact your local Linde

Gas representative to discuss current options available to best fit your

needs.

ReferencesHOGEN® hydrogen generation systems are in place worldwide at power

plants from 35 MW to 3,600 MW capacity.

Please contact us for a current reference list.


HOGEN® HGS hydrogen generators (HOGEN® HGS H to the left and HGS S to the right).

Schematic setup of HOGEN® HGS and STABLEFLOW™ HCS at a power plant.


HiQ® specialty gas generators.Nitrogen SIROCCO DS-PSA series.The SIROCCO high purity nitrogen gas generators works with DS-PSA technique. Including integral oil-free air compressors as standard, thegenerators deliver a continuous stream of 99.999%+ pure nitrogen gas with a minimal residual oxygen content without the need forsecondary purification. Version 3A includes a separate and independent compressed instrument air system. The SIROCCO series of nitrogengas generators is ideal for operation as nitrogen gas supply for all kind of laboratory and chromatography applications.

Technical data

Max. N2 flow rate (at 20°C, 1 bar)

DS-PSA-3 3 l/min

DS-PSA-5 5 l/min

Delivery pressure, +-0.5% 5 bar 73 psi

N2 purity ≥99.999%

Oxygen content <10 ppm

Index of protection IP2x (acc. IEC 60529, rev 2.1)

Temperature range 10–40 °C 50–104 °F

Noise level <60 dB(A)

Display Microprocessor controlled

graphic display, 128 x 64 pixels

Power 230V/50Hz 110V/60Hz

Power consumption 820W

Dimensions (W/D/H) 48/83.5/64 cm 19/33/25.2”

Weight 110 kg 242.5 lbs

SIROCCO DS-PSA nitrogen gas generators use a patented DUAL STEP pres-

sure swing adsorption (DS-PSA) system. Pressure swing adsorption is well

known and the DUAL STEP system is a new innovation which is a much

more economical and much more efficient technique compared with the

traditional standard PSA technique. The DS-PSA system remove oxygen,

carbon dioxide and water from compressed air. The resulting stream of

high purity nitrogen gas (99.999%) is ideal for laboratory applications in-

cluding GC carrier gas, make-up gas, and many other applications like ICP

etc. Version DS-PSA-N2-3A also produces a 3 l/min flow at a pressure of 5

bar (73 psi) of clean air for other use. The compressed air system includes

a filtration and drying system and is completely separated from the N2

part of the generator.

All SIROCCO DS-PSA gas generators are designed and manufactured

within a rigorous ISO9001 quality system.

Advantages:

• Nitrogen produced at low pressure and ambient temperature removes

the need for high pressure cylinders or liquid dewars

• A constant, uninterrupted gas supply of guaranteed purity eliminates

interruptions of analyses to change cylinders and reduces the amount

of instrument re-calibrations required

• Up to 99.999%+ pure nitrogen gas produced as standard. No need for

costly downstream secondary filtration

• Integral oil-free air compressor guarantees continuous gas supply, in-

dependent of inhouse compressed air supply

• The gas generators can easily be installed in the laboratory

Model Description HiQ® code

DS-PSA-N2-3 SIROCCO DS-PSA, 3 l/min, 230V 5979

DS-PSA-N2-3A SIROCCO DS-PSA, 3 l/min, air, 230V 5980

DS-PSA-N2-5 SIROCCO DS-PSA, 5 l/min, 230V 5981

DS-PSA-N2-3/110 SIROCCO DS-PSA, 3 l/min, 110V 5982

DS-PSA-N2-3A/110 SIROCCO DS-PSA, 3 l/min, air, 110V 5983

DS-PSA-N2-5/110 SIROCCO DS-PSA, 5 l/min, 110V 5984

MaintenanceDS-PSA-AK Maintenance kit 5985

DS-PSA-4000K 4000 hours maintenance kit 5986


HiQ® SIROCCO DS-PSA nitrogen generator.

HiQ® SIROCCO DS-PSA nitrogen generator in principal.

Cooling coils

Separate air feed, version 3A only

Compressedair filter

Checkvalve

Checkvalve

Instrument air outlet

CMS 1 tube

Air inletcompressors

N2 98% outlet

N2 99.999% outlet

CMS 2 tube

Recycle nitrogen

Vacuum pump

Residual O2 in airPurge air


HiQ® specialty gas generators.BORA nitrogen mini series.The BORA mini nitrogen gas generators includes an integral oil-free air compressor as standard. The generators deliver a continuous streamof pure nitrogen gas with a low residual oxygen content without the need for secondary purification. The BORA series of mini nitrogen gasgenerators is ideal for operation as nitrogen gas supply for all kind of laboratory and chromatography applications.

Technical data

Max. N2 flow rate (at 20°C, 1 bar)

B-PSA-500 500 ml/min



Delivery pressure 4 bar 58 psi

N2 purity

B-PSA-500/750 ≥99.999%

B-PSA-1300 ≥99.995%

Oxygen content

B-PSA-500/750 <10 ppm

B-PSA-1300 <50 ppm




Dimensions (W/D/H) 35/40/30 cm 13.8/15.7/11.8”

Weight 18 kg 40 lbs

The BORA mini nitrogen gas generators use the pressure swing adsorp-

tion (PSA) system, as used in thousands of systems worldwide to remove

oxygen, carbon dioxide and water from compressed air. The resulting

stream of high purity nitrogen gas is ideal for applications including GC

carrier, make-up gas, generally for all low flow applications. The BORA se-

ries of nitrogen gas generators is incredibly miniaturized and very silent,

ideal to be placed in a little space like under or on a bench. The BORA se-

ries is the smallest sized high purity nitrogen generator worldwide.

All BORA gas generators are designed and manufactured within a rigor-

ous ISO9001 quality system.

Advantages:






• 99.999%+ (99.995%+ for model B-PSA-1300) pure nitrogen gas pro-

duced as standard. No need for costly downstream secondary filtration





B-PSA-500 BORA PSA mini, 500 ml/min, 230V 5928



B-PSA-500/110 BORA PSA mini, 500 ml/min, 110V 5974



MaintenanceB-PSA-AK-500 Maintenance kit/500 ml/min 5930

B-PSA-AK-750/1300 Maintenance kit/750/1300 ml/min 5977

B-PSA-4K-500 4000 h filters kit/500 ml/min 5931

B-PSA-4K-750/1300 4000 h filters kit/750/1300 ml/min 5978

B-PSA-24K-500 24000 h maintenance kit/500 ml/min 5932

B-PSA-24K-750/1300 24000 h maintenance kit/750/1300 ml/min 5994

B-PSA-24TK-500 24000 h tubing kit/500 ml/min 5993

B-PSA-24TK-750/1300 24000 h tubing kit/750/1300 ml/min 5992


HiQ® BORA nitrogen mini generator.

HiQ® BORA nitrogen mini generator in principal.

Coolingcoil


Check valves

Purge line

CMStubes

Air inletcompressor

PLC

N2 outlet

Nitrogenreservoir

Inletsolenoid

valves

Exhaust solenoid valves N2 pressure pumpand flow control


HiQ® specialty gas generators.ELSD nitrogen generator without compressor.The ELSD mini nitrogen gas generator deliver a continuous stream of pure nitrogen gas with a low residual oxygen content without the needfor secondary purification. The ELSD mini nitrogen gas generator is ideal as source for inert gas and purge gas including ELSD systems.

Technical data

Max. N2 flow rate

at 20°C, 1 bar 4 l/min (up to)


N2 purity >98%

Compressed air feed specifications

Pressure 7 bar 100 psi

Purity ISO 8573.1, Class 1.2.1






The ELSD nitrogen gas generators use the pressure swing adsorption

(PSA) system, as used in thousands of systems worldwide to remove oxy-

gen, carbon dioxide and water from compressed air. The ELSD nitrogen

gas generators is incredibly miniaturized and very silent, ideal to be

placed in a little space like under or on a bench.

The ELSD gas generators are designed and manufactured within a rigor-

ous ISO9001 quality system.

Advantages:• Nitrogen produced at low pressure and ambient temperature removes





• > 98% pure nitrogen gas produced as standard. Requires only com-

pressed air from an external source

• No high pressure cylinder requirement and very little moving part for

long term stable run without frequent maintenance demand. Profit

from in-house compressed air supply



ELSD-4000/230 ELSD PSA without compressor, 4 l/min, 230V 6014

ELSD-4000/110 ELSD PSA without compressor, 4 l/min, 110V 6015

MaintenanceELSD-8000K 8000 hours maintenance kit 6016


HiQ® ELSD nitrogen generator.

HiQ® ELSD nitrogen generator in principal.


Check valves

Purge line

CMStubes

Airinlet

N2 outlet

Nitrogenreservoir

Inletsolenoid

valves



HiQ® specialty gas generators.Nitrogen LC/MS Plus series.The nitrogen LC/MS Plus gas generator works with PSA technique. Including integral oil-free air compressors as standard, the generatordeliver a continuous stream of 99%+ pure nitrogen gas with a residual oxygen content of less than 1% at a flow rate of up to 35 liters perminute. The nitrogen LC/MS Plus gas generator is ideal for laboratory applications like all LC/MS techniques and other inert gas demandedapplications.

Technical data

Max. N2 flow rate (at 20°C, 1 bar and 99% purity)

35 l/min


N2 purity >99%

Oxygen content <1%

Index of protection IP2x (acc. IEC 60529, rev 2.1)



Display Microprocessor controlled

graphic display, 128 x 64 pixels


Fuse 10A/230V 14A/110V

Dimensions (W/D/H) 48/83.5/64 cm 19/33/25.2”


The LC/MS Plus gas generators use a pressure swing adsorption (PSA)

system that removes oxygen, carbon dioxide and water from compressed

air. The standard PSA technology is combined with a dual step pressure

management. This allows to get high flow, high purity and high pressure

all together in a very economical way without stressing the components.

The nitrogen LC/MS Plus gas generators are designed and manufactured

within a rigorous ISO9001 quality system.

Advantages:






• Up to 99%+ pure nitrogen gas produced as standard. No need for

costly downstream secondary filtration



• The gas generator can easily be installed in the laboratory


LCMS-Plus-230 LC/MS N2, 35 l/min, 230V 6007

LCMS-Plus-110 LC/MS N2, 35 l/min, 110V 6008

MaintenanceLCMS-Plus-4000K 4000 hours maintenance kit 5986


HiQ® LC/MS Plus nitrogen generator.

HiQ® LC/MS Plus nitrogen generator in principal.

Coolingcoil


Check valves

Purge line

CMStubes

Air inletcompressor

PLC

N2 outlet

Nitrogenreservoir

Inlet solenoid

valves



HiQ® specialty gas generators.The nitrogen LC/MS 4 series.Nitrogen is commonly used in laboratories for different applications. Some demand higher purities, others are less purity-dependent. Suchapplications are typically nebulizing gas for liquid chromatography coupled with mass spectrometry (LC/MS). These are typically used forpolymer identification/determination, protein and peptide analysis/identification and in pharmaceutical research and development. Otherareas of application are specific solvent evaporations and low-purity purge gas requirements.

Technical data

Max. N2 flow rate 15–28 l/min (adjustable)

Delivery pressure 8.5 bar 120 psi

N2 purity 98–99% (adjustable)

Air quality Normal, clean ambient air,

relative humidity < 90%


Connections G ¼ / ¼ NPT

Noise level < 58 dB(A)

Flow capacity 10–30 Nl/m

Features

• Flow indication

• Pressure gauge

• Built-in compressors

• Built-in oxygen sensor

Power consumption 900W


Weight 92.5 kg 204 lbs

The HiQ® LC/MS 4 laboratory nitrogen generator is specifically designed

to deliver larger capacity flow rates required for LC/MS 4 instrument op-

eration. The generator is a stand-alone unit that makes pure nitrogen out

of ambient air. The system is built around an integral membrane system

and oil-free direct drive compressors that deliver a continuous stream of

pure, dry nitrogen. The system can deliver flow rates from 1 to 30 Nl/m,

with purities ranging from 96% to 99.9%. For optimal floor mobility, the

units are equipped with self-locking caster wheels.

The built-in air compressor (stage 1) compresses the air up to 3.0 bar. The

first membrane tube removes the moisture and most of the oxygen to-

gether with other gases like CO2 (etc.). The permeate from the first mem-

brane tube is released back into the atmosphere. The pre-cleaned air

then passes on to the 2nd and 3rd membrane tube where nitrogen with a

purity higher than 98% is separated. The permeate from membrane tubes

2 and 3, which is moisture-free and reduced in oxygen content, is col-

lected and recycled back to the inlet of the low-pressure pump.

The pure nitrogen collected after tube 3 is then boosted by a second

compressor (stage 2) from 3.0 bar to 8.5 bar (45 psi to 120psi), which is

the outlet pressure specification.

Advantages:

• Flow control valve allows variable flow rates and nitrogen purity levels

• Pressure indication provided for nitrogen supply outlet

• Integral oxygen sensor monitors purity

• Standard integral oil-free direct drive air compressor for turnkey

operation

• Self-locking caster wheels provide mobility for installation


LCMS-N2-4 LC/MS nitrogen generator with compressors 5535

Maintenance/spare partsLCMS-4-AK Maintenance kit for LC/MS 4 5536

LCMS-4-O2S Oxygen sensor for LC/MS 4 5537


HiQ® nitrogen LC/MS 4 generator.

HiQ® nitrogen LC/MS 4 generator in principal.

Air inlet

Membrane tubes Final pressure N2 pump

End pressure 8 bar (small volume)

Recycling permeate

Air compressor at 4 – 5 bar (high volume)Low pressure air pump

LC/MS 4 generator flow/purity graph


HiQ® specialty gas generators.The nitrogen LC/MS 0 without compressor series.Nitrogen is commonly used in laboratories for different applications. Some demand higher purities, others are less purity-dependent. Suchapplications are typically nebulizing gas for liquid chromatography coupled with mass spectrometry (LC/MS). Other areas of application arespecific solvent evaporations and low-purity purge gas requirements.

Technical data

Max. N2 flow rate 25; 40; 60 l/min

Max. delivery pressure Inlet pressure ≈minus 1 bar (–15 psi)

N2 purity 98–99% (adjustable)

Compressed air feed specifications

Feed pressure 6–13 bar 90–190 psi


Residual oil content ≤ 0.01 mg/m3

Dew point < 5°C < 41°F

Connections G ¼”

Noise level < 45 dB(A)

Dimensions (W/D/H) 28/19/81 cm 11/7.5/31.9”

Weights

LCMS-0-N2-25 22 kg 49 lbs

LCMS-N2-0-40/60 35 kg 77 lbs

The HiQ® LC/MS 0 laboratory nitrogen generator is designed to deliver

larger capacity flow rates required for LC/MS instrument operation. The

generator is intended for use where compressed air is available from an

external source. No electrical installation is required. The system is built

around an integral membrane system and can deliver flow rates from 0 to

25 Nl/min with purities ranging from 98% to 99% (the higher flow the

lower purity and vice versa). The feed pressure must be within the range

of 7–10 bar (100 – 155 psi). For achieving best results the ambient air

pressure should be ~1013 mbar and the air feed temperature between

20–25 °C. The generator is delivered in a wall mounting cabinet.


LCMS-N2-0-25 LC/MS N2 generator excl. compressor, 25 l/min 5924



MaintenanceLCMS-0-25-AK Filter kit for LCMS-N2-0-25 5925

LCMS-0-60-AK Filter kit for LCMS-N2-0-60 5927


HiQ® nitrogen LC/MS 0 generator without compressor.

HiQ® nitrogen LC/MS 0 generator without compressor in principal.

Air inlet10 bar (150 psi g) Nitrogen outlet

7 bar g (100 psi g)

Membrane tubes


HiQ® specialty gas generators.The Ultra Zero Air series.Pure air is commonly used in the chromatographic world mainly as fuel for flames in detectors such as Flame Ionization Detectors (FIDs) andFlame Photometric Detectors (FPDs). The advantage with the Ultra Zero Air series is that it helps creating a truly flat baseline. The pure aircan be delivered in classic gas cylinders or be produced on site from oil-free compressed air. Designed with safety and convenience in mind,this system will generate purified and hydrocarbon-free air from an existing in-house oil-free compressed air supply.

