Ken

Line

ITEM DESCRIPTION STANDARD OPTIONALBRONZE FITTED

1 Casing Cast IronASTM A48 Class 30A

2 Impeller BronzeASTM B584-836

3 Seal Flush Line None Legris4 Shaft Carbon Steel Stainless Steel

Pump/Motor AISI 1045 AISI 416*5 Shaft Sleeve Bronze Stainless Steel

SAE660 AISI 303*6 Mechanical Seal:

Elastomer Ethlyene PropyleneRotating Face CarbonMetal Parts Stainless SteelStationary Seat Ceramic Tungsten CarbideSpring Stainless Steel

7 Cover/Bracket Cast IronASTM A48 Class 35

*8 Impeller Washer AISI 302 ST. ST.9 Impeller Bolt AISI 302 ST. ST.

10 Impeller Key AISI 302 ST. ST.11 Bolt Steel12 Dowel Pim W/R AISI 416 ST. ST.

*13 Casing Gasket Non Asb. Fiber*14 Sleeve Gasket EPR15 Deflector Buna16 Plug Steel

* Recommended Spares

DESCRIPTION The Pressure Reducing and Check Valve provides constant downstream pressure regardless of a changing flow rate or varying inlet pressure, and prevents return flow when pressure reverses. This valve is hydraulically operated, single seated and controlled by a direct acting spring loaded, diaphragm pilot valve and auxiliary check valves. The pilot valve is extremely sensitive to changing downstream pressures and reacts to modulate the main valve to hold the downstream pressure accurately at the set point. If the pressure reverses, the valve closes tight. Setting the desired pressure to be maintained downstream is easily performed through the single adjusting screw in the spring cage of the pilot valve.

Pattern: Angle Materials: Valve body & Cover – DI ASTM A-536Valve Trim – Bronze ASTM B61

Size: 1 ½” - 3” Threaded Elastomers – Buna ‘N’ Synthetic Rubber300# ANSI B16.4 Pilot Control system – Bronze ASTM 62

Stem Nut & Spring – Stainless Steel1 ½” – 6” Flanged150# & 300# ANSI B16.42

Coating: FDA Approved Fused epoxyAll ferrous metal (inside and out)

Temp.Rating: Water to 180°F Adj. ranges: (2-30), (15-75), (30-300)* PSIG *Standard unless otherwise stated

Pressure Rating: 150# Flanged - 250 PSIG300# Flanged - 400 PSIGThreaded - 400 PSIG

Fig. 1VALVE DIMENSION ANGLE

SIZE THREADED 150# 300#1 1/2" A 3 1/4" 4" 4"

B 1 7/8" 4 1/4" 4 1/4"2" A 4 3/4" 4 3/4" 5"

B 3 1/4" 3 1/4" 3 1/2"2 1/2" A 5 1/2" 5 1/2" 5 7/8"

B 4" 4" 4 5/16"3" A 6 1/4" 6" 6 3/8"

B 4 1/2" 4" 4 3/8"4" A 7 1/2" 7 7/8"

B 5" 5 5/16"6" A 10" 10 1/2"

B 6" 6 1/2"

Fig. 2ANGLE FLANGED

VALVE DIMENSIONS

FEATURES FULL PORT 2-PIECE BRASS BODY THREADED OR SOLDER ENDS BLOW OUT PROOF STEM PTFE SEATS ADJUSTABLE STEM PACKING GLAND 100% FACTORY TESTED Nominal

Size A A1 B C D1/4 1 13/16 - 3 3/16 1 7/16 3/83/4 2 11/16 2 13/16 4 1/2 2 1/16 13/16

1 1/2 3 7/8 4 3/8 5 1/2 2 15/16 1 1/22 4 7/16 5 5/16 7 7/8 3 1/8 1 15/16

2 1/2 5 1/2 6 5/16 7 7/8 4 5/16 2 3/83 6 1/4 7 3/16 7 7/8 4 5/8 2 15/16

Dimensions

Item Part Material1 Handle nut Zinc Plated Carbon Steel2 Handle Zinc Plated Carbon Steel

with Vinyl Insulator3 Packing Nut Brass4 Stem Packing Virgin PTFE5 Thrust Washer Virgin PTFE6 Stem Machined Brass7 Body Forged Brass 8 Seats Virgin PTFE9 Ball Chrome Plated Brass10 Adaptor Forged Brass

