manual for kg30 - kg50 supreme - sales of dry ice equipment & products | dry ice ......

IceBlast KG6

IceBlast KG20

IceBlast KG50 Supreme

MANUAL for kg30 - kg50 SUpreMe

Uk

IceBlast KG30 Supreme

MANUAL for KG30 - KG50 SUpreMe

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CONTeNTS

geNeRaL INFORMaTION• Dry aND Thermal Cleaning Process 2• No Residual Blasting Media 2

DRY ICe BLaSTINg – How It Operates• Dry Ice Pellets 2• Method 2• Cleaning effect 2

SaFeTY RegULaTIONS • general 3• Personnel Qualifications 3• Safety and Risk 3• Precautions During Blasting 3• Static electricity 4• Pacemaker Precautions 4• explosive Hazard 4• Danger of Congelation 4• Danger of Thrown Loose Objects 4• Noise 4• Dust 5• Danger of Congelation 5• CO2 Detector 5• CO2 Concentrations 5

MaCHINe ILLUSTRaTIONS 6

CONTROL PaNeL 8

BLaSTINg HOSe 8

ICegUN HD 9

STaRTINg THe DRY ICe BLaSTINg MaCHINe 10• Setting Up 10• Starting 10

SHUTTINg DOWN THe DRY ICe BLaSTINg MaCHINe 12

eMeRgeNCY STOP 12

PReCaUTIONS – BLaSTINg HOSe• Connection and Disconnection 12• Defective Blasting Hose 12• Blasting Hose Repair 13

PReCaUTIONS – eLeCTRIC CONNeCTION 13

MaINTeNaNCe• Daily Before Starting the Machine 13• after 100 Hours of Operation 13• after 500 Hours of Operation 13

RePaIR aND WaRRaNTY 14• Repair 14• Terms of Warranty 14

NOZZLe SeLeCTION aND aIR CONSUMPTION 15• Nozzle Diameter and Spread angle 15• Small Spread angle 15• Large Spread angle 15• Nozzle Size 15• air Consumption Table 15• example of Use of the Table 15

TeCHNICaL DaTa• IceBlast Kg30 ¾” Supreme 16• IceBlast Kg50 ¾” Supreme 17• IceBlast Kg50 1” Supreme 18

SPaRe PaRTS INDex• IceBlast Kg30 ¾” 20• IceBlast Kg50 ¾” / 1” 21• Blasting Hose 22• Icegun HD 23


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“ Dry ice pellets sublimates immediately on striking the object. ”

this change from a solid to a gaseous form, the accompanying tremendous expansion in volume, the high kinetic energy and the low temperatures are the most important factors which result in the loosening of impurities.

Methodthe dry ice blasting machine contains a dry ice pellet tank and a dosing unit, which doses the dry ice pellets into the jet of compressed air. by means of the com-pressed air, the dry ice is transported through a special blasting hose to the blasting gun and nozzle.

in the blasting gun, the air stream is accelerated, and the dry ice pellets leave the nozzle of the blasting gun at very high velocity.

Cleaning effectthe cleaning effect of dry ice blasting is based on three principles:

• Thermal Effect: the dry ice pellets have a temperature of -79°c/-110°f, and impurities are therefore cooled down drastically; the impurities shrink and loosen due to different thermal expansion coefficients.

• Kinetic Effect: When the dry ice pellets leave the blasting gun nozzle they have high kinetic energy and strike the impurities at a speed almost equivalent to the velocity of sound.

• Sublimation Effect / Volume Expansion: the dry ice pellets are being pressed into the brittle impurities and sublimate immediately on contact. the resulting volume increase by a factor of approx. 700 contributes to tearing away deposited dirt.

in some cases the thermal effect will be the most significantfactor,inothercasesthekineticeffectwillbethemostsignificantfactor.

geNeRaL INFORMaTION

the dry ice blasting machine and its accessories have been developed with the aim of supplying cleaning equipment which minimizes consequential cleaning costs and combines the best characteristics of sand blasting and steam cleaning.