Technical data

Max outlet flow 1.5; 3.0; 6.0; 15; 30 l/min

Max outlet pressure 6.5 bar 94 psi

Inlet air pressure range 4.5–10 bar 65–145 psi

Product outlet purity

Hydrocarbons < 0.1 ppm

Carbon dioxide < 5ppm

Carbon monoxide < 0.1 ppm

Nitrogen oxides < 0.1ppm

Sulfur oxide < 0.1ppm

Ozone < 0.1ppm

Dew point (< 2.5ppm) < 70°C < 158°F

Particles (>0.5 micron removed) 99.99%

Max inlet impurities

Hydrocarbons 100 ppm

Carbon dioxide 500ppm

Carbon monoxide 100 ppm

Nitrogen oxides 50ppm

Connections (compr. fitting) Out = ⅛” In = ¼”

Outlet air temperature (ambient) +15°C +59°F

Max inlet temperature +40°C +104°F


18/10/16”

Weights

ZAU 1500/3000 15 kg 33 lbs

ZAU 6000 21 kg 46 lbs

ZAU 15000/30000 25 kg 55 lbs

The Linde “ZAU” Ultra Zero Air generators reduce hydro carbons, nitrogen

oxides and sulphur dioxide pollutants to less than 0.1ppm, carbon diox-

ide to less than 5ppm and remove all kinds of particles. In the lab, they

provide several advantages. Eliminating the need to use and store high-

purity air in cylinders saves valuable laboratory floor space. The generator

can also be wall-mounted, providing yet another way of saving space.

Using an on-site gas generator also eliminates the need to recalibrate in-

struments after replacing empty cylinders with full ones. The operation of

the generator requires low levels of electrical power. This complete

turnkey system is engineered with the highest quality components, is

easy to install, and requires only minimal annual maintenance. The “ZAU”

Ultra Zero Air generator models utilize a 5-stage process to purify ambi-

ent air into high-purity analytical grade air. All main components are

manufactured with high-grade stainless steel and installed systematically

in cabinets for easy access and service.

Product features:

• Compact size requires minimal space

• Wall-mountable

• Built-in security lock on external housing

• Green, yellow and red indicating lights indicate power, warm-up,

ready and fault notification of low/high catalyst temperature,

low/high inlet pressure, and life expectancy/expiration of catalyst

• A digital thermal switch automatically shuts off the power supply to

the catalyst in the event that the inlet compressed air is turned off,

preventing catalyst damage due to overheating


ZAU 1500 Ultra Zero Air generator 1,500ml/min 5765





Maintenance/optionsZA-FILT Replacement ext. air filter, housing and element 5770

ZA-XCART Replacement cartridge for external air filter 5771

ZA-ICART Replacement cartridge for internal air filter 5772

ZA-ACC-6 Active carbon column for models 1.5–6 l/min 5987

ZA-ACC-30 Active carbon column for models 15–30 l/min 5988


HiQ® Ultra Zero Air generator.

HiQ® Ultra Zero Air generator in principal.

Ultra ZeroAir outlet

Air inlet

CO2/CO/H2O remover

Filter

NOxremover

Filter

Catalytic

converter

480°C

Cooler


HiQ® specialty gas generators.Zero Air generator with integral compressor.Pure air is commonly used in the chromatographic world mainly as fuel for flames in detectors such as Flame Ionization Detectors (FIDs) andFlame Photometric Detectors (FPDs). The pure air can be delivered in classic gas cylinders or be produced on site. Designed with safety andconvenience in mind, this system will generate purified and hydrocarbon-free air without the need of connecting to an external compressor.

Technical data

Max outlet flow 2.5 l/min

Max outlet pressure 5 bar 73 psi








Outlet connection ⅛” NPTOutlet air temperature (ambient) +15° C +59° F

Max inlet temperature 40° C 104° F


18/10/16”


The Linde “NGC” Zero Air generators reduce hydro carbon pollutants to

less than 0.1ppm and remove all kinds of particles. In the lab, they pro-

vide several advantages. Eliminating the need to use and store high-purity

air in cylinders saves valuable laboratory floor space. There is no need

to continually buy replacement high-purity air in cylinders. Using an on-

site gas generator also eliminates the need to recalibrate instruments

after replacing empty cylinders with full ones. The operation of the gen-

erator requires low levels of electrical power. This complete turnkey sys-

tem is engineered with the highest quality components, is easy to install,

and requires only minimal annual maintenance. The “NGC“ Zero Air gen-

erator models utilize a 3-stage process to purify ambient air into analytical

grade air. All main components are manufactured with high-grade stainless

steel and installed systematically in cabinets for easy access and service.

Product features:


• Wall-mountable






NGC 2500 Zero Air generator with integral compressor 6009

MaintenanceNGC-AM Annual maintenance kit 6010

ZA-ACC-6 Active carbon column 5987


HiQ® Zero Air generator with compressor.

HiQ® Zero Air generator with integral compressor in principal.

Catalytic

Converter

480°C

Filter

Cooler

Condensor

CoolerFilter

Zero air outlet

Air compressor


HiQ® specialty gas generators.The Zero Air series.Pure air is commonly used in the chromatographic world mainly as fuel for flames in detectors such as Flame Ionization Detectors (FIDs) andFlame Photometric Detectors (FPDs). The pure air can be delivered in classic gas cylinders or be produced on site from oil-free compressedair. Designed with safety and convenience in mind, this system will generate purified and hydrocarbon-free air from an existing in-house oil-free compressed air supply.

Technical data

Max outlet flow 1.5; 3.0; 6.0; 15; 30 l/min

Max outlet pressure 6.5 bar 94 psi

Inlet air pressure range 3–10 bar 45–145 psi








Connections (compr. fitting) Out = ⅛” In = ¼”Outlet air temperature (ambient) +15° C 59° F

Max inlet temperature 40° C 104° F


18/10/16”

Weights

ZAGC 1500/3000 13 kg 29 lbs

ZAGC 6000 15 kg 33 lbs

ZAGC 15000/30000 22 kg 49 lbs

The Linde “ZAGC” Zero Air generators reduce HC pollutants to less than 0.1

ppm and remove all kinds of particles. In the lab, they provide several ad-

vantages. Eliminating the need to use and store high-purity air in cylinders

saves valuable laboratory floor space. There is no need to continually buy

replacement high-purity air in cylinders. Using an on-site gas generator

also eliminates the need to recalibrate instruments after replacing empty

cylinders with full ones. The operation of the generator requires low lev-

els of electrical power. This complete turnkey system is engineered with

the highest quality components, is easy to install, and requires only mini-

mal annual maintenance. The “ZAGC“ Zero Air generator models utilize a

3-stage process to purify ambient air into analytical grade air. All main com-

ponents are manufactured with high-grade stainless steel and installed

systematically in cabinets for easy access and service.

Product features:


• Wall-mountable





• A digital thermal switch automatically shuts off the power supply to

the catalyst in the event that the inlet compressed air is turned off,

preventing catalyst damage due to overheating


ZAGC 1500 Zero Air generator 1,500ml/min 5760





Maintenance/optionsZA-FILT Replacement ext. air filter, housing and element 5770

ZA-XCART Replacement cartridge for external air filter 5771

ZA-ICART Replacement cartridge for internal air filter 5772

ZA-ACC-6 Active carbon column for models 1.5–6 l/min 5987

ZA-ACC-30 Active carbon column for models 15–30 l/min 5988


HiQ® Zero Air generator.

HiQ® Zero Air generator in principal.

Catalytic

Converter

480°C

Zero air outlet

Air inlet

Filter

Filter

Cooler


Portable gas solutions.

In today’s industry, a broad range of gasesand chemicals are used. Especially at thechemical, pharmaceutical and biotech cus-tomers, a wide range of products isconsumed. Many of them are used as astarting point for chemical synthesis. Othersare used as intermediate product bringingbuilding blocks or might be used to catalystin chemical reactions.

Most processes and synthesis are first devel-

oped and tested on a lab scale. After proven

success, up-scaling is made by a pilot scale be-

fore it is produced on industrial scale. Both for

the lab scale as well as for the pilot scale,

smaller amounts of gases and chemicals are

used. These gases have often toxic or haz-

ardous properties, which require detailed

knowledge regarding storage, user conditions,

waste handling etc., both at the customers as

well as at the supplier.

Normally, these products are supplied in high

pressure or disposable gas cylinders. Depend-

ent on the consumption and the requested mo-

bility, the size of the cylinder might vary from

0.4 up to 10 liter water content. Mostly, only

very small amounts of product are needed.

Therefore, the smallest cylinder size available

(1 litre or less) contains normally more than

sufficient product.

With the Linde product line of small cylinders

we offer total solutions wherever light con-

tainer weight or only very small quantities of

gas is required. The product family:

• ECOCYL®RSH – portable calibration gas cylin-

der with integrated regulator

• ECOCYL® VAH-E/VSH-E – portable chemical

gas cylinder with integrated flow valve

Most suitable standard gases and gas mixtures

are available in small cylinders from current

production at short notice. To save both time

and expense, they are often shipped directly

from supplying plant or where and when per-

missible, by mail.

For you to find out what applies in your market

contact your local Linde representative.


ECOCYL® RSH. Portable gas cylinder with integratedpressure regulator and flow valve.ECOCYL® RSH is the ultimate in safety, convenience and economics in portable calibration gas containers and delivery systems. The integratedvalve, regulator and flow meter is protected by a tough cowling made of polyacetal material.

Technical data

Max filling pressure 150 bar 2,200 psi

Outlet pressure 3.8 bar 55 psi

Outlet flow (fixed) 0.25, 0.3, 0.5, 1.0, 1.5, 2.5, 8.0 LPM

Outlet gauge range 0–200 bar 0–3,000 psi

Outlet connection 6 and 8 mm hose connection


Cylinder volume 1 l

Weight (empty) 2.4 kg 5.3 lb

Diameter (max) 9.5 cm 3.7”

Height (overall) 44 cm 17”

Material

Cylinder Aluminum

Housing Stainless steel and aluminum

Seals Viton®

Piston Brass

Seating PCTFE

The refillable high capacity cylinder holds 50% more product than most

disposables, making the ECOCYL® RSH system an environmentally as well

as economically unsurpassed alternative.

The ECOCYL® RSH units are suited for non-corrosive pure gases as well as

gas mixtures that contain non-corrosive as well as corrosive components.

The ECOCYL® RSH units are not suited for pure oxygen, oxidizing gases or

oxidizing gas mixtures as well as liquefied flammable gases. The ECOCYL®

RSH can also be delivered with a convenient shoulder strap.

For full program and additional information of this supply solution, please


ECOCYL® RSH


ECOCYL® VAH and ECOCYL® VSH. Portable chemicalgas cylinder with integrated flow valve.Linde has developed a unique, small, refillable cylinder equipped with an integrated cylinder valve that has direct flow regulatingcapabilities. The unique design of the valve allows direct accurate flow adjustment without an additional flow regulator. This special is fullyintegrated into the cylinder’s protection cap. The result is a safe, easy and ready-to-use system. The user only needs to open the cylindervalve until the required flow has been reached. The ECOCYL® VAH and ECOCYL® VSH can also be delivered with a convenient shoulder strap.

Technical data

Max filling pressure 150 bar 2,200 psi

Max outlet pressure 150 bar 2,200 psi

Outlet flow variable and adjustable

by the main valve, gas dependent

Outlet connection 6 and 8 mm hose connection


Cylinder volume 1 l

Weight (empty) 2.9 kg 6.4 lb

Diameter (max) 9.5 cm 3.7”

Height (overall) 39 cm 15.4”

Material

Cylinder Seemless stainless steel

Housing VAH Aluminum silicon bronze

Housing VSH Stainless steel

Seals VAH SIMRIZ®

VSH EPDM

Needle VAH SS 316

VSH NITRONIC® 50

ECOCYL® VAH is basically suited for all acid gases where the model

ECOCYL®VSH is suited for alkaline related gases. Both of them are suited

for most remaining gases, including those with an oxidizing potential.

With the ECOCYL® VAH and ECOCYL® VSH, Linde covers the business area

of truly portable cylinders with integrated equipment, fully protected by

a proper cylinder cowling.

The special regulating valves as used in Linde’s ECOCYL® VAH and

ECOCYL® VSH must be tested like normal cylinder valves, according EN-ISO

10297, to comply with the transportable pressure equipment directive

(TPED, European Council directive 1999/36/EC). Approved units are

signed with the Greek letter Π (pi), often followed by 4 digits.

For full program and additional information of this supply solution, please


ECOCYL® VAH


Cylinder types.

Gas cylinders are pressure vessels, and therefore governed by local authority rules and regulations.For full information, please contact your local Linde representative.

Seamless high-pressure cylinders, of steel or

aluminum, are used for compressed gases or

liquefied gases under pressure whose critical

temperature is TC <70 °C.

Cylinder bundlesCylinder bundles are larger transport units con-

sisting of 10 to 16 high-pressure cylinders fixed

in a steel frame and connected by pipes. Gas

filling and withdrawal is done through one com-

mon valve. A trailer contains of a large number

of firmly mounted cylinders on a coach.

Welded low-pressure cylinders, of sheet steel,

are used for liquefied gases under pressure

whose TC ≥70 °C when this is permitted.

Welded steel casks are also available for these

gases. They are clamped in a steel frame and

may be transported by road.

Returnable cylindersFollowing is a selection of different returnable

cylinders that Linde Gas can provide. For pre-

cise information on what is valid for your mar-

ket, contact your local Linde representative.


Int. volumelitre

Material TypeTare weight Pressure rating

HiQ® codekg lb bar(a) psi(g)

0.4 NS HD 1.7 200 001

0.4 NS LB 1.8 200 002

1.0 NS LBS 1.0 124 003

1.0 AL A01 3.03 2216 004

1.0 AL AL001 2.1 200 005

1.0 TS HD/S 2.0 200 006

1.0 TS OTC-1 2.0 200 007

1.0 AL OTM-1 1.5 200 008

1.5 NS LBR 2.41 1800 009

2.0 NS 02C 2.87 1800 010

2.0 AL AL002 3.2 200 011

2.0 TS B02 3.5 200 012

2.0 AL B02A 2.4 200 013

2.0 TS HD 5.3 200 014

2.0 AL HD/S 4.7 200 015

2.0 AL OTM-2 3.0 200 016

2.5 TS OTC-2.5 3.0 200 017

3.0 TS 003 9.5 2015 018

3.0 NS GFL-3 5.0 150 019

4.0 TS OTC-4 42.0 200 020

4.6 SG L04 12 240 021

5.0 TS 005 13.5 2015 022

5.0 AL AC5-150 3.7 150 023

5.0 NS GFL-5 8.0 150 024

5.0 NS SC5-150 7.4 150 025

5.0 TS AG5 9.0 200 026

5.0 AL AL005 7.5 200 027

5.0 TS B05 8.5 200 028

5.0 AL B05A 7.4 200 029

5.0 AL BALU05 7.0 200 030

5.0 TS OTC-5 7.0 200 031

5.0 AL OTM-5 7.0 200 032

5.0 TS ST005 8.5 200 033

5.0 TS T05 8.0 200 034

5.8 SG A07 10.0 15 035

6.0 AL 3AL2265 6.6 150 036

7.0 SG ND 4.0 21 037

7.0 NS DOT3A2015 5.0 139 038

7.0 TS 007 29 2015 039

7.0 NS IRAM2525-7 5.0 150 040

7.0 AL A07 14.43 2215 041

10.0 TS HD/A 21.0 18 042

10.0 SS ND/S 21.0 40 043

10.0 AL AL-10 14.0 140 044

10.0 NS GFL-10 13.0 150 045

10.0 NS HD/K 19.0 150 046

Cylinder types.


Int. volumelitre



10.0 TS AG10 14.0 200 047

10.0 TS AL010 12.0 200 048

10.0 TS B10 17.5 200 049

10.0 AL B10A 138.0 200 050

10.0 TS BACE10 20.0 200 051

10.0 AL BALU10 13.0 200 052

10.0 TS HD 16.0 200 053

10.0 AL HD/S 11.5 200 054

10.0 SS HD/S 32.0 200 055

10.0 TS OTC-10 15.0 200 056

10.0 AL OTM-10 12.0 200 057

10.0 TS ST010 14.0 200 058

13.4 TS B13,4 17.5 200 059

14.0 SG P-6 10.4 25 060

15.0 AL B15A 16.2 200 061

16.0 NS DOT3AA2015 5.0 134 062

16.0 TS 016 53 2015 063

16.0 AL A16 30 2015 064

20.0 TS HD/A 38.0 18 065

20.0 SS ND/S 17.0 43 066

20.0 AL 3AL2015 10.6 140 067

20.0 NS GFL-20 32.0 150 068

20.0 TS AG20 33.0 200 069

20.0 AL AL020 30.0 200 070

20.0 AL AL020HO 26.0 200 071

20.0 TS B20 30.0 200 072

20.0 AL B20A 21.6 200 073

20.0 TS B20MB 30.0 200 074

20.0 AL B2ALU20 23.0 200 075

20.0 TS BACE20 37.0 200 076

20.0 TS OTC-20 27.0 200 077

20.0 AL OTM-20 24.0 200 078

20.0 TS ST020 28.0 200 079

20.0 TS T20 30.0 200 080

20.0 TS T20MB 30.0 200 081

21.3 NS 3AL2015 18.0 140 082

21.7 SG L20 17 240 083

22.0 NS AC22-150 17.6 150 084

23.0 SG DG-ETNº2 25.0 22 085

26.0 SG P-11 14.0 25 086

26.7 TS B26,6 38.0 200 087

26.7 TS OTC-26.7 25.8 200 088

27.0 SG ND 12.0 21 089

29.4 AL 3AL2015 21.6 140 090

30.6 SG P13 20.0 30 091

31.0 AL AL-31 24.0 140 092

MaterialAL: aluminumNS: steel with minimum

yield point of 390 N/mm2

SG: sheet steel, weldedSS: stainless steelTS: temper hardened steel


Cylinder types.