OPERATION The mechanical probe and purge valve is used to prevent damage due to overheating of the system fluid. An increase in temperature above 140 deg F. opens the valve for purge to drain. (Drain piping by others). Purging the heated water introduces lower temperature water into the pump casing which closes the valve. LOCATION The probe is installed in the pump volute or as close to the pump discharge as possible. Suitable for working pressure and temperature up to 400 PSIG @ 225°F

SPECIFICATIONS ACCURACY – ASME B40.1 Grade A. – 1% in middle half of scale TEMPERATURE LIMITS – Ambient temperature range and temperature of operating medium not to exceed - 40° to 160°F. DESIGN FEATURES DIAL SIZE – 4 ½ BOURDON TUBE/SOCKET – Phosphor bronze bourdon tube soft soldered to a brass socket. MOVEMENT – Brass sector and pinion with polycarbonate side plates CASE- Heavy duty steel case with baked black enamel finish, phosphatized for corrosion resistance. RING – Polished chrome friction fit ring. LENS – Acrylic DIAL – White coated aluminum with single black scale, psi only. POINTER – Adjustable – black coated aluminum CONNECTION – bottom connection, 1/4” NPT

PRESSURE SENSOR/TRANSMITTER FEATURES: Accuracy +/-.3% Output 4 to 20 mA Case: 316L Stainless Steel Sensor: Ceramic, Al2O3 O-Ring: Viton Pressure Connection: ¼” NPT (M)

ADJUSTMENT INSTRUCTIONS – turn self locking adjustment nut clockwise to raise and counterclockwise to lower the actuation point. All dials are calibrated for increasing settings. PRESSURE SWITCHES - All values given in PSIG Proof Adjustable Range Approx* Catalog (Test) Decreasing Increasing Actuation Value Number Press Min Max Min Max (Differential) 1000 0.5 14.2 0.6 15 0.1 to 0.8 E1S-H15 1000 3.0 82.0 3.5 90.0 0.5 to 8.0 E1S-H90 1000 10.0 230.0 11.0 250.0 1.0 to 20.0 E1S-H250 *Fixed at any pressure, varies as shown from lowest to highest setting

PerformanceAccuracy +/- 1% Full ScaleFlow Rate .5 - 15 ft/secMax Pressure 400 psiMax Temperature 160 deg F

Wetted PartsVortex Sensor Ultem (plastic)Shedder Bar 316 Stainless SteelStem 316 Stainless SteelO-rings EPDM

DESCRIPTION Each sensor is a 100% solid-state AC switch which turns on when the current level passing through the current transformer exceeds the value set on the adjustable potentiometer. Differential is provided to limit short cycling, on amp draw reduction. Sensor has power and status leads and is UL listed. ELECTRICAL SPECIFICATIONS Model# H-708/709 AMP Range 1 to 135 A

MECHANICAL INSTALLATION Installation and wiring of the flow sensor to the control is by others in the field. The accuracy of flow measurement for all flow measuring devices is highly dependent on proper location of the sensor in the piping system. Irregular flow velocity profiles caused by valves, fittings, pipe bends, etc. can lead to inaccurate overall flow rate indications even though local flow velocity measurement may be accurate. A sensor located in the pipe where it can be affected by air bubbles, floating debris, or sediment may not achieve full accuracy and could be damaged. Fluidyne flow sensors are designed to operate reliably under adverse conditions, but the following recommendation should be followed to ensure maximum accuracy. Choose a location along the pipe where 10 pipe diameters upstream and 5 pipe diameters downstream of the sensor provide no flow disturbance. Pipe bends, valves, other fittings, pipe enlargements and reductions should not be present in this length of pipe. Optional: Hot Tap Installation

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261LOGO! ManualA5E00228550-01

A.2 Technical data: LOGO! 230... and LOGO! DM8 230R

LOGO! 230 RCLOGO! 230 RCo

LOGO! DM8 230R

Power supply

Input voltage 115...240 V AC/DC 115...240 V AC/DC

Permissible range 85 ... 265 V AC100 ... 253 V DC

85 ... 265 V AC100 ... 253 V DC

Permissible mains frequency 47 ... 63 Hz 47 ... 63 Hz

Power consumption

� 115 V AC 10 ...40 mA 10 ... 30 mA

� 240 V AC 10 ... 25 mA 10 ... 20 mA

� 115 V DC 5 ... 25 mA 5 ... 15 mA

� 240 V DC 5 ... 15 mA 5 ... 10 mA

Voltage failure buffering

� 115 V AC/DC typ 10 ms typ 10 ms� 115 V AC/DC typ. 10 ms typ. 10 ms

� 240 V AC/DC

y

typ 20 ms

y

typ 20 ms� 240 V AC/DC typ. 20 ms typ. 20 ms

Power loss at

� 115 V AC 1.1 ... 4.6 W 1.1 ... 3.5 W

� 240 V AC 2.4 ... 6.0 W 2.4 ... 4.8 W

� 115 V DC 0.5 ... 2.9 W 0.5 ... 1.8 W

� 240 V DC 1.2 ... 3.6 W 1.2 ... 2.4 W

Backup of the real-time clockat 25 C

typ. 80 h

Accuracy of the real-timeclock

typ. �2 s / day

Digital inputs

Number 8 4

Electrical isolation No No

Technical data

LOGO! ManualA5E00228550-01

262

LOGO! DM8 230RLOGO! 230 RCLOGO! 230 RCo

Input voltage L1

� Signal 0

� Signal 1

� Signal 0

� Signal 1

< 40 V AC

> 79 V AC

< 30 V DC

> 79 V DC

< 40 V AC

> 79 V AC

< 30 V DC

> 79 V DC

Input current at

� Signal 0

� Signal 1

< 0.03 mA

> 0 08 mA

< 0.03 mA

> 0 08 mA� Signal 1 > 0.08 mA > 0.08 mA

Delay time at

� 0 to 1 typ. 50 ms typ. 50 ms

� 1 to 0

y

typ. 50 ms

y

typ. 50 ms

Line length (unshielded) 100 m 100 m

Digital outputs

Number 4 4

Output type Relay outputs Relay outputs

Electrical isolation Yes Yes

In groups of 1 1

Control of a digital input Yes Yes

Continuous current Ith max. 10 A per relay max. 5 A per relay

Incandescent lamp load(25000 switching cycles) at

230/240 V AC

115/120 V AC

1000 W

500 W

1000 W

500 W

Fluorescent tubes with ballast(25000 switching cycles)

10 x 58 W (at 230/240 V AC)

10 x 58 W (at 230/240 V AC)

Fluorescent tubes, conven-tionally compensated (25000switching cycles)

1 x 58 W (at 230/240 V AC)

1 x 58 W (at 230/240 V AC)

Technical data

263LOGO! ManualA5E00228550-01

LOGO! DM8 230RLOGO! 230 RCLOGO! 230 RCo

Fluorescent tubes, uncom-pensated (25000 switchingcycles)

10 x 58 W (at230/240 V AC)

10 x 58 W (at230/240 V AC)

Short circuit-proof cos 1 Power protectionB16600A

Power protectionB16600A

Short-circuit proof cos 0.5 to 0.7

Power protectionB16900A

Power protectionB16900A

Derating none; across theentire temperaturerange

none; across theentire temperaturerange

Parallel output circuits forpower increase

Not permitted Not permitted

Protection of output relay (if desired)

max. 16 A,characteristic B16

max. 16 A,characteristic B16

Switching rate

Mechanical 10 Hz 10 Hz

Ohmic load/lamp load 2 Hz 2 Hz

Inductive load 0.5 Hz 0.5 Hz

Technical data

NEMA ENCLOSURE – DEFINITIONS NEMA 1 - General Purpose Indoor

Sheet metal enclosures intended for indoor use. Primary purpose is to prevent accidental personnel contact with enclosed equipment, although they will also provide some protection against falling dirt.

NEMA 2 - Drip Proof Indoor Indoor enclosure that protects contents against falling non-corrosive liquids and dirt. Must be equipped with a drain.

NEMA 3 - Dust Tight, Rain tight, Sleet Resistant, Ice Resistant NEMA 3R - Rainproof, Sleet Resistant, Ice Resistant NEMA 3S - Dust Tight, Rain Tight, Sleet Proof, Ice Proof

Outdoor enclosures for protection against windblown dust, rain and sleet. All have provision for locking.

NEMA 4 - Water Tight & Dust Tight – Indoor and Outdoor Protect contents against splashing, seeping, falling, or hose-directed water and severe external condensation. Commonly used in food-processing plants where equipment hose down is required.

NEMA 4X - NEMA 4 with Corrosion Resistant Enclosure NEMA 5 - Dust Tight NEMA 6 - Submersible, Watertight, Dust Tight and Sleet (Ice) Resistant – Indoor and Outdoor

Capable of being submerged up to 30 minutes in up to 6 feet of water without harm to the contents.