Int. volumelitre



31.0 AL A31 49 2015 093

40.0 SG A60 50.0 15 094

40.0 TS HD/A 60.0 19 095

40.0 NS AC40 45.0 60 096

40.0 NS HD/K 78.0 150 097

40.0 TS HD/S 48.0 150 098

40.0 NS SC40-150 71.0 150 099

40.0 NS ST040 70.0 150 100

40.0 TS B40 61.0 200 101

40.0 TS BACE40 65.0 200 102

40.0 TS GFL-40 58.0 200 103

40.0 AL HD/S 45.0 200 104

40.0 SS HD/S 81.0 200 105

40.0 TS IN40 45.0 200 106

40.0 TS IRAM2525-4 58.0 200 107

40.0 TS OTC-40 55.0 200 108

40.0 AL OTM-40 45.0 200 109

40.0 TS TW40 51.4 200 110

40.0 TS B-40 67.0 201 111

43.0 TS 043 187 3500 112

43.4 SG L40 33.6 240 113

44.0 AL E10047 54.0 150 114

44.0 NS SC44-150 74.9 150 115

44.0 NS 3AA2265 53.0 156 116

44.0 TS 044 110 2265 117

45.0 SG P-19 21.0 25 118

46.0 TS 046 300 6000 119

47.0 SS ND/S 50.0 40 120

49.0 NS 3AA2400 64.0 165 121

49.0 TS 049 143 2400 122

50.0 SG R50H 100.0 0.5 123

50.0 SG A70 75.0 15 124

50.0 SG ACET50 85.0 18 125

50.0 SG L-50 26.0 25 126

50.0 SS ND/S 31.0 43 127

50.0 NS 3AA2900 73.0 200 128

50.0 TS AG50 63.0 200 129

50.0 AL AL050 58.0 200 130

50.0 TS B50 61.0 200 131

50.0 AL B50A 49.2 200 132

50.0 TS B50MB 61.0 200 133

50.0 AL BALU50 56.0 200 134

50.0 TS BS/5045/1 60.0 200 135

50.0 TS GFL-50 68.0 200 136

50.0 TS HD 67.0 200 137

50.0 TS IRAM2525-5 63.0 200 138


MaterialAL: aluminumNS: steel with minimum

yield point of 390 N/mm2

SG: sheet steel, weldedSS: stainless steelTS: temper hardened steel

Int. volumelitre



50.0 TS OTC-50 65.0 200 139

50.0 AL OTM-50 57.0 200 140

50.0 TS SC50-165 65.0 200 141

50.0 TS SC50-200 65.0 200 142

50.0 TS ST050 70.0 200 143

50.0 AL B50C 33.6 250 144

50.0 TS HD/S 93.0 300 145

53.6 TS OTC-53.6 50.5 200 146

54.0 SG 054 85 480 147

56.0 SG CS56-Acet 34.0 20 148

61.0 SG 061 177 480 149

64.8 SG L60 48 240 150

67.0 TS B67 70.0 200 151

79.0 SG ND 35.0 21 152

83.0 SG P35 50.0 30 153

84.0 SG B84 50.0 30 154

102.6 SG R20H 120.0 0.5 155

107.0 SG P-45 38.0 25 156

108.0 SG L-108 50.0 25 157

110.0 SG DOT4BW240 10.0 16 158

110.0 SG 110 68 240 159

126.0 SG D126 47.0 21 160

126.0 SG 126 150 480 161

160.0 SG VGL160-11 115.0 11 162

175.0 SG R20MP 175.0 10 163

180.0 SS VGL180--11 115.0 11 164

200.0 SG DOT 4L292 127.0 20 165

400.0 TS Maxi 850.0 200 166

450.0 TS 450 1108 1800 167

454.0 SG DOT4BW240 170.0 16 168

454.0 SG 454 315 240 169

480.0 AL BL/E/S 960.0 200 170

480.0 AL BL/M/S 960.0 200 171

500.0 TS PKT-10x50L 750.0 200 172

600.0 SG CP6MP 560.0 10 173

600.0 TS BL/M 1057.0 200 174

600.0 TS PKT-12x50S 950.0 200 175

600.0 TS BL/E/S 1100.0 300 176

650.0 AL PAK13X50 1130.0 200 177

761.0 SG 761 1077 500 178

800.0 TS PAK16X50 1370.0 200 179

800.0 TS SuperMaxi 1450.0 200 180

950.0 TS F 566.0 22 181

Note that low pressure cylinders are often filled by weight and therefore the internal volume and work pressure is not an

indication of filling volume.


Equipment connections, tubings and fittings.

Washer valve

Washer

Outletthread

Diaphragm valve

Diaphragm

Outletthread

The purpose of the cylinder valve is to openand shut the gas cylinder, it is not meant toregulate the gas flow.

The cylinder valve is normally made of brass,

unless the chemical properties of the gas de-

mands another material such as steel or stain-

less steel.

The valve can be equipped with a dip tube for

withdrawal of liquid phase from liquefied gases.

For certain liquefied gases the valve is

equipped with a burst disk for safety.

Diaphragm valves are used for high purity gases

and specialty gas mixtures with low component

contents of for example reactive components.

Cylinder valves for highly reactive and toxic

gases are in some countries equipped with a

safety valve. This kind of valve normally has an

incorporated flow restrictor. Certain cylinder

valves are equipped with pneumatic function to

operate them, explosion safe, from a distance.

To avoid gas cylinder being connected to the

wrong gas supply system, the cylinder valves

are equipped with different outlet threads, de-

pending on the gas content of the cylinder. The

rules deciding what threads go with what gas

are governed by local authorities, and differ

from country to country.

On the following 4 pages some of the most

common cylinder valve outlets are described.

The term INT refers to internal outlet threads of

the cylinder connection, if not stated the thread

is external. The term LH refers to left-handed

threads, if not stated the thread is right-handed.

The chemical properties of the gas govern what

cylinder valve material – brass, steel or stainless

steel – is most suitable.

Cylinder valves & inlet connections.


Cylinder connections

Inlet connections.

ABNT 245-1 AFNOR C

ABNT DescriptionHiQ®

inlet code

ABNT 172-1 3/8-18 NSPL 043

ABNT 172-1 hand connector 3/8-18 NSPL 122

ABNT 218-1 W 21.8 x 1/14" 045

ABNT 218-1 hand connector W 21.8 x 1/14" 123

ABNT 218-2 W 21.8 x 1/14" INT 050

ABNT 218-2 hand connector W 21.8 x 1/14" INT 124

ABNT 225-2 0.885" - 14 NGO 046

ABNT 225-2 hand connector 0.885" - 14 NGO 125

ABNT 245-1 0.960" - 14 NGO 044


ABNT 245-2 0.965" - 14 NGO 049


ABNT 262-1 1.035" - 14 NGO 048


ABNT 270-9 W 24.44 x 2" 047

ABNT 270-9 hand connector W 24.44 x 2" 129

ABNT 300-12 W 27.44 x 2" 051

ABNT 300-12 hand connector W 27.44 x 2" 130

AFNOR DescriptionHiQ®

inlet code

NF C SI 21.7 x 1.814 055

NF C hand connector SI 21.7 x 1.814 157

NF D W 24 x 2 056

NF D hand connector W 24 x 2 158

NF E SI 21.7 x 1.814 LH 057

NF E hand connector SI 21.7 x 1.814 LH 159

NF F SI 22.94 x 1.814 INT 059

NF F hand connector SI 22.94 x 1.814 INT 160

NF G SI 26 x 1.5 INT 060

NF G hand connector SI 26 x 1.5 INT 161

NF H W 22.91 x 1.814 LH INT 061

NF H hand connector W 22.91 x 1.814 LH INT 162

NF J W 25.4 x 3.175 062

NF J hand connector W 25.4 x 3.175 163

NF K W 27 x 2 063

NF K hand connector W 27 x 2 164

NF L W 27 x 2 064

NF L hand connector W 27 x 2 165

NF M W 30 x 2 065

NF M hand connector W 30 x 2 166

NF P W 27 x 2 067

NF P hand connector W 27 x 2 167



BS 341 No. 8 CGA 170

CGA DescriptionHiQ®

inlet code

CGA 110 0.3125 - 32 UNEF INT 019

CGA 110 hand connector 0.3125 - 32 UNEF INT 014

CGA 170 9/16" - 18 UNF INT 201

CGA 170 hand connector 9/16" - 18 UNF INT 202

CGA 180 5/8" - 18 UNF INT 021

CGA 180 hand connector 5/8" - 18 UNF INT 020

CGA 240 3/8" - 18 NPT 024

CGA 240 hand connector 3/8" - 18 NPT 072

CGA 296 0.803" - 14 UNS INT 203

CGA 296 hand connector 0.803" - 14 UNS INT 204

CGA 300 0.825" - 14 NGO 205

CGA 300 hand connector 0.825" - 14 NGO 206

CGA 320 0.825" - 14 NGO 077


CGA 326 0.825" - 14 NGO 026


CGA 330 0.825" - 14 NGO LH 016

CGA 330 hand connector 0.825" - 14 NGO LH 132

CGA 346 0.825" - 14 NGO 176


CGA 350 0.825" - 14 NGO LH 013


CGA 510 0.855" - 14 NGO LH INT 002

CGA 510 hand connector 0.855" - 14 NGO LH INT 134

CGA 540 0.903" - 14 NGO 078


CGA 580 0.965" - 14 NGO INT 052

CGA 580 hand connector 0.965" - 14 NGO INT 136

CGA 590 0.965" - 14 NGO LM INT 017

CGA 590 hand connector 0.965" - 14 NGO LM INT 137

CGA 660 1.030" - 14 NGO 018


CGA 679 1.030" - 14 NGO LH 207


CGA 705 1.125" - 14 UNS LH 178

BS 341 DescriptionHiQ®

inlet code

BS 341 No. 2 G 5/8" LH 179

BS 341 No. 2 hand connector G 5/8" LH 180

BS 341 No. 3 G 5/8" INT 181

BS 341 No. 3 hand connector G 5/8" INT 182

BS 341 No. 4 G 5/8" LH INT 183

BS 341 No. 4 hand connector G 5/8" LH INT 184

BS 341 No. 6 G 5/8" 185

BS 341 No. 6 hand connector G 5/8" 186

BS 341 No. 7 G 5/8" LH 187


BS 341 No. 8 W 0.860" x 14 TPI 189

BS 341 No. 8 hand connector W 0.860" x 14 TPI 190

BS 341 No. 10 G 1/2" 191


BS 341 No. 12 G 1/2" 199


BS 341 No. 13 W 11/16" - 20 TPI 193

BS 341 No. 13 hand connector W 11/16" - 20 TPI 194

BS 341 No. 14 G 3/8" 195


BS 341 No. 15 G 3/8" LH 197



DIN 477 DescriptionHiQ®

inlet code

DIN 477 No. 1 W 21.8 x 1/14" LH 001

DIN 477 No. 1 hand connector W 21.8 x 1/14" LH 140

DIN 477 No. 2 W 21.8 x 1/14" LH 209

DIN 477 No. 2 hand connector W 21.8 x 1/14" LH 210

DIN 477 No. 3 Yoke 095

DIN 477 No. 3 hand connector Yoke 147

DIN 477 No. 5 W 1" x 1/8" LH 003

DIN 477 No. 5 hand connector W 1" x 1/8" LH 148

DIN 477 No. 6 W 21.8 x 1/14" 004

DIN 477 No. 6 hand connector W 21.8 x 1/14" 149

DIN 477 No. 7 G 5/8" 005

DIN 477 No. 7 hand connector G 5/8" 151

DIN 477 No. 8 W 1" x 1/8" 006

DIN 477 No. 8 hand connector W 1" x 1/8" 152

DIN 477 No. 9 G 3/4" 007


DIN 477 No. 10 W 24.32 x 1/14" 008

DIN 477 No. 10 hand connector W 24.32 x 1/14" 142

DIN 477 No. 11 G 3/8" 009


DIN 477 No. 12 G 3/4" INT 010

DIN 477 No. 12 hand connector G 3/4" INT 144

DIN 477 No. 13 R 5/8" 011

DIN 477 No. 13 hand connector R 5/8" 145

DIN 477 No. 14 M 19 x 1.5 LH 012

DIN 477 No. 14 hand connector M 19 x 1.5 LH 146

DIN 477 No. 52 M 30 x 1.5 INT 211

Inlet connections.


DIN 477 No. 14 IRAM 2539 o

IRAM 2539 DescriptionHiQ®

inlet code

IRAM 2539i 5/8" BSP - INT 053

IRAM 2539i hand connector 5/8" BSP - INT 154

IRAM 2539 C2H2 3/4" BSPx1/14" INT 096

IRAM 2539 N2O 3/8" BSPx1/14" 097

IRAM 2539 N2O hand connector 3/8" BSPx1/14" 155

IRAM 2539 o W 21.8 - 14 054

IRAM 2539 o hand connector W 21.8 - 14 156

ISO 5145 DescriptionHiQ®

inlet code

ISO 5145 No. 0170 M 30 x 2 212



NEN 3268 LU1

UNI 4406

UNI DescriptionHiQ®

inlet code

UNI 4405 W 20 x 1/14" Sin. 213

UNI 4405 hand connector W 20 x 1/14" Sin. 214

UNI 4406 W 21.7 x 1/14" 215

UNI 4406 hand connector W 21.7 x 1/14" 216

UNI 4409 W 21.7 x 1/14" 217


UNI 4412 W 24.5 x 1/14" 219


NEN 3268 DescriptionHiQ®

inlet code

LU 0 M 19 x 1.5 LH 115

LU 0 hand connector M 19 x 1.5 LH 168

LU 1 W 21.8 - 1/14 LH 116

LU 1 hand connector W 21.8 - 1/14 LH 169

LU 4 W 1" LH 117

LU 4 hand connector W 1" LH 170

RI 2 G 5/8" INT 121

RI 2 hand connector G 5/8" INT 171

RU 1 W 21.8 - 1/14 118

RU 1 hand connector W 21.8 - 1/14 172

RU 3 W 24.32 - 1/14 119

RU 3 hand connector W 24.32 - 1/14 173

RU 4 W 1" 120

RU 4 hand connector W 1" 174

3 - MIE - AP7 DescriptionHiQ®

inlet code

MIE B M 30 x 1.75 221

MIE B hand connector M 30 x 1.75 222

MIE C W 21.7 x 1/14" 223

MIE C hand connector W 21.7 x 1/14" 224

MIE E W 21.7 x 1/14" LH 225

MIE E hand connector W 21.7 x 1/14" LH 226

MIE F G 5/8" INT 227

MIE F hand connector G 5/8" INT 228

MIE G M 26 x 1.5 INT 083

MIE G hand connector M 26 x 1.5 INT 175

MIE H G 5/8" LH INT 229

MIE H hand connector G 5/8" LH INT 230

MIE J W 1" 231

MIE J hand connector W 1" 232

MIE M M 19 x 1.5 LH 233

MIE M hand connector M 19 x 1.5 LH 234

MIE S G 5/8" 235

MIE S hand connector G 5/8" 236

MIE T W 31.75 x 1/7" 237

MIE T hand connector W 31.75 x 1/7" 238

MIE U G 3/8" 239

MIE U hand connector G 3/8" 240

3-MIE C


Outlet connections.Linde offers a wide range of outlet connections from the most well acknowledged manufacturers. The table below shows some of the mostcommonly used designs and dimensions. For special arrangements or needs, please contact your local Linde representative.

Outlet connectionsHiQ®

outlet code

3 mm, stainless steel 501





1/8”, stainless steel 506




3 mm, brass 510

6 mm, brass 511

8 mm, brass 512

10 mm, brass 513

12 mm, brass 514

1/8”, brass 515

1/4”, brass 516

3/8”, brass 517

1/2”, brass 518

Illustration showing a typical straight outlet connection (male NPT – compression fitting).


Tubings.To ensure the integrity of the gas, from thegas cylinder to the point of use, stainlesssteel tubing is used when installing a centralgas supply system for specialty and highpurity gases.

Linde uses AISI 316L SS tubes according to EN

10216-5 and ASTM A 269 in three different

quality classes.

Fittings.For joining various parts and components tothe central gas supply system Linderecommends the use of high quality fittings.

For systems up to a purity of 5.5 Linderecommends tube fittings (e.g. Parker A-LOK®, Swagelok® or Gyrolok®). These fittingsavoids any extra torque on the piping.

For systems above a purity of 5.5 Linde recom-

mends the use of metal gasket face seal fittings

(e.g. VCRR), which enables a tightness equiva-

lent to 10-9 cm3 He/s. The seal of a metal gas-

ket face seal is made when the gasket is

compressed by two polished beads when the

fitting is tightened. A metal gasket face seal can

not be disassembled and reassembled without

replacing the metal gasket.

Quality level

class 1 class 2 class 3

Surface finish Ra 0.2 µm certified Ra 0.4 µm certified Ra 1.0 µm

Electro polish Yes — —

Cleaning– Plugshooting

Flushing with water80°C 18MΩ/cm

Flushing with 0.5MΩ/cm water atroom temperature

Flushing with 0.5MΩ/cm water atroom temperature

Purging Detector nitrogen 5.5 with 0.003 µm filter

TestingMoisture analysis, particlemeasurement

— —

Plugged andpacked

Ends sealed with nylonfilm and PE caps. Packedin double plastic bags inclass 10/100 clean room.

Ends protected withPE caps. Packed inplastic bags.

Ends protected withPE caps. Packed inplastic bags.


Accessories.

To handle gases and gas cylinders, one needfrom time to time some additional items.

Some of these items are found in this chapter.

Please contact your local Linde representative

for your full local accessories program.


Centralized monitoring systems.Monitoring systems can be divided into two components: data collectors, such as contact gauges and pressure transducers, and datapresenters, such as a centralized monitoring system. Data collectors can work without data presenters, but not vice versa. The alarm systemworks as an automatic pressure supervisor. the system is EEx(i)-classified according to EN 500 20, and consists of a central unit, an EEx(e)classified alarm box, an extension box, if necessary, and 1–8 contact gauges.

Technical data

Size (W/H/D) 213/185/113 mm

Material

Casing ABS plastic

Cover Clear polycarbonate

Supply voltage 230 V, 50 Hz

Supply current 0.5 A

Channels 1 (expandable to max. 4)

Indication lights

Green Normal pressure

Red Low pressure/switch-over

Historically, contact gauges connected to a centralized monitoring system

have been dominant, but the use of transducers connected to a PLC-sys-

tem is becoming increasingly common. Linde has wide experience of

working with contact gauges and centralized monitoring systems.

The central unit is placed outside the potentially explosive zone. The unit

incorporates an electronic device that indicates low pressure in the con-

nected gas cylinders. At low pressure a buzzer signal sound and a light

diode is activated.

The alarm box is placed inside the potentially explosive zone. The alarm

incorporates an EExe-classified sealing, with an amplifier for the intrinsic

safe signal. The central unit is connected to the alarm box by a 12-con-

nector cable. The cable supplies the signal amplifier with 24 VDC, and

carries the signal from alarm and contact gauge to the central unit.

There may be an extension box between the alarm box and the contact

gauge, to make it possible to place several gas cylinders at different dis-

tances from the alarm box inside the potentially explosive zone.

The system can be expanded by up to three extra channels.


Central monitoring system kit 3389


Contact gauges & Pressure transducers.Contact gauges are used to monitor when a pre-set pressure is reached. These can be delivered EEx-classified.

Pressure transducers monitor changes in pressure and can be used in place of contact gauges – necessary if the signal must be connected toa central computer or a PLC. The high output current (4–20 mA) may require the transducer to be isolated if used in an explosive environment.

Technical data – Contact gauge

Accuracy ≤ 2.5% of max pressure

Hysteresis ≤ 2.5% of max pressure

Electrical

Voltage ≤ 24 V

Current ≤ 500 mA

Operating temperatures

Ambient –25 – +60 °C –15 – +140 °F

Media –25 – +100 °C –15 – +210 °F

Connection G ¼”

Pressure range 0–25 bar 0–400 psi

0–60 bar 0–900 psi

0–250 bar 0–3,600 psi

Connection NPT ¼”

Pressure range 0–16 bar 0–250 psi

0–60 bar 0–900 psi

0–250 bar 0–3,600 psi


Contact gauge 3391

Pressure transducer 6012

Contact gauge

Pressure transducer


Mounting bracket.Primarily for use with the BASELINE™ R 104/1 line regulator (page 126).

Technical data

Material Stainless steel


Mounting bracket 6011

Mounting bracket

47.1

120.7

25.4

50.8

12.7



Wall mounting bracket & gas cylinder trolley.Linde delivers a selection of practical wall mounting brackets and cylinder trolleys for different needs. These might vary depending on yourlocal market. Please contact your local Linde representative for more information.

Wall mounting bracket for gas cylinders

Gas cylinder trolley


HiQ® Gas Supply System Installations.

The success of an installation project liesvery much in the planning of the project.There are many details that have to fall inplace to minimize the project time and makeit successful. Linde have prepared some

checklists to aid in planning a gas supplysystem installation projects. They are meantto simplify and make sure that everything iscovered during an installation.


HiQ® Gas Supply System Installations. Checklist.

Checklist – Supply

Gas

Type of gas and gas quality

Pressure: – Gas panel

– Main piping system,

standard 10–15 bar

– In- and outlet pressure to point-

of-use regulator

Flow: – Each point-of-use regulator

– Total system

Storage

– Preferably in a separate building or container

– Different kinds of gases shall be separated

– Heating of storage area

– Electrical installation

Checklist – Equipment

Point-of-use

– Type of regulator etc

– Material

– Inlet connection

– Outlet connection

– Safety outlet

Gas panel

– Single or semi-automatic

– Material

– Contact gauges/pressure transducers

– Purging system

– Number of cylinders

– Inlet connection

– Outlet connection

– Outlet pressure

– Flow shut-off valve

– Safety outlet

Checklist – Piping

Tubing

– Quality

– Dimensions

– Number of welding fittings, reducers,

elbows, tees

Valves

– Material

– Main shut off valve

– Section shut off valve

– Relief valves etc

– Check valves

Other equipment

– Filters

– Purifiers

– Monitoring central

– Gas cabinets

– Gas detection units

Checklist – Installation

Installation material

– Tube clamps

– Mark tags and signs

– Welding gas

– Purge gas

– Pressure test gas

– Leak detection gas

Installation items

– New or existing building

– Making holes in walls, floors and ceilings

– Electric installation

– Patch up and painting after installation

– Fireproof sealing of holes

– Need of skylift etc.

– Lockable storage room

– Safety outlet tube

– Pressure test

– Leak test

Checklist – Miscellaneous

Miscellaneous

– Inactive time

– Travelling cost

– Hotel

– Allowance for expenses

– Training

– Drawings and documentation

– Operating instructions

– Limit of engagement

– Labor management

– Service

– Guarantee


Services.

Linde delivers a variety of services, both customer-specific and standardized. Below is someinformation on different services. The service portfolio is often based on the local demandand customer specific ideas and requirements; therefore you should contact your local Linderepresentative to receive all information about the full portfolio for your market and aboutsolutions specifically designed for your needs. Please also contact your local Linde office ifyou have ideas on services not covered here.

eBusiness and web orderingWouldn’t you like more timesaving tools to help

do your job?

• Want to web order with real-time material

availability and see your pricing?

• Need to know how much you spend on a

blanket purchase order?

• How do you know if that credit was given or

not?

• Has your company decided to place orders

through a marketplace or other procurement

solution?

• Do you know your present cylinder balance?

With Linde you can do these things and many

other things whenever you want. We at Linde

have listened to our customers and offer them

access to the features and capabilities most de-

sired. Various eBusiness tools and systems have

been implemented throughout the Linde world,

to more efficiently conduct your business and

provide service. In most cases, these business

tools have been directly integrated with the

local business systems to improve speed, accu-

racy and convenience.

Online ordering is available on many Linde mar-

kets. Online ordering is available for customers

who register for access. With registration, one

or more users at each company are authorized

to be the web administrator. Buyers using the

web ordering get so many advantages:

• Pre-loaded past purchase history organized

into modifiable reorder templates.

• Reorder in less than 1 minute – from old or-

ders or reorder template.

• Pre-negotiated prices and payment terms

are used and shown.

• Material availability shown before placing

order, when applicable.

• Add items from online catalog to an order.

• Delivery instructions specific to the ship-to

location are shown.

• Automatic email confirmation with complete

order details.

Many Linde companies can offer a variety of

eBusiness tools, to find out what is applicable

for you, please contact your local Linde repre-

sentative.


ACCURA®

The new real-time ACCURA® Cylinder Manage-

ment system takes the benefits of cylinder

monitoring even further, bringing them to you

over the Internet!

A new tool for cylinder gas management in

your company

ACCURA® Cylinder Management collects cylin-

der gas data in a format that your company can

easily manage and utilize. It’s a system that can

save your company thousands – maybe tens of

thousands of euros per year.

ACCURA® Cylinder Management operates via

the Internet, and it’s a tool designed for anyone

who needs to know what types of gases they

have in stock, where gas cylinders are located

and also how to develop cylinder procedures.

The service is planned in co-operation with the

customer, and is tailored to the company’s op-

erating model. This ensures that it serves all

departments - Stock, Production and Safety as

well as Purchasing and Finance.

Effective risk management

One of the major benefits of ACCURA® Cylinder

Management is that it will remind and inform

you. If you wish, the system will monitor unin-

terrupted gas availability for you.

With access to real-time information for all your

stock, you can plan for variations in gas con-

sumption and ensure your processes operate

without interruption.

In emergency situations e.g., in the event of a

fire, Cylinder Management will tell you the lo-

cation of your cylinders as well as cylinder

numbers.

Benefits of Cylinder Management

• Gas cylinders are used effectively, which

saves money

• Gas consumption budgeting and planning is

improved

• Cost reporting and internal allocation is easier

• Invoice checking and processing is faster

• Cylinder Management will warn you of any

expiring gases

Clear, versatile reports

– Gas in stock

– Cylinder movement history

– Gas utilization

– Gas consumption

– Gas and rental costs

– Gas costs split per warehouse

– Cylinder rotation

– Daily rental costs

– Rental agreements

– Expiring gases

– Hazardous gases

SECCURA™Consider these questions:

Have you ever experi-

enced running out of gas

because the person re-

sponsible for checking and

ordering simply forgot to

do so? Or failed to do it be-

cause of some misunder-

standing or mix-up? If the

gas you’re dependent on

suddenly ran out, what

problems would it create

for your company, and

your customers?

Increased production

reliability – a real value

SECCURA™ automatic gas

supply is a supply service

that allows you to forget completely how much

gas you have at any given time. As the name

indicates, this service runs automatically. When

a cylinder or a bundle is empty and needs

changing, an automatic ordering signal is sent

directly to Linde. We will see that replacements

are installed. Your staff won’t even have to

know it has been done.

Reducing unnecessary costs – saving real

money

SECCURA™ automatic gas supply completely

eliminates the need to check, order, and re-

place gas cylinders and bundles. In most cases

it also eliminates the need to keep extra cylin-

ders in stock “just in case.”

Increased convenience – a true value

SECCURA™ automatic gas supply lightens your

load by effectively removing the cause of worry

and increasing your convenience. This service

from Linde allows you to spend your resources

where they are most needed. And leaves you

free to focus your energy on production.

Hardly a “luxury”…

Services.


Increased safety – an invaluable value

SECCURA™ automatic gas supply means that

our trained drivers do all the tasks involved

with the changing of cylinders and bundles, in-

cluding testing for leaks and changing gaskets

when required. They do it every day – and they

do it right. Your staff is not concerned and the

task does not interfere with their safety in any

way.

Safety audits, walkthroughs and trainingsConcerned about the safety of your existing

specialty gas distribution system? Wondering if

your system is designed and operated in accor-

dance with today’s standards? Linde can help.

Conduct safety audits and plant walkthroughs

Linde can perform a complete safety assess-

ment of your existing gas system. We will re-

view the overall system’s design, evaluate your

associated operating procedures and training

program, evaluate mitigation and containment

systems, and review maintenance practice. We

provide both recommendations for system im-

provements and identify areas that are out of

compliance with applicable safety codes.

Specialty gas safety training

In order to increase safety, reduce downtime,

and to help prevent unwanted releases, Linde

can offer custom designed specialty gas equip-

ment/system trainings, often including:

• Product safety and equipment training

• Operator training, including theory of opera-

tion

• Maintenance training

To support our training programs, we develop

applicable operating and maintenance proce-

dures and student material. Courses can be

structured as class room/instructor lead, self-

study, and on-the-job. Linde also offers the ad-

ditional services:

• Regulatory compliance/Site surveys

• Technical support

• Emergency response team

• On-Site support

Application safety training

Typically with a new process application, days

of assistance for start-up and training are pro-

vided. This training would be onsite for plant

personnel. Typical the training covers safety,

maintenance and operation.

Gas analysis serviceLinde gas is one of the largest gas suppliers in

the world. As such we have a network of highly

skilled laboratories to verify and secure the

quality of our own production. These can of

course be utilized for gas specific analysis serv-

ices.

The typical assignments are either investiga-

tions of a single gaseous source e.g., a smoke

stack, or periodic measurement for companies

that do not have or can justify the necessary in-

strument park. Many local Linde markets have

access to mobile laboratory units that enable

analysis at customer

location. When this is

impossible, our skilled

chemists know all

about gathering rep-

resentative samples

and bring them back

to the laboratory.

Here follows a selection of available analysis

methods:

• Time-of-flight Atmospheric Pressure Ioniza-

tion Mass Spectrometer to measure down to

ppt range

• A variety of Gas Chromatographs equipped

with general (WLD, TCD, HeID) and specific

detectors (FID, ECD, Argon detector, Hall de-

tector, Helium detector and Chemo lumines-

cent detector)

• Chemo luminescent analyzer for NOX

• Gas chromatographs with cold trap tech-

nique to measure hydrocarbons in the ppb

range

• Laser based particle analyzer

• High resolution FTIR with long path gas cu-

vette

• NDIR analyzers for different gases

• Moisture analyzers (dew point mirror and

capacitive method)

• Pure oxygen analyzers (electrochemical and

phosphor luminescent)

• UV/VIS spectrometry

• AES (Atomic emission spectrometry)


Services.

HiQ® analysis certificateLinde’s gas production and laboratory facilities

perform professional and skillful quality control

and analysis of gas mixtures. It is of vital impor-

tance that the results are correct, since they

often are the base for monitoring/measuring

e.g., process conditions, quality levels and

safety conditions. It is also important that all

the information on the analysis certificate is

correct and easy to understand.

Linde always follows the latest update of the

ISO 6141 standard, specifying the information

on an analysis certificate. The HiQ® Analysis

Certificate from Linde is in accordance with this

standard. The HiQ® Analysis Certificate always

looks the same. The information is easy to lo-

cate and understand. The headings are in the

appropriate language and in English, allowing

the certificate to be used both in the relevant

country and across borders. All gas products are

quality controlled. Where applicable, an analy-

sis certificate is included in the product. If not

included, it can be requested separately. Please

check with your local Linde office to find out

what is applicable for the products you order.

Name HiQ® code

HiQ® Analysis certificate

(Certified standard) 2921

Explanations on the HiQ® Analysis Certificate

1 The date when the certificate was written,

the beginning of the shelf life

2 Identification of the HiQ® Certificate

3 Type of HiQ® certificate e.g., “Certificate of

Analysis,” “Certificate of Conformity”, etc.

4 HiQ® product name and code when applica-

ble

5 Comments on the table

– the unit can be given either in mole, volume

or weight

– the uncertainty refers to the analysis of

each component and is relative

– if an absolute uncertainty is given it is In the

column “Analysis result” (for instance 202 ±

4 ppm)

6 Confidence level is the probability of the

analysis result falling between the uncer-

tainty limits

7 The blend tolerance of a gas mixture speci-

fies how close to the ordered concentration

the final concentration must fall

8 Following the temperature recommendation

improves safety and helps to keep the gas

mixture homogeneous

9 The component concentrations will remain

within the limits stated in the analysis result

down to the recommended minimum pres-

sure of use

10 Use before: In a correctly handled cylinder

the component concentrations will remain

within the limits stated in the analysis result

during the stated shelf life

Reference materialCalibration certificate

National borders no longer define today’s envi-

ronment. Pollutions are monitored on regional

and even global scale. This requires that the re-

sults from the monitoring systems shall not only

be comparable, but also mutually acceptable.

Governments use accreditation as an instru-

ment in these regulatory issues. Also in trading

of goods, a confident and trustful base is

needed to qualify and quantify the value of the

traded goods. Accreditation is widely accepted

as a tool to address issues like competence and

reliability. Calibration certificates are used as a

base to facilitate easy trading.

Reference material with a calibration certificate

is analyzed at a laboratory that has accredited

analysis methods for the components and

ranges in question.

Several Linde facilities have such accredited

analysis methods, especially for components

and ranges used for environmental surveil-

lance. Linde laboratories are accredited as cali-

bration laboratories. Further, several facilities

are accredited as testing laboratories to facili-

tate analytical services.

The reference materials prepared by these pro-

duction facilities are acknowledged as standard

reference material by e.g., CAI, COFRAC, DAR,

ENAC, RVA, SWEDAC, UKAS and many others.