NEMA 7 - Hazardous Locations – Indoor – Air Break Equipment (Class 1 Div. 1 Groups A, B, C or D) NEMA 8 - Hazardous Locations – Indoor – Oil-Immersed Equipment NEMA 9 - Hazardous Locations – Indoor – Air Break Equipment (Class 11 Div.1, Group E, F or G) NEMA 10 - Mine Atmospheres – For use in mines containing methane or natural gas. NEMA 11 - Corrosion Resistant and Drip Proof – Indoor

Indoor enclosures that protect contents from dripping, seepage and external condensation of corrosive liquids, as well as corrosive fumes.

NEMA 12 - Industrial Use – Dust Tight & Drip Tight – Indoor Protect enclosed equipment from lint, fibers, dust, dirt and light splashing, seepage, dripping and external condensation of non-corrosive liquids.

NEMA 13 - Oil Tight & Dust Tight – Indoor Protect enclosed equipment from lint, dust and seepage, external condensation and spraying of water, oil, or coolant. They have oil-resistant gaskets and must have provision for oil tight conduit entry.

CONSTRUCTION SHELL: Carbon steel BLADDER: Heavy Duty Butyl Rubber (FDA approved) PERFORMANCE LIMITATIONS Maximum Design Pressure 150 PSIG Maximum Design Temperature 200°F

A BMODEL TANK VOLUME TANK TANK N.P.T. N.P.T. APPROX.

NUMBER GALLONS DIAMETER HEIGHT SYS. CONN. AUX. CONN. SHIP WT.FX-300V 80 25" 55" 1 1/2" 1/2" 141FX-500V 132 31" 61" 1 1/2" 1/2" 265FX-750V 198 31" 79" 1 1/2" 1/2" 330

Hydro-pneumatic tank with replaceable heavy duty butyl bladder. The tank shall have a .302”-32 charging valve connection (standard tire valve) to facilitate the on-site charging of the tank to meet system requirements. The water is to be contained in a rubber bladder. Tank shall have a baked epoxy exterior finish.

CONSTRUCTION SHELL: Carbon steel BLADDER: Heavy Duty Butyl Rubber (FDA approved) PERFORMANCE LIMITATIONS Maximum Design Pressure 125 PSIG Maximum Design Temperature 240°F

A B CMODEL TANK VOLUME TANK TANK N.P.T. APPROX.

NUMBER GALLONS DIAMETER HEIGHT SYS. CONN. SHIP WT.FXA 400 106 30" 49" 1 1/2" 300FXA 500 132 30" 57" 2" 330FXA 600 158 30" 65" 2" 360FXA 800L 211 32" 76" 2" 475

NOTE 1: Design pressure of 200 and 250 PSIG are available

Hydro-pneumatic tank with replaceable heavy duty butyl rubber bladder. The tank has one (1) NPT system connection and a .302”-32 charging valve connection (standard tire valve) to facilitate the on-site charging of the tank to meet system requirements. The tank is constructed in accordance with Section VΙΙΙ of the ASME Boiler and Pressure Vessels Code.

CONSTRUCTION SHELL: Carbon steel BLADDER: Heavy Duty Butyl Rubber (FDA approved) PERFORMANCE LIMITATIONS Maximum Design Pressure 200 PSIG Maximum Design Temperature 240°F

MODEL NUMBER

TANK VOLUME GALLONS A B

SYS. CONN. C

CRG VALVE D E F G H

APPROX. SHIP WT.

FXA-700 185 30" 80" 2" .302-32 NC 1/4" 1/4" 24" 10"X5" 600

Hydo-pneumatic tank with replaceable heavy duty butyl rubber bladder. The tank has bottom NPT system connection and a .302”-32 charging valve connection (standard tire valve) to facilitate the on-site charging of the tank to meet system requirements. The tank shall have ¼” NPT connections for relief valve and air pressure gauge. The tank is fitted with lifting ring and a floor mounting skirt for vertical installation. The tank is constructed in accordance With Section VΙΙΙ of the ASME Boiler and Pressure Vessels Code and stamped 200 PSI working pressure.

Canariis Corporation packaged pumping systems including pumps, motors, control equipment, ASME tanks, valves, fittings and manifolds are (UL) Underwriters Laboratories Inc. Listed in Category QCZJ.

In addition to the listing for the complete system, Canariis Corporation’s control panel assembly is separately (UL) listed under UL-508 Industrial Control Equipment.