These products are in accordance with ISO

17025. An accreditation proves that the labo-

ratory is competent to perform a certain analy-

sis. The competence of the laboratory is

decisive for the accreditation, and to achieve

an accreditation it is mandatory to have a qual-


ity system. Linde specialty gas plants are ISO

9000 certified.

Please contact your local Linde office for more

information on how Linde can serve you with

reference material and services that are related

to the ISO 17025 standard.

Name HiQ® code

Certificate of calibration reference

material (ISO 17025) 2920

Other reference material

Reference materials and certified materials are

defined in ISO Guide 30. A reference material

(RM) is a material that is sufficiently estab-

lished to be used, for example, for the calibra-

tion of an apparatus.

A certified reference material (CRM) is a refer-

ence material whose property values are certi-

fied by a technically valid procedure and/or

traceable to a certificate or other documenta-

tion that is issued by a certifying body.

Industries such as the automotive industry are

very dependent on clearing their products

against local environmental legislation, for in-

stance the rules of EPA in the US. EPA demands

that calibration mixtures are traceable against

National Institute for Standards and Technology

(NIST). NIST and the Nederlands Meetinstituut

(NMi) have a bilateral agreement on recogni-

tion of each other’s mixtures that is ratified by

EPA. Linde can supply you with products trace-

able to standards from various national certified

bodies such as BAM, NMi, NPL and NIST.

Most of Linde’s mixtures are produced gravi-

metrical and are therefore traceable to the in-

ternational kilo. Should this be one of your

requirements and the product is not produced

in this manner, traceability to the kilo can be

obtained upon request.


information on how Linde can provide you with

reference material.

Name HiQ® code

Certified body traceable analysis

certificate (Traceable to e.g., BAM, NIST,

NMi, NPL etc.) 2916

Kilogram traceable certificate

(Primary standard) 2918

EPA protocolThe EPA has established the EPA protocol – strict

guidelines for the performance of standard ma-

terials for emission measurements. In addition

to the automotive industry standard product

program EPA protocol mixtures, Linde can de-

liver EPA protocol gases for other purposes.


information on how Linde can provide you with

EPA protocol gases.

Name HiQ® code

EPA protocol certificate 2919

Certificate of conformitySeveral processes and activities do not require

individual analytical results. However, it might

be important to guarantee that the product

used complies with its nominal specifications.

Linde can provide a certificate of conformity

stating that an individual cylinder or an entire

batch is meeting its specifications. Please con-

tact your local Linde office for more information

on how Linde can serve you with certificates of

conformity.

Name HiQ® code

Certificate of conformity 6322


Physical data.

Physical and chemical information on puregases.

The aim throughout has been to present in a

condensed form as large amount of accurate,

reliable and up-to-date information on the

fields of chemistry and physics for pure gases.

Chemistry and physics, always closely related

sciences, have been brought into more intimate

relations by more recent results and research

discoveries. The information contained herein

can be used for a variety of tasks such as

recalculation between volume and weight at a

fixed temperature.


Gas name Chemical

formula

Molecular

weight

g/mol

Liquid state

Density

(at b.p. 1 atm)

kg/l

Density

(20 °C)

kg/l

Vapor

pressure

(20 °C) bar

Specific

heat

kJ • kg-1 • K-1

Acetylene C2H2 26.038 0.6179 0.3999 43.41 3.64 (15 °C)

Air, synthetic 28.96 — — — —

Ammonia NH3 17.031 0.6814 0.6091 8.56 4.4 (–40 °C)

Argon Ar 39.948 1.3974 — — 1.1 (b.p.)

Arsine AsH3 77.945 1.6205 1.3401 14.75 —

Boron trichloride BCl3 117.17 1.3457 1.3291 1.32

Boron trifluoride BF3 67.806 1.5716 — — —

1,3-Butadiene C4H6 54.092 0.6508 0.6211 2.40 2.22 (15 °C)

n-Butane C4H10 58.123 20.602 0.5788 2.08 2.35 (15 °C)

iso-Butane C4H10 58.123 0.5949 0.5585 3.06 1.92 (15 °C)

1-Butene C4H8 56.107 0.6261 0.5944 2.57 2.25 (15 °C)

cis-2-Butene C4H8 56.107 0.6416 0.6227 1.81 —

iso-Butene C4H8 56.107 0.6274 0.5951 2.64 0.67 (15 °C)

trans-2-Butene C4H8 56.107 0.6275 0.6053 1.99 —

Carbon dioxide CO2 44.01 1.1806 0.774 57.37 1.97 (–20 °C)

Carbon monoxide CO 28.01 0.790 — — 0.68 (b.p.)

Carbonyl sulfide COS 60.076 1.1769 1.0068 11.06 —

Chlorine Cl2 70.905 1.5622 1.4128 6.80 2.06 (b.p.)

Cyanogen chloride CNCl 61.47 1.1969 1.1823 1.35 —

Cyclopropane C3H6 42.081 0.6989 0.626 6.29 —

Deuterium D2 4.032 0.1605 — — —

Diborane B2H6 27.67 0.4288 — — —

Dichlorosilane SiH2Cl2 101.01 1.2014 1.1773 1.52 —

Dimethylamine (CH3)2NH 45.084 0.6704 0.6559 1.69 3.02 (0 °C)

Dimethyl ether C2H6O 46.069 0.7296 0.6633 5.09 —

2,2-Dimethylpropane C5H12 2.59 0.6036 0.5918 1.46 —

Ethane C2H6 30.07 0.5447 0.3385 37.70 3.79 (15 °C)

Ethene C2H4 28.054 0.5698 — — —

Ethylene oxide C2H4O 44.053 0.8827 0.8696 1.47 —

Ethylamine C2H5NH2 45.084 0.6869 0.6828 1.15 —

Ethyl chloride C2H5Cl 64.514 0.9064 0.8967 1.34 —

Fluorine F2 37.997 1.5056 — — —

Helium He 4.003 0.124 — — 4.01 (b.p.)

Hydrogen H2 2.016 0.0705 — — 8.78 (b.p.)

Hydrogen bromide HBr 80.912 2.1521 1.7571 21.80 0.92 (15 °C)

Hydrogen chloride HCl 36.461 1.1933 0.8231 42.02 1.70 (b.p.)

Hydrogen fluoride HF 20.006 0.9552 0.954 1.03 —

Hydrogen sulphide H2S 34.082 0.943 0.7886 18.41 1.06 (21 °C)

Krypton Kr 83.8 2.4186 — — —

Methane CH4 16.043 0.4241 — — 3.45 (b.p.)

Methylamine CH3NH2 31.057 0.6946 0.6617 2.96 3.28 (-14 °C)

Methyl bromide CH3Br 94.939 1.7196 1.6755 1.84 —

Methyl chloride CH3Cl 50.487 1.0073 0.9232 4.96 1.57 (20 °C)

Methyl mercaptan CH3SH 48.109 0.8875 0.8689 1.70 1.85 (b.p.)

Neon Ne 20.18 1.2039 — — 1.85 (b.p.)

Nitric oxide NO 30.006 1.2808 — — 2.61 (b.p.)

Nitrogen N2 28.014 0.8078 — — 2.06 (b.p.)

Nitrogen dioxide NO2 46.006 1.453 1.4552 0.96 1.55 (b.p.)

Nitrogen trifluoride NF3 71.002 1.540 — — —

Nitrous oxide N2O 44.013 1.2225 0.7848 51.27 1.74 (b.p.)

Physical data.


Gas name Chemical

formula

Molecular

weight

g/mol

Liquid state

Density

(at b.p. 1 atm)

kg/l

Density

(20 °C)

kg/l

Vapor

pressure

(20 °C) bar

Specific

heat

kJ • kg-1 • K-1

Octafluoropropane C3F8 188.02 1.6047 1.345 7.69 0.97 (b.p.)

Oxygen O2 31.999 1.142 — — 1.68 (b.p.)

Phosgene COCl2 98.916 1.4021 1.3743 1.59 —

Phosphine PH3 33.998 0.7437 0.5071 35.17 —

Propadiene C3H4 40.065 0.663 0.587 6.34 —

Propane C3H8 44.097 0.583 0.5011 8.39 2.22 (b.p.)

Propene C3H6 42.081 0.6103 0.5112 10.25 2.57 (15 °C)

Propyne C3H4 40.065 0.6721 0.6142 4.94 —

R 11 Trichlorofluoromethane CFCl3 137.37 1.4795 1.4884 0.89 0.89 (30 °C)

R 12 Dichlorodifluoromethane CF2Cl2 120.91 1.4858 1.3251 5.63 0.98 (30 °C)

R 13 Chlorotrifluoromethane CF3Cl 104.46 1.5229 0.9279 31.89 1.04 (-30 °C)

R 13 b1 Bromotrifluoromethane CF3Br 148.91 1.9927 1.5725 14.34 0.88 (25 °C)

R 14 Tetrafluoromethane CF4 88.005 1.6067 — — —

R 21 Dichlorofluoromethane CHFCl2 102.92 1.4057 1.3794 1.53 0.98 (b.p.)

R 22 Chlorodifluoromethane CHF2Cl 86.468 1.4122 1.2125 8.97 1.28 (30 °C)

R 23 Trifluoromethane CHF3 70.014 1.4514 0.8109 41.98 6.50 (25 °C)

R 114 1,2-Dichlorotetrafluorethane C2Cl2F4 170.92 1.5184 1.4706 1.84 1.03 (30 °C)

R 115 Chloropentafluoroethane C2ClF5 154.47 1.5448 1.3114 8.00 1.19 (30 °C)

R 116 Hexafluoroethane C2F6 138.01 1.5979 — — —

R 134a Tetraflouroethane C2H2F4 102.03 1.375 1.224 5.71 1.40 (15 °C)

R 142b 1-Chloro-1,1-difluoroethane C2H3ClF2 100.5 1.2002 1.1213 2.90 —

R 152a 1,1-Difluoroethane C2H4F2 66.051 1.0141 0.9103 5.18 —

Silane SiH4 32.117 0.5826 — — —

Silicon tetrafluoride SiF4 104.08 — — — —

Sulphur dioxide SO2 64.065 1.4628 1.3808 3.36 —

Sulphur hexafluoride SF6 146.06 1.8449 1.3744 21.61 0.67 (21 °C)

Trimethylamine (CH3)3N 59.111 20.6552 0.6349 1.83 —

Tungsten hexafluoride WF6 297.84 3.430 — 1.10 —

Vinyl bromide C2H3Br 106.95 1.523 1.512 1.18 0.90 (15 °C)

Vinyl chloride C2H3Cl 62.499 0.9658 0.9115 3.42 1.35 (20 °C)

Vinyl methyl ether C3H6O 58.08 0.7699 0.7508 1.74 2.14 (0 °C)

Xenon Xe 131.29 2.9537 — — 0.34 (b.p.)


Gas name Rel. spec. wgt,

air = 1

(15 °C, 1 bar)

Density

(15 °C, 1 atm)

kg/m3

Gaseous state

Specific heat

(15 °C)

kJ • kg-1 • K-1

Thermal

conductivity

µW • cm-1 • K-1

Solubility in water

(at P = 1 bar)

l/kg

Acetylene 0.91 1.109 1.663 187 (0 °C) 0.999 (20 °C)

Air, synthetic 1.0 1.21 1.01 255 (0 °C) 0.018

Ammonia 0.59 0.728 2.071 221 (0 °C) 692 (15 °C)

Argon 1.38 1.691 0.52 175 (0 °C) 0.033 (20 °C)

Arsine 2.73 3.334 0.488 116 (0 °C) 0.20 (20 °C)

Boron trichloride 4.19 5.162 0.526 86 (15 °C) hydrolyzed

Boron trifluoride 2.35 2.882 0.733 157 (0 °C) —

1,3-Butadiene 1.94 2.359 1.447 132 (0 °C) 0.230 (20 °C)

n-Butane 2.09 2.547 1.647 138 (0 °C) 0.034 (20 °C)

iso-Butane 2.08 2.537 1.611 140 (0 °C) 0.032 (20 °C)

1-Butene 2.01 2.449 1.489 130 (0°C) —

cis-2-Butene 2.00 2.457 1.374 125 (15 °C) —

iso-Butene 2.01 2.448 1.553 144 (0 °C) —

trans-2-Butene 2.00 2.455 1.533 134 (15 °C) —

Carbon dioxide 1.53 1.872 0.834 146 (0 °C) 0.851 (20 °C)

Carbon monoxide 0.97 1.185 1.04 232 (0 °C) 0.022 (20 °C)

Carbonyl sulfide 2.11 2.574 0.683 122 (0 °C) —

Chlorine 2.49 3.042 0.477 80 (0 °C) 2.3 (20 °C)

Cyanogen chloride 2.18 2.678 0.733 90 (15 °C) —

Cyclopropane 1.48 1.812 1.27 143 (0 °C) —

Deuterium 0.14 0.171 7.215 1,301 (0 °C) —

Diborane 0.97 1.181 2.031 210 (0 °C) —

Dichlorosilane 3.60 4.426 0.603 97 (15 °C) hydrolyzed

Dimethylamine 1.60 1.965 1.511 157 (15 °C) 119 (60 °C)

Dimethyl ether 1.63 1.988 1.416 141 (0 °C) —

2,2-Dimethylpropane 2.59 3.193 1.614 140 (15 °C) —

Ethane 1.05 1.283 1.723 180 (0 °C) 0.047 (20 °C)

Ethene 0.98 1.194 1.496 180 (0 °C) 0.120 (20 °C)

Ethylene oxide 1.55 1.911 1.054 121 (15 °C) —

Ethylamine 1.61 — 1.572 (20 °C) 162 (20 °C)

Ethyl chloride 2.29 2.819 0.944 108 (15 °C) 1.99 (20 °C)

Fluorine 1.31 1.608 0.819 238 (0 °C) —

Helium 0.14 0.169 5.193 1,460 (0 °C) 0.0083 (20 °C)

Hydrogen 0.07 0.0852 14.242 1,606 (0 °C) 0.0182 (20 °C)

Hydrogen bromide 2.82 3.45 0.36 79 (0 °C) 467 (25 °C)

Hydrogen chloride 1.27 1.552 0.799 134 (0 °C) 440 (20 °C)

Hydrogen fluoride 0.71 — 1.456 (20 °C) — —

Hydrogen sulphide 1.19 1.454 1.00 129 (0 °C) 2.5 (20 °C)

Krypton 2.90 3.552 0.248 88 (0 °C) 0.061 (20 °C)

Methane 0.55 0.68 2.201 300 (0 °C) 0.033 (20 °C)

Methylamine 1.10 1.34 161 191 (0 °C) 757 (25 °C)

Methyl bromide 3.34 4.106 0.439 71 (15 °C) —

Methyl chloride 1.78 2.173 0.791 92 (0 °C) 3.4 (0 °C)

Methyl mercaptan 1.70 2.084 1.028 127 (15 °C) 11.2 (15 °C)

Neon 0.70 0.853 1.03 461 (0 °C) 0.010 (20 °C)

Nitric oxide 1.04 1.27 0.999 235 (0 °C) 0.046 (20 °C)

Nitrogen 0.97 1.185 1.04 235 (0 °C) 0.015 (20 °C)

Nitrogen dioxide 2.75 — 0.815 (25 °C) — hydrolyzed

Nitrogen trifluoride 2.46 3.015 0.75 (25 °C) — —

Nitrous oxide 1.53 1.873 0.868 155 (0 °C) 0.610 (20 °C)

Physical data.



air = 1

(15 °C, 1 bar)

Density

(15 °C, 1 atm)

kg/m3

Gaseous state

Specific heat

(15 °C)

kJ • kg-1 • K-1

Thermal

conductivity

µW • cm-1 • K-1

Solubility in water

(at P = 1 bar)

l/kg

Octafluoropropane 6.53 8.163 0.769 100 (0 °C) —

Oxygen 1.11 1.354 0.916 242 (0 °C) 0.030 (20 °C)

Phosgene 3.50 4.308 0.577 83 (15 °C) —

Phosphine 1.18 1.449 1.079 192 (0 °C) 1.16 (24 °C)

Propadiene 1.41 1.725 1.467 136 (0 °C) —

Propane 1.56 1.901 1.642 159 (0 °C) 0.039 (20 °C)

Propene 1.48 1.809 1.498 150 (0 °C) 0.182 (20 °C)

Propyne 1.42 1.728 1.487 137 (0 °C) —

R 11 Trichlorofluoromethane 4.92 — 0.567 (25 °C) 78 (25 °C) 0.180 (25 °C)

R 12 Dichlorodifluoromethane 4.29 5.231 0.589 84 (0 °C) 0.051 (25 °C)

R 13 Chlorotrifluoromethane 3.65 4.465 0.629 107 (0 °C) 0.019 (25 °C)

R 13 b1 Bromotrifluoromethane 5.23 6.396 0.457 86 (0 °C) 0.004 (25 °C)

R 14 Tetrafluoromethane 3.05 3.737 0.68 133 (0 °C) 0.004 (25 °C)

R 21 Dichlorofluoromethane 3.65 4.493 0.582 81 (15 °C) 2.070 (25 °C)

R 22 Chlorodifluoromethane 3.04 3.719 0.644 92 (0 °C) 0.775 (25 °C)

R 23 Trifluoromethane 2.44 2.986 0.719 109 (0 °C) 0.313 (25 °C)

R 114 1,2-Dichlorotetrafluorethane 6.12 7.532 0.673 105 (15 °C) 0.017 (25 °C)

R 115 Chloropentafluoroethane 5.48 6.687 0.687 110 (0 °C) 0.008 (25 °C)

R 116 Hexafluoroethane 4.84 5.912 0.755 299 (0 °C) —

R 134a Tetraflouroethane 3.53 4.415 0.827 113 (0 °C) —

R 142b 1-Chloro-1,1-difluoroethane 3.59 4.378 0.804 101 (0 °C) —

R 152a 1,1-Difluoroethane 2.34 2.857 1.002 102 (0 °C) —

Silane 1.12 1.366 1.307 — insoluble

Silicon tetrafluoride 3.61 4.431 0.696 — —

Sulphur dioxide 2.26 2.759 0.617 85 (0 °C) 38.2 (20 °C)

Sulphur hexafluoride 5.12 6.261 0.647 116 (0 °C) 0.005 (25 °C)

Trimethylamine 2.10 2.59 1.514 143 (15 °C) —

Tungsten hexafluoride 10.60 — 0.379 (25 °C) — —

Vinyl bromide 3.72 4.653 0.509 88 (0 °C) —

Vinyl chloride 2.21 2.703 0.841 105 (0 °C) —

Vinyl methyl ether 2.03 2.537 1.334 157 (15 °C) —

Xenon 4.56 5.586 0.158 52 (0 °C) 0.120 (20 °C)


Gas name

Boiling point (1 atm) Critical point Flammability in air

Temperature

°C

Heat of

vaporization

kJ/kg

Temperature

°C

Pressure

bar

Density

kg/l

Lower

limit

% volume

Upper

limit

% volume

Acetylene –84.15 634.2 35.17 61.391 0.2305 2.2 85.0

Air, synthetic — — –141.7 36.6 0.331 — —

Ammonia –33.43 1,369.8 132.5 112.78 0.235 15.0 27.0

Argon –185.87 161.2 –122.29 48.981 0.5356 n.a. n.a.

Arsine –62.48 211.5 99.85 65.500 0.797 5.8 n.a.

Boron trichloride 12.5 204.3 178.8 38.706 0.7899 n.a. n.a.

Boron trifluoride –99.8 254.3 –12.25 49.852 0.5486 n.a. n.a.

1,3-Butadiene –4.41 415.6 152.22 43.299 0.2449 2.0 12.0

n-Butane –0.5 386 152.03 37.969 0.228 1.8 8.4

iso-Butane –11.72 368.1 134.99 36.480 0.2213 1.8 8.4

1-Butene –6.25 400 146.44 40.196 0.2339 1.6 10.0

cis-2-Butene 3.72 417.6 162.43 42.058 0.2398 1.7 9.7

iso-Butene –6.89 395.9 144.75 39.990 0.2349 1.8 9.6

trans-2-Butene 0.88 408.2 155.48 41.024 0.2356 1.7 9.7

Carbon dioxide — 347.6 31.04 73.815 0.4682 n.a. n.a.

Carbon monoxide –191.45 211 –140.23 34.988 0.3009 12.5 74.0

Carbonyl sulfide –50.15 311.7 105.65 63.490 0.4447 12.0 29.0

Chlorine –34.03 287.9 144 77.108 0.573 n.a. n.a.

Cyanogen chloride 12.85 435 175.85 59.900 0.3771

Cyclopropane –32.78 477.2 124.76 55.749 0.2585

Deuterium –249.5 293.2 –234.8 16.617 0.0669 5.0 75.0

Diborane –92.5 516.8 16.65 40.530 0.1599 0.9 98.0

Dichlorosilane 8.3 249.5 175.85 44.300 0.443 4.1 98.8

Dimethylamine 6.88 590.8 164.5 53.094 0.2411 2.8 14.4

Dimethyl ether –24.84 468.1 126.95 53.702 0.271 3.4 27.0

2,2-Dimethylpropane 9.5 315.2 160.63 31.992 0.2377 1.4 7.5

Ethane –88.6 488.5 32.27 48.801 0.2033 3.0 12.4

Ethene –103.68 479.9 9.21 50.318 0.2174 3.1 32.0

Ethylene oxide 10.7 583.3 196.0 71.941 0.314 3.0 100.0

Ethylamine 16.58 606.6 183.0 56.235 0.2477

Ethyl chloride 12.27 383.6 187.2 52.689 0.3226

Fluorine –188.2 171.7 –128.84 52.152 0.574 n.a. n.a.

Helium –268.93 20.8 –267.95 2.2750 0.0699 n.a. n.a.

Hydrogen –252.76 442.8 –239.97 13.130 0.0314 4.0 74.5

Hydrogen bromide –66.7 223.2 90 85.518 0.807 n.a. n.a.

Hydrogen chloride –85 444.6 51.5 83.087 0.450 n.a. n.a.

Hydrogen fluoride 19.52 49.7 188 64.848 0.2899 n.a. n.a.

Hydrogen sulphide –60.35 554.2 100.38 89.629 0.3461 4.0 44.0

Krypton –153.35 108.4 –63.8 55.020 0.9189 n.a. n.a.

Methane –161.49 508.9 –82.57 46.043 0.1616 5.0 15.0

Methylamine –6.33 840.7 156.9 74.575 0.2017 4.9 20.7

Methyl bromide 3.56 255.7 193.85 80.000 0.6086 10.0 16.0

Methyl chloride –24.22 426.8 143.1 66.793 0.3632 10.7 17.4

Methyl mercaptan 5.96 510.8 196.8 72.346 0.3318 4.0 22.0

Neon –246.06 84.8 –228.75 26.530 0.4839 n.a. n.a.

Nitric oxide –151.77 451.6 –93 64.848 0.520 n.a. n.a.

Nitrogen –195.8 197.9 –147.05 33.944 0.3109 n.a. n.a.

Nitrogen dioxide 20.85 828.5 158.2 101.33 0.5577 n.a. n.a.

Nitrogen trifluoride –129 163 –39.15 42.28 0.568 n.a. n.a.

Nitrous oxide –88.48 390.9 36.42 72.447 0.452 n.a. n.a.

Physical data.


Gas name

Boiling point (1 atm) Critical point Flammability in air

Temperature

°C

Heat of

vaporization

kJ/kg

Temperature

°C

Pressure

bar

Density

kg/l

Lower

limit

% volume

Upper

limit

% volume

Octafluoropropane –36.75 104.8 71.9 26.8 0.6718 n.a. n.a.

Oxygen –182.98 213.3 –118.57 50.430 0.436 n.a. n.a.

Phosgene 7.56 250.5 181.85 56.742 0.520 n.a. n.a.

Phosphine –87.74 412.2 51.6 65.355 0.300

Propadiene –34.5 514.1 120 54.700 0.2473

Propane –42.04 426.3 96.67 42.492 0.2174 2.2 9.5

Propene –47.69 438.8 92.42 46.650 0.2234 2.0 10.5

Propyne –23.21 555.3 129.24 56.276 0.2443 1.7 12.0

R 11 Trichlorofluoromethane 23.82 183.1 198.05 44.076 0.5539

R 12 Dichlorodifluoromethane –29.79 170.4 111.8 41.249 0.5572 n.a. n.a.

R 13 Chlorotrifluoromethane –81.41 149.4 28.81 39.460 0.5794 n.a. n.a.

R 13 b1 Bromotrifluoromethane 57.89 117.7 67 39.719 0.7446 n.a. n.a.

R 14 Tetrafluoromethane –128.06 132.8 –45.65 37.389 0.6286 n.a. n.a.

R 21 Dichlorofluoromethane 8.9 239.4 178.43 51.838 0.5251 n.a. n.a.

R 22 Chlorodifluoromethane –40.83 233.5 96.15 49.710 0.5209 n.a. n.a.

R 23 Trifluoromethane –82.16 237.3 25.74 48.362 0.5252 n.a. n.a.

R 114 1,2-Dichlorotetrafluorethane 3.77 135.4 145.7 32.627 0.582 n.a. n.a.

R 115 Chloropentafluoroethane –39.11 125.1 80 31.573 0.613 n.a. n.a.

R 116 Hexafluoroethane –78.2 116.8 19.65 29.790 0.6161 n.a. n.a.

R 134a Tetraflouroethane –26.0 216.6 101.15 40.64 0.5687 n.a. n.a.

R 142b 1-Chloro-1,1-difluoroethane –10.01 223.5 137.05 41.239 0.4351 9.0 15.0

R 152a 1,1-Difluoroethane –25.8 329 113.45 44.988 0.3649 4.0 18.0

Silane –112.15 387.8 3.450 48.433 0.242 1.0 100

Silicon tetrafluoride — 142.9 –14.15 37.186 0.6308 n.a. n.a.

Sulphur dioxide –10.02 385.4 157.6 78.841 0.5251 n.a. n.a.

Sulphur hexafluoride –63.9 111 45.54 37.600 0.7357 n.a. n.a.

Trimethylamine 2.87 396.6 160.1 40.733 0.2327 2.0 11.6

Tungsten hexafluoride 17.06 87.9 169.85 42.70 1.307 n.a. n.a.

Vinyl bromide 15.8 231.1 199.85 71.8 0.593 — 24.9

Vinyl chloride –13.37 365.2 158.85 56.700 0.3492 4.0 22.0

Vinyl methyl ether 5.5 421.3 163.85 46.7 0.3162 2.6 39.0

Xenon –108.12 96.1 16.59 58.404 1.1126 n.a. n.a.


Gas name Chemical

formula

Molecular

weight

g/mol

Liquid state

Density

(at b.p. 1 atm)

lb/ft3

Density

(70 °F)

lb/ft3

Vapor

pressure

(70 °F) psi

Specific

heat (70 °F)

BTU • lb-1 • °F-1

Acetylene C2H2 26.038 38.539 24.673 646.21

Air, synthetic 28.96 — — — —

Ammonia NH3 17.031 42.500 37.926 128.51 1.150

Argon Ar 39.948 87.158 73.351

Arsine AsH3 77.945 101.074 83.396 219.32

Boron trichloride BCl3 117.17 83.934 82.819 19.91

Boron trifluoride BF3 67.806 98.024 89.022 — —

1,3-Butadiene C4H6 54.092 40.591 38.686 36.07 0.541

n-Butane C4H10 58.123 1,285.0 36.053 31.29 0.577

iso-Butane C4H10 58.123 37.105 34.780 45.81 0.576

1-Butene C4H8 56.107 39.051 37.017 38.58 0.541

cis-2-Butene C4H8 56.107 40.018 38.794 27.26 0.540

iso-Butene C4H8 56.107 39.132 37.064 39.59 0.552

trans-2-Butene C4H8 56.107 39.138 37.706 29.94 —

Carbon dioxide CO2 44.01 73.636 47.583 853.66

Carbon monoxide CO 28.01 49.274 40.831

Carbonyl sulfide COS 60.076 73.405 62.658 164.96 0.328

Chlorine Cl2 70.905 97.437 87.990 101.64

Cyanogen chloride CNCl 61.47 74.653 73.667 20.41 0.360

Cyclopropane C3H6 42.081 43.591 39.011 94.11

Deuterium D2 4.032 10.010 62.179

Diborane B2H6 27.67 26.745 82.819

Dichlorosilane SiH2Cl2 101.01 74.934 73.351 22.90 0.310

Dimethylamine (CH3)2NH 45.084 41.814 40.868 25.47

Dimethyl ether C2H6O 46.069 45.506 41.300 76.35

2,2-Dimethylpropane C5H12 2.59 37.647 21.93

Ethane C2H6 30.07 33.974 20.844 559.92

Ethene C2H4 28.054 35.539 20.844

Ethylene oxide C2H4O 44.053 56.534 54.189 22.13 0.477

Ethylamine C2H5NH2 45.084 55.055 42.541 17.45

Ethyl chloride C2H5Cl 64.514 42.843

Fluorine F2 37.997 93.907 62.179

Helium He 4.003 7.734 73.351

Hydrogen H2 2.016 4.397 76.162

Hydrogen bromide HBr 80.912 134.23 109.30 324.57 0.180

Hydrogen chloride HCl 36.461 74.428 51.028 625.37

Hydrogen fluoride HF 20.006 59.577 59.381 15.48

Hydrogen sulphide H2S 34.082 58.817 49.070 274.52

Krypton Kr 83.8 150.85 73.351

Methane CH4 16.043 26.452 83.442

Methylamine CH3NH2 31.057 43.323 41.218 44.63

Methyl bromide CH3Br 94.939 107.26 104.41 27.76

Methyl chloride CH3Cl 50.487 62.827 57.494 74.28 0.381

Methyl mercaptan CH3SH 48.109 55.355 54.150 25.67

Neon Ne 20.18 75.089 73.351

Nitric oxide NO 30.006 79.886 57.943

Nitrogen N2 28.014 50.384 194.64

Nitrogen dioxide NO2 46.006 90.626 90.668 14.66

Nitrogen trifluoride NF3 71.002 96.053 49.070

Nitrous oxide N2O 44.013 76.250 48.457 761.88

Physical data.


Gas name Chemical

formula

Molecular

weight

g/mol

Liquid state

Density

(at b.p. 1 atm)

lb/ft3

Density

(70 °F)

lb/ft3

Vapor

pressure

(70 °F) psi

Specific

heat (70 °F)

BTU • lb-1 • °F-1

Octafluoropropane C3F8 188.02 100.09 83.586 115.05

Oxygen O2 31.999 71.229 62.179

Phosgene COCl2 98.916 87.452 85.639 24.00

Phosphine PH3 33.998 46.386 31.441 522.11

Propadiene C3H4 40.065 41.352 36.539 94.72

Propane C3H8 44.097 36.363 31.175 125.24 0.630

Propene C3H6 42.081 38.065 31.792 152.86 0.580

Propyne C3H4 40.065 41.920 38.241 74.09

R 11 Trichlorofluoromethane CFCl3 137.37 92.279 92.759 13.50 0.117

R 12 Dichlorodifluoromethane CF2Cl2 120.91 92.672 82.478 84.23 0.231

R 13 Chlorotrifluoromethane CF3Cl 104.46 94.986 56.927 474.18

R 13 b1 Bromotrifluoromethane CF3Br 148.91 124.29 97.681 213.69 0.206

R 14 Tetrafluoromethane CF4 88.005 100.21 56.927

R 21 Dichlorofluoromethane CHFCl2 102.92 87.676 85.949 23.00 0.251

R 22 Chlorodifluoromethane CHF2Cl 86.468 88.082 75.430 134.12 0.294

R 23 Trifluoromethane CHF3 70.014 90.527 49.324 625.58

R 114 1,2-Dichlorotetrafluorethane C2Cl2F4 170.92 94.706 91.599 27.43 0.155

R 115 Chloropentafluoroethane C2ClF5 154.47 96.352 81.543 119.53

R 116 Hexafluoroethane C2F6 138.01 99.664 81.543

R 134a Tetraflouroethane C2H2F4 102.03 85.761 76.162 85.69 0.340

R 142b 1-Chloro-1,1-difluoroethane C2H3ClF2 100.5 74.859 69.809 43.59 0.307

R 152a 1,1-Difluoroethane C2H4F2 66.051 63.251 56.656 77.60 0.391

Silane SiH4 32.117 36.338 31.441

Silicon tetrafluoride SiF4 104.08 — — — —

Sulphur dioxide SO2 64.065 86.004 50.67

Sulphur hexafluoride SF6 146.06 85.116 321.70

Trimethylamine (CH3)3N 59.111 39.548 27.52 0.553

Tungsten hexafluoride WF6 297.84 3.430 — 1.10 —

Vinyl bromide C2H3Br 106.95 94.220 17.74

Vinyl chloride C2H3Cl 62.499 56.785 51.26 0.324

Vinyl methyl ether C3H6O 58.08 46.780 26.27

Xenon Xe 131.29 73.351



air = 1

(59 °F, 14.5 psi)

Density

(70 °F)

lb/ft3

Gaseous state

Specific heat

(70 °F)

BTU • lb-1 • °F-1

Thermal

conductivity

BTU • h-1 • ft-1 • °F-1

Solubility

in water

ft3/lb (at °F)

Acetylene 0.91 0.068 0.401 0.0121 0.0160 (68 °F)

Air, synthetic 1.0 0.075 0.239 0.0003 (68 °F)

Ammonia 0.59 0.044 0.497 0.0141 11.0947 (68 °F)

Argon 1.38 0.103 0.124 0.0107 0.0005 (68 °F)

Arsine 2.73 0.204 0.117 0.0074 0.0032 (68 °F)

Boron trichloride 4.19 0.315 0.127 0.0051

Boron trifluoride 2.35 0.176 0.177 0.0094

1,3-Butadiene 1.94 0.144 0.352 0.0088 0.0037 (68 °F)

n-Butane 2.09 0.155 0.400 0.0092 0.0005 (68 °F)

iso-Butane 2.08 0.155 0.392 0.0093 0.0005 (68 °F)

1-Butene 2.01 0.149 0.361 0.0085 —

cis-2-Butene 2.00 0.150 0.333 0.0076 —

iso-Butene 2.01 0.149 0.376 0.0095 —

trans-2-Butene 2.00 0.150 0.371 0.0081 —

Carbon dioxide 1.53 0.114 0.201 0.0093 0.0136 (68 °F)

Carbon monoxide 0.97 0.072 0.248 0.0143 0.0004 (68 °F)

Carbonyl sulfide 2.11 0.157 0.164 0.0077 —

Chlorine 2.49 0.186 0.114 0.0051 0.0369 (68 °F)

Cyanogen chloride 2.18 0.163 0.176 0.0053 —

Cyclopropane 1.48 0.111 0.311 0.0094 —

Deuterium 0.14 0.010 1.723 0.0791 —

Diborane 0.97 0.072 0.494 0.0137 —

Dichlorosilane 3.60 0.217 0.145 0.0058

Dimethylamine 1.60 0.120 0.366 0.0094 1.9079 (140 °F)

Dimethyl ether 1.63 0.121 0.343 0.0094 —

2,2-Dimethylpropane 2.59 0.195 0.394 0.0084 —

Ethane 1.05 0.078 0.418 0.0119 0.0008 (68 °F)

Ethene 0.98 0.073 0.362 0.0117 0.0019 (68 °F)

Ethylene oxide 1.55 0.117 0.257 0.0072 —

Ethylamine 1.61 0.122 0.379 0.0096

Ethyl chloride 2.29 0.0319 (68 °F)

Fluorine 1.31 0.098 0.196 0.0148 —

Helium 0.14 0.010 1.240 0.0882 0.0001 (68 °F)

Hydrogen 0.07 0.005 3.406 0.0983 0.0003 (68 °F)

Hydrogen bromide 2.82 0.211 0.086 0.0050 7.4873 (77 °F)

Hydrogen chloride 1.27 0.095 0.191 0.0083 7.0545 (68 °F)

Hydrogen fluoride 0.71 0.053 0.348 — —

Hydrogen sulphide 1.19 0.089 0.239 0.0082 0.0401 (68 °F)

Krypton 2.90 0.217 0.059 0.0054 0.0010 (68 °F)

Methane 0.55 0.042 0.529 0.0191 0.0005 (68 °F)

Methylamine 1.10 0.082 0.389 0.0124 12.1369 (77 °F)

Methyl bromide 3.34 0.251 0.106 0.0042 —

Methyl chloride 1.78 0.133 0.191 0.0060 0.0545 (32 °F)

Methyl mercaptan 1.70 0.127 0.248 0.0076 0.1796 (59 °F)

Neon 0.70 0.052 0.246 0.0281 0.0002 (68 °F)

Nitric oxide 1.04 0.078 0.239 0.0145 0.0007 (68 °F)

Nitrogen 0.97 0.072 0.248 0.0144 0.0002 (68 °F)

Nitrogen dioxide 2.75 0.121 0.195

Nitrogen trifluoride 2.46 0.184 0.178 0.0122 —

Nitrous oxide 1.53 0.114 0.209 0.0099 0.0098 (68 °F)

Physical data.



air = 1

(59 °F, 14.5 psi)

Density

(70 °F)

lb/ft3

Gaseous state

Specific heat

(70 °F)

BTU • lb-1 • °F-1

Thermal

conductivity

BTU • h-1 • ft-1 • °F-1

Solubility

in water

ft3/lb (at °F)

Octafluoropropane 6.53 0.498 0.186 0.0066 —

Oxygen 1.11 0.083 0.219 0.0150 0.0005 (68 °F)

Phosgene 3.50 0.263 0.139 0.0049 —

Phosphine 1.18 0.089 0.260 0.0121 0.0186 (75 °F)

Propadiene 1.41 0.105 0.355 —

Propane 1.56 0.116 0.399 0.0104 0.0006 (68 °F)

Propene 1.48 0.111 0.364 0.0099 0.0029 (68 °F)

Propyne 1.42 0.106 0.359 0.0091 —

R 11 Trichlorofluoromethane 4.92 0.135 0.0045 0.0029 (77 °F)

R 12 Dichlorodifluoromethane 4.29 0.319 0.142 0.0054 0.0008 (77 °F)

R 13 Chlorotrifluoromethane 3.65 0.273 0.152 0.0069 0.0003 (77 °F)

R 13 b1 Bromotrifluoromethane 5.23 0.391 0.110 0.0056 0.0001 (77 °F))

R 14 Tetrafluoromethane 3.05 0.228 0.165 0.0085 0.0001 (77 °F)

R 21 Dichlorofluoromethane 3.65 0.274 0.140 0.0048 0.0332 (77 °F)

R 22 Chlorodifluoromethane 3.04 0.227 0.156 0.0060 0.0124 (77 °F)

R 23 Trifluoromethane 2.44 0.182 0.174 0.0069 0.0050 (77 °F)

R 114 1,2-Dichlorotetrafluorethane 6.12 0.459 0.162 0.0063 0.0003 (77 °F)

R 115 Chloropentafluoroethane 5.48 0.408 0.166 0.0071 0.0001 (77 °F)

R 116 Hexafluoroethane 4.84 0.361 0.183 0.0197 —

R 134a Tetraflouroethane 3.53 0.270 0.200 0.0074 —

R 142b 1-Chloro-1,1-difluoroethane 3.59 0.267 0.194 0.0066 —

R 152a 1,1-Difluoroethane 2.34 0.174 0.243 0.0066 —

Silane 1.12 1.115 0.083 0.316

Silicon tetrafluoride 3.61 0.271 0.168 — —

Sulphur dioxide 2.26 0.169 0.148 0.0054 0.6125 (68 °F)

Sulphur hexafluoride 5.12 0.382 0.157 0.0076 0.0001 (77 °F)

Trimethylamine 2.10 0.158 0.367 0.0086 —

Tungsten hexafluoride 10.60 — — —

Vinyl bromide 3.72 0.284 0.123 0.0051 —

Vinyl chloride 2.21 0.165 0.204 0.0068 —

Vinyl methyl ether 2.03 0.155 0.0094 —

Xenon 4.56 0.341 0.038 0.0032 0.0019 (68 °F)


Gas name

Boiling point (14.5 psi) Critical point Flammability in air

Temperature

°F

Heat of

vaporization

70 °F BTU/lb

Temperature

°F

Pressure

psi(a)

Density

lb/ft3

Lower

limit

% volume

Upper

limit

% volume

Acetylene –119.45 126.391 95.33 890.42 14.39 2.2 85.0

Air, synthetic –317.81 –221.24 547.38 19.54 — —

Ammonia –28.15 508.275 270.52 1,635.77 14.67 15.0 27.0

Argon –302.55 –188.10 710.43 33.44 n.a. n.a.

Arsine –80.44 70.307 211.75 950.02 49.75 5.8 n.a.

Boron trichloride 54.52 85.871 353.86 561.40 49.31 n.a. n.a.

Boron trifluoride –147.62 9.97 723.06 34.24 n.a. n.a.

1,3-Butadiene 24.08 167.210 306.02 628.01 15.29 2.0 12.0

n-Butane 31.12 156.668 305.67 550.71 14.23 1.8 8.4

iso-Butane 10.92 143.318 275.00 529.11 13.81 1.8 8.4

1-Butene 20.77 159.146 295.61 583.01 14.60 1.6 10.0

cis-2-Butene 38.72 171.736 324.39 610.01 14.97 1.7 9.7

iso-Butene 19.62 157.215 292.57 580.02 14.66 1.8 9.6

trans-2-Butene 33.60 166.781 311.88 595.02 14.71 1.7 9.7

Carbon dioxide –69.81 61.891 87.89 1,070.62 29.23 n.a. n.a.

Carbon monoxide –312.59 –220.39 507.47 18.78 12.5 74.0

Carbonyl sulfide –58.25 107.332 222.19 920.87 27.76 12.0 29.0

Chlorine –29.23 108.285 291.22 1,118.38 35.77 n.a. n.a.

Cyanogen chloride 55.20 183.806 348.55 868.80 23.54

Cyclopropane –26.98 176.402 256.59 808.59 16.14

Deuterium –417.07 –390.62 241.01 4.18 5.0 75.0

Diborane –134.48 61.99 587.85 9.98 0.9 98.0

Dichlorosilane 46.96 104.154 348.55 642.53 27.66 4.1 98.8

Dimethylamine 44.40 244.023 328.12 770.08 15.05 2.8 14.4

Dimethyl ether –12.69 177.401 260.53 778.90 16.92 3.4 27.0

2,2-Dimethylpropane 49.12 131.442 1.4 7.5

Ethane –127.46 86.369 90.11 707.81 12.69 3.0 12.4

Ethene –154.60 48.60 729.82 13.57 3.1 32.0

Ethylene oxide 51.28 245.385 384.82 1043.44 19.60 3.0 100.0

Ethylamine 61.86 257.945 361.42 815.64 15.46

Ethyl chloride

Fluorine –306.74 –199.89 756.42 35.83 n.a. n.a.

Helium –452.05 –450.29 33.00 4.36 n.a. n.a.

Hydrogen –422.95 –399.93 190.44 1.96 4.0 74.5

Hydrogen bromide –88.04 69.029 194.02 1,240.36 50.38 n.a. n.a.

Hydrogen chloride –120.98 113.120 124.72 1,205.10 28.09 n.a. n.a.

Hydrogen fluoride 67.16 370.42 940.56 18.10 n.a. n.a.

Hydrogen sulphide –76.61 182.314 212.70 1,299.99 21.60 4.0 44.0

Krypton –244.01 –82.82 798.02 57.36 n.a. n.a.

Methane –258.66 –116.61 667.81 10.09 5.0 15.0

Methylamine 20.63 335.510 314.44 1,081.64 12.59 4.9 20.7

Methyl bromide 38.43 106.708 380.95 1,160.33 37.99 10.0 16.0

Methyl chloride –11.58 164.406 289.60 968.77 22.67 10.7 17.4

Methyl mercaptan 42.75 212.839 386.26 1,049.31 20.71 4.0 22.0

Neon –410.89 –379.73 384.79 30.21 n.a. n.a.

Nitric oxide –241.17 –135.38 940.56 32.46 n.a. n.a.

Nitrogen –320.42 –232.67 492.33 19.41 n.a. n.a.

Nitrogen dioxide 69.55 316.78 1,469.70 34.82 n.a. n.a.

Nitrogen trifluoride –200.29 –38.72 657.02 37.33 n.a. n.a.

Nitrous oxide –127.24 70.666 97.58 1,050.78 28.22 n.a. n.a.

Physical data.


Gas name

Boiling point (14.5 psi) Critical point Flammability in air

Temperature

°F

Heat of

vaporization

70 °F BTU/lb

Temperature

°F

Pressure

psi(a)

Density

lb/ft3

Lower

limit

% volume

Upper

limit

% volume

Octafluoropropane –34.13 33.672 161.44 388.72 39.26 n.a. n.a.

Oxygen –297.34 –181.41 731.44 27.22 n.a. n.a.

Phosgene 45.63 104.449 359.35 822.99 32.46 n.a. n.a.

Phosphine –125.91 116.744 124.90 947.92 18.73

Propadiene –30.08 186.405 248.02 793.37 15.44

Propane –43.65 146.960 206.03 616.31 13.57 2.2 9.5

Propene –53.82 147.470 198.38 676.62 13.94 2.0 10.5

Propyne –9.76 208.082 264.65 816.23 15.25 1.7 12.0

R 11 Trichlorofluoromethane 74.90 79.208 388.51 639.28 34.58

R 12 Dichlorodifluoromethane –21.60 61.154 233.26 598.28 34.78 n.a. n.a.

R 13 Chlorotrifluoromethane –114.52 24.064 83.88 572.33 36.17 n.a. n.a.

R 13 b1 Bromotrifluoromethane –72.18 35.406 152.62 576.09 46.48 n.a. n.a.

R 14 Tetrafluoromethane –198.49 –50.15 542.29 39.24 n.a. n.a.

R 21 Dichlorofluoromethane 48.04 100.250 353.19 751.86 32.78 n.a. n.a.

R 22 Chlorodifluoromethane –41.47 79.594 205.09 721.00 32.52 n.a. n.a.

R 23 Trifluoromethane –115.87 33.395 78.35 701.45 32.79 n.a. n.a.

R 114 1,2-Dichlorotetrafluorethane 38.81 55.491 294.28 473.23 36.33 n.a. n.a.

R 115 Chloropentafluoroethane –38.38 41.375 176.02 457.94 38.27 n.a. n.a.

R 116 Hexafluoroethane –108.74 67.39 432.08 38.46 n.a. n.a.

R 134a Tetraflouroethane –14.78 78.666 214.09 589.45 31.69 n.a. n.a.

R 142b 1-Chloro-1,1-difluoroethane 14.00 87.570 278.71 598.13 27.16 9.0 15.0

R 152a 1,1-Difluoroethane –14.42 121.954 236.23 652.51 22.78 4.0 18.0

Silane –169.85 25.81 702.48 15.11 1.0 100

Silicon tetrafluoride –139.25 6.55 539.35 39.38 n.a. n.a.

Sulphur dioxide 13.98 152.612 315.70 1,143.52 32.78 n.a. n.a.

Sulphur hexafluoride –83.00 28.302 113.99 545.35 45.93 n.a. n.a.

Trimethylamine 37.19 162.632 320.20 590.80 14.53 2.0 11.6

Tungsten hexafluoride n.a. n.a.

Vinyl bromide 60.46 98.433 391.75 1,041.39 33.38 — 24.9

Vinyl chloride 7.95 140.958 317.95 822.38 21.80 4.0 22.0

Vinyl methyl ether 41.92 174.163 326.95 677.34 17.27 2.6 39.0

Xenon –162.60 61.88 847.10 69.46 n.a. n.a.


Conversion tables.

Dew point – Moisture

Dew point Moisture Dew point Moisture

°C °F vpm mg/m3 °C °F vpm mg/m3

–20.0 –4.0 1,030 790 –55.0 –67.0 20.6 15.7–21.0 –5.8 940 710 –56.0 –68.8 18.2 13.8–22.0 –7.6 860 640 –57.0 –70.6 15.9 11.1–23.0 –9.4 765 580 –58.0 –72.4 13.9 10.6–24.0 –11.2 697 527 –59.0 –74.2 12.1 9.2–25.0 –13.0 625 478 –60.0 –76.0 10.6 8.0–26.0 –14.8 553 430 –61.0 –77.8 9.2 7.0–27.0 –16.6 517 390 –62.0 –79.6 8.0 6.2–28.0 –18.4 467 352 –63.0 –81.4 6.98 5.3–29.0 –20.2 426 318 –64.0 –83.2 6.08 4.6–30.0 –22.0 380 288 –65.0 –85.0 5.28 4.0–31.0 –23.8 342 260 –66.0 –86.8 4.58 3.5–32.0 –25.6 309 232 –67.0 –88.6 3.96 3.0–33.0 –27.4 276 210 –68.0 –90.4 3.40 2.6–34.0 –29.2 249 188 –69.0 –92.2 2.94 2.2–35.0 –31.0 222 168 –70.0 –94.0 2.53 1.9–36.0 –32.8 200 151 –71.0 –95.8 2.17 1.7–37.0 –34.6 179 135 –72.0 –97.6 1.87 1.4–38.0 –36.4 162 122 –73.0 –99.4 1.61 1.2–39.0 –38.2 144 109 –74.0 –101.2 1.37 1.0–40.0 –40.0 128 97 –75.0 –103.0 1.17 0.9–41.0 –41.8 114 86 –76.0 –104.8 1.01 0.8–42.0 –43.6 102 77 –77.0 –106.6 0.86 0.7–43.0 –45.4 90 68.5 –78.0 –108.4 0.73 0.6–44.0 –47.2 80 61.0 –79.0 –110.2 0.62 0.5–45.0 –49.0 71.9 54.1 –80.0 –112.0 0.52 0.4–46.0 –50.8 63.5 48.0 –81.0 –113.8 0.50 0.34–47.0 –52.6 56.2 42.5 –82.0 –115.6 0.38 0.29–48.0 –54.4 49.9 37.8 –83.0 –117.4 0.32 0.24–49.0 –56.2 44.0 33.3 –84.0 –119.2 0.26 0.19–50.0 –58.0 39.0 29.5 –85.0 –121.0 0.22 0.17–51.0 –59.8 34.2 26.0 –86.0 –122.8 0.19 0.14–52.0 –61.6 30.4 23.0 –87.0 –124.6 0.16 0.12–53.0 –63.4 26.7 20.3 –88.0 –126.4 0.11 0.10–54.0 –65.2 23.4 17.8 –89.0 –128.2 0.11 0.08


Pressure units (1 bar = 14.5 psi)

psi bar kPa1 0.07 72 0.14 145 0.34 3410 0.69 6920 1.38 13830 2.07 20750 3.45 345100 6.89 690300 20.68 2,068500 34.47 3,447

1,000 68.95 6,8952,000 137.90 13,7904,000 275.79 27,579

bar psi kPa0.1 1.45 100.5 7.25 501 14.50 1002 29.00 2005 72.52 50010 145.03 1,00020 290.06 2,00050 725.15 5,000100 1,450.30 10,000200 2,900.60 20,000300 4,350.90 30,000400 5,801.20 40,000

Tightness – Leakage

cm3/sec. (helium) time for leakage of 1 cm3 helium at 1 atm

1 × 10–1 10.0 seconds1 × 10–2 1.5 minutes1 × 10–3 15.0 minutes1 × 10–4 3 hours1 × 10–5 30 hours1 × 10–6 12 days1 × 10–7 4 months1 × 10–8 3 years1 × 10–9 30 years1 × 10–10 300 years1 × 10–11 3,000 years1 × 10–12 30,000 years

Gas – Mass – Liquid

1 m3 m3 gas(+15 °C,1013 mbar)

kg litre liquid(boiling point,1013 mbar)

Acetylene 1.0 1.11 —Argon 1.0 1.69 1.21Helium 1.0 0.169 1.35Hydrogen 1.0 0.085 1.20Carbon dioxide 1.0 1.87 2.29Nitrogen 1.0 1.19 1.47Oxygen 1.0 1.36 1.19Propane 1.0 1.90 3.28

1 kgAcetylene 0.902 1.0 —Argon 0.591 1.0 0.717Helium 5.91 1.0 7.98Hydrogen 11.74 1.0 14.10Carbon dioxide 0.534 1.0 1.22Nitrogen 0.843 1.0 1.24Oxygen 0.738 1.0 0.876Propane 0.525 1.0 1.72

1 litre liquidAcetylene — — —Argon 0.825 1.39 1.0Helium 0.741 0.125 1.0Hydrogen 0.832 0.071 1.0Carbon dioxide 0.436 0.818 1.0Nitrogen 0.681 0.807 1.0Oxygen 0.842 1.14 1.0Propane 0.305 0.582 1.0

ppm (part per million) – percentage

1 ppm = 0.0001%10 ppm = 0.001%100 ppm = 0.01%

1,000 ppm = 0.1%10,000 ppm = 1.0%100,000 ppm = 10.0%

1,000,000 ppm = 100.0%


Material compatibility.

Gas name Chemical

formula

Acetylene C2H22

Air, synthetic

Ammonia NH31

Argon Ar

Arsine AsH3

Boron trichloride BCl3Boron trifluoride BF3

1 1 1 1

1,3-Butadiene C4H6

n-Butane C4H10

iso-Butane C4H10

1-Butene C4H8

cis-2-Butene C4H8

iso-Butene C4H8

trans-2-Butene C4H8

Carbon dioxide CO2

Carbon monoxide CO 4

Carbonyl sulfide COS 1 1 1 1 1 1

Chlorine Cl2Chlorine trifluoride ClF3

12 10 12 10 10

Cyanogen CNCN

Cyanogen chloride CNCl

Cyclopropane C3H6

Deuterium D2

Diborane B2H6

Dichlorosilane SiH2Cl210 7 11

Dimethylamine (CH3)2NH

Dimethyl ether C2H6O

2,2-Dimethylpropane C5H12

Ethane C2H6

Ethene C2H4

Ethylene oxide C2H4O

Ethylamine C2H5NH2

Ethyl chloride C2H5Cl1 1 1 1 1 1

Fluorine F2Germane GeH4

Helium He

Hydrogen H2

Hydrogen bromide HBr 1 1 5 1

Hydrogen chloride HCl 1 1 10 8 7 1 11

Hydrogen fluoride HF 3 9 10 3 7 11

Hydrogen selenide HSe

Hydrogen sulfide H2S1 1 10 1 11

Krypton Kr

Methane CH4

Methylamine CH3NH2

Methyl bromide CH3Br6 1 1 1

Methyl chloride CH3Cl6 1 1 1

Methyl fluoride CH3F

Methyl mercaptan CH3SH

Neon Ne

Aluminum

Buna®

N

Brass

Butylrubber

Carbon

steel

Copper

Kel-F®

Monel

®

Neoprene®

Nylon

®

Polyethene

PVC

Stainlesssteel

Teflon®

Viton®


Gas name Chemical

formula

Nitric oxide NO 1 1 1 1

Nitrogen N2

Nitrogen dioxide NO21 1

Nitrogen trifluoride NF310 12 10 10

Nitrous oxide N2O

Octafluoropropane C3F8Oxygen O2

Phosgene COCl21 1 7 1

Phosphine PH3

Propane C3H8

Propene C3H6

Propyne C3H4

R 11 Trichlorofluoromethane CFCl3R 12 Dichlorodifluoromethane CF2Cl2R 13 Chlorotrifluoromethane CF3Cl

R 13 b1 Bromotrifluoromethane CF3Br

R 14 Tetrafluoromethane CF4R 21 Dichlorofluoromethane CHFCl2R 22 Chlorodifluoromethane CHF2Cl

R 23 Trifluoromethane CHF3R 114 1,2-Dichlorotetrafluorethane C2Cl2F4R 115 Chloropentafluoroethane C2ClF5

R 116 Hexafluoroethane C2F6

R 142b 1-Chloro-1,1-difluoroethane C2H3ClF2R 152a 1,1-Difluoroethane C2H4F2

7

Silane SiH4

Silicon tetrafluoride SiF49 1 10 3 7 11

Sulphur dioxide SO21 1 1 10 1 1 11

Sulphur hexafluoride SF6Trimethylamine (CH3)3N

Tungsten hexafluoride WF612 10 12 10 10

Vinyl bromide C2H3Br1

Vinyl chloride C2H3Cl1 1 1 1 1 1

Vinyl methyl ether C3H6O

Xenon Xe

Aluminum

Buna®

N

Brass

Butylrubber

Carbon

steel

Copper

Kel-F®

Monel

®

Neoprene®

Nylon

®

Polyethene

PVC

Stainlesssteel

Teflon®

Viton®

Legend

Good

Fair

Avoid

Data missing

1 Avoid in presence of moisture

2 <65% Cu

3 Avoid in presence of oxygen

4 Up to 100 bar (1,450 psi)

5 In absence of oxygen

6 Possible forming of spontaneously

flammable compounds

7 <50 °C (120 °F)

8 <100 °C (210 °F)

9 <150 °C (300 °F)

10 <180 °C (360 °F)

11 <250 °C (480 °F)

12 <400 °C (750 °F)

AAccessories 217

centralized monitoring

systems 218

contact gauges 220

gas cylinder trolley 224

mounting bracket 222

pressure transducers 220

wall mounting bracket 224

ACCURA® cylinder

management system 232

acetylene 72, 238, 252

air, synthetic 72, 238, 252

AISI 316L 215

alarms 12, 151

aluminum 252

ammonia 72, 238, 252

analysis certificate 234

analysis service 233

application safety training 233

argon 72, 238, 252

arsine 72, 238, 252

ASTM A 269 215

automatic gas supply 232

BBASELINE™ 6

C 106/1 102

C 106/2 106

C 106X/1 104

C 106X/2 108

R 104/1 126

boron trichloride 72, 238, 252

boron trifluoride 72, 238, 252

brass 252

Buna® N 252

1,3-butadiene 72, 238, 252

n-butane 72, 238, 252

iso-butane 72, 238, 252

1-butene 72, 238, 252

cis-2-butene 72, 238, 252

iso-butene 72, 238, 252

trans-2-butene 72, 238, 252

butyl rubber 252

Ccarbon steel 252

carbon dioxide 72, 238, 252

carbon monoxide 72, 238, 252

carbonyl sulfide 72, 238, 252

central gas supply 9

certificate of conformity 235

chlorine 72, 238, 252

chlorine trifluoride 72, 252

CleanLine™ 6

B 25 bench/suspended

mounting 86

I 25 inset design 82

P 25 panel mounting 80

W 25 wall mounting 84

compatibility 252

Components 111

R 104/1 126

R 12 122

R 12hv/1 124

R 200/1 112

R 200/2 116

R 200/F 114

R 200hv/2 118

R 40 120

R 480/1 144

V 1315 134

V 200 132

V 40 128

V 50 130

connections 7, 209, 228

contact gauges 220

containers 165

contents 3

conversion tables 250

copper 11, 252

cyanogen 72, 252

cyanogen chloride 72, 238, 252

cyclopropane 72, 238, 252

cylinder bundles 203


ABNT 210

AFNOR 210

BS 341 211

CGA 211

DIN 477 212

IRAM 2539 212

ISO 5145 212

MIE 213

NEN 3268 213

UNI 213

cylinder management 232

Cylinder regulators

BASELINE™

C 106/1 102

C 106/2 106

C 106X/1 104

C 106X/2 108

HiQ® REDLINE

C 12hv/1 70

C 200/1 64

C 200/2 66

C 200hv/2 68

Special cylinder regulators

C 421/1 146

C 450/1 mini 148

C 490/1 142

cylinder trolley 224

cylinder types 203

cylinder valves 209

Ddetection 12

deuterium 72, 238, 252

dew point 250

diaphragm valve 209

diborane 72, 238, 252

dichlorosilane 72, 238, 252

dimethylamine 72, 238, 252

dimethyl ether 72, 238, 252

2,2-dimethylpropane 72, 238, 252

documentation 13

EeBusiness 231

ECOCYL® RSH 198

ECOCYL® VAH/VSH 200

EN 10216-5 215

EPA protocol 235

ethane 72, 238, 252

ethene 72, 238, 252

ethylamine 72, 238, 252

ethyl chloride 72, 238, 252

ethylene oxide 72, 238, 252

Ffittings 209, 215

Gyrolok® 215

Parker A-LOK® 215

Swagelok® 215

flow meter 98

fluorine 72, 238, 252

Ggas cabinets 12, 152

gas detector 165

Gas panels

double gas panel

D 204 38

purge gas panels



Index.

Index.



semi-automatic gas panels

A 208 44

A 209 48

single gas panels

S 200 16

S 201 20

S 202 26

S 203 32

gauge pressure 6

general symbols 6

germane 72, 252

gravimetrical production 235

Hhelium 74, 238, 252

high purity 11

HiQ® Analysis certificate 234

HiQ® codes 7

HiQ® Gas Supply System

Installations 227

HiQ® REDLINE 6

central gas supply 9

components 111

cylinder regulators 63

gas panels 15

points of use 53

the right choice 72

HOGEN® HGS, hydrogen

generator 176

hydrogen 74, 238, 252

hydrogen bromide 74, 238, 252

hydrogen chloride 74, 238, 252

hydrogen fluoride 74, 238, 252

hydrogen selenide 252

hydrogen sulfide 74, 252

hydrogen sulphide 238

Iinlet connections 209

installations - checklist 228

integrated flow valve 197

integrated regulator 197

KKel-F® 252

krypton 74, 238, 252

Lleakage 251

Mmaterial compatibility 252

methane 74, 238, 252

methylamine 74, 238, 252

methyl bromide 74, 238, 252

methyl chloride 74, 238, 252

methyl fluoride 74, 252

methyl mercaptan 74, 238, 252

Monel® 252

monitoring systems 218

mounting bracket (for

BASELINE R 104/1) 222

Nnatural gas 74

neon 74, 238, 252

Neoprene® 252

NIST 235

nitric oxide 74, 238, 253

nitrogen 74, 238, 253

nitrogen dioxide 74, 238, 253

nitrogen trifluoride 74, 238, 253

nitrous oxide 74, 238, 253

Nylon® 252

Ooctafluoropropane 74, 239, 253

on-line ordering 231

operating economy 10

operation monitor 160

origami 1

outlet connections 214

oxygen 74, 239, 253

Pphosgene 74, 239, 253

phosphine 74, 239, 253

physical data 237

pipe systems 12

Points of use

CleanLine™

B 25 bench/suspended

mounting 86

I 25 inset design 82

P 25 panel mounting 80

W 25 wall mounting 84

HiQ® REDLINE

B 40 bench design 56

I 40X inset design 60

L 40 fume cupboard design 58

W 40 wall design 54

Quick Connect

connection points 90

flow meter 98

outlets 94

regulator 96

polyethene 252

Portable gas solutions 197

ECOCYL® RSH 198

ECOCYL® VAH/VSH 200

preface 5

pressure transducers 220

pressure units 251

propadiene 239

propane 74, 239, 253

propene 74, 239, 253

propyne 74, 239, 253

purge time 11

PVC 252

QQuick Connect 6

connection points 90

flow meter 98

outlets 94

pressure regulator 96

RR 11, trichlorofluoro-

methane 74, 239, 253

R 12, dichlorodifluoro-

methane 74, 239, 253

R 13 b1, bromotrifluoro-

methane 74, 239, 253

R 13, chlorotrifluoro-

methane 74, 239, 253

R 14, tetrafluoro-

methane 74, 239, 253

R 21, dichlorofluoro-

methane 74, 239, 253

R 22, chlorodifluoro-

methane 74, 239, 253

R 23, trifluoromethane74, 239, 253

R 32, difluoromethane 76

R 114, 1,2-dichlorotetra-

fluorethane 76, 239, 253

R 115, chloropenta-

fluoroethane 76, 239, 253

R 116, hexafluoro-

ethane 76, 239, 253

R 134a, tetraflouroethane 239

R 142b, 1-chloro-1,1-

difluoroethane 76, 239, 253

R 152a, 1,1-difluoro-

ethane 76, 239, 253

reference material 234

returnable cylinders 203

roller conveyor 165

Ssafety 10

safety audits 233

Safety solutions 151




containers 165

fully automatic 162

monitoring systems 218

operation monitor 160

standard cabinets 152

safety training 233

SECCURA™ automatic gas

supply 232

service agreement 10

Services 231

silane 76, 239, 253

silicon tetrafluoride 76, 239, 253

Single stage cylinder regulators

C 106/1 102

C 106X/1 104

C 12hv/1 70

C 200/1 64

C 421/1 146

C 450/1 mini 148

C 490/1 142

Special equipment

C 421/1 146

C 450/1 mini 148

C 490/1 142

IntelliSwitch™ 138

R 480/1 144

STABLEFLOW™ HCS 140

Specialty gas generators 171

hydrogen generation system,

HOGEN® HGS 176

hydrogen no-maintenance 172

hydrogen pure gas 174

nitrogen (BORA mini) 180

nitrogen (ELSD generator) 182

nitrogen LC/MS 0 188


nitrogen LC/MS 4 186

nitrogen LC/MS Plus 184

nitrogen SIROCCO DS-PSA 178

Ultra Zero Air generator 190

Zero Air generator 192

specialty gas safety training 233

STABLEFLOW™ HCS 140

stainless steel 11, 252

standard purity 11

STP 6

sulphur dioxide 76, 239, 253

sulphur hexafluoride 76, 239, 253

system design 11

TTeflon® 252

tightness 251

timesaving tools 231

traceabilty 235

training 233

trimethylamine 76, 239, 253

trolley (for gas cylinders) 224

tubings 209, 215

tungsten hexafluoride 76, 239, 253

turnkey deliveries 10

Two stage cylinder regulators

C 106/2 106

C 106X/2 108

C 200/2 66

C 200hv/2 68

Vvinyl bromide 76, 239, 253

vinyl chloride 76, 239, 253

vinyl methyl ether 76, 239, 253

Viton® 252

Wwalkthroughs 233

wall mounting bracket 224

washer valve 209

web ordering 231

working environment 10

Xxenon 76, 239, 253


Getting ahead through innovation.

With its innovative concepts, Linde Gas is playing a pioneering role in the global market. As a technology leader, it is our task

to constantly raise the bar. Traditionally driven by entrepreneurship, we are working steadily on new high-quality products

and innovative processes.

Linde Gas offers more. We create added value, clearly discernible competitive advantages, and greater profitability. Each

concept is tailored specifically to meet our customers’ requirements – offering standardized as well as customized solutions.

This applies to all industries and all companies regardless of their size.

If you want to keep pace with tomorrow’s competition, you need a partner by your side for whom top quality, process

optimization, and enhanced productivity are part of daily business. However, we define partnership not merely as being

there for you but being with you. After all, joint activities form the core of commercial success.

Linde Gas – ideas become solutions.

Linde AG

Linde Gas Division, Seitnerstrasse 70, DE-82049 Pullach, Germany

Phone +49.89.7446-0, Fax +49.89.7446-1230, www.linde-gas.com

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