Dry aND Thermal Cleaning Processdry ice blasting provides a dry cleaning process (familiar in sand blasting), aND a thermal cleaning process (familiar in steam cleaning).

the blasting media itself (dry ice pellets) subli-mates; this means that in most cases the process can be used for cleaning components, machinery and plant equipment without dismantling and often without having to cover adjacent plant equipment.

No Residual Blasting Mediadry ice blasting provides a dry and gentle, but extremelyefficient,cleaningprocessthatleavesnoresidual blasting media to be disposed of, and no undesired substances that might penetrate into or be deposited on machines and plant components.

this means that cleaning by dry ice blasting becomes an excellent alternative to cleaning with traditional methods.

DRY ICe BLaSTINg – How It OperatesDry Ice Pelletsthe dry ice blasting machine uses small co2 ”par-ticles” as the blasting medium, called dry ice pellets (co2 – the chemical symbol for carbon dioxide).

in a machine commonly known as a pelletizer, liquid co2 is used to produce hard and uniform dry ice pellets. the pellets are approx. 3 mm (0.1 inch) in diameter and approx. 10 mm (0.4 inch) in length – or rice-sized.

these dry ice pellets have a temperature of -79°c/-110°f. When used for dry ice blasting, the pellets are blasted onto the object to be cleaned at a very high velocity. on contact with the surface of the object, they immediately change from a solid to a gaseous form as they heat up on impact.


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“ Drastic reduction of waste problems. No abrasive effect. ”

SaFeTY RegULaTIONS

generalthis manual contains instructions and safety regula-tions which must be followed while starting, opera-ting and maintaining the dry ice blasting machine.

it is important that the manual is kept, so the operator always knows its exact location. it is also important the owner makes certain that the operator reads, understands and follows the con-tents of the manual.

Personnel Qualificationspersonnel responsible for operation, servicing and maintenancemustbesuitablyqualifiedtoperformthese functions.

special training in machine handling as well as repair and maintenance is offered by the manufac-turer of the machine.

the owner of the machine must ensure that the person appointed to operate the dry ice blasting machine fully understands and is able to follow the SaFeTY RegULaTIONS definedinthefollowingpages, and the WaRNINg SYMBOLS located on the machine.

Safety and Riskthe machine is constructed to comply with the standards and clauses contained in the declaration of conformity and the terms of sale. therefore, pro-vided the manufacturer’s instructions are followed, the machine will not pose any risk to the operator.

Precautions during Blastingair, co2 gas and dry ice pellets leave the gun nozzle at a very high velocity (up to 300 m/s – 984 ft/s).

Therefore,• donotaimthenozzleataperson(s)orinthe direction of a place(s) where other people work,

• remember,dryicepelletscanbedeflectedback from the object being cleaned,

• donotaimthenozzleindirectionswhere damage might result.

do not use the machine “for fun” and under no circumstances should you aim the gun nozzle at persons or other living creatures.


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Danger of Thrown Loose Objectsthere is a risk of dry ice pellets and small objects beingdeflectedbackduringblasting.Thereforesmallobjectsmustbefirmlysecuredbe-fore blasting. loose objects must not be left in the area where the cleaning process is taking place!!

the operator must always wear approved protective goggles or a protective shield when working with the dry ice blasting machine. this also applies to anybody near the workspace.

Noisebecause of the high air velocities in the gun nozzle during dry ice blasting, the level of noise in the area where the operator works may exceed the maximum permissible level. the owner is responsible for keeping himself acquainted with, and informing the operator of any precautions to be taken as to the application of ear protection, since legislation on maximum permissible noise levels varies from one country to another.

Static electricityserious discharge of static electricity can occur. always make sure that objects to be cleaned are adequately earthed/grounded and that this ear-thing/grounding remains stable throughout the whole cleaning process.the dry ice blasting machine is earthed/grounded, from machine cabinet to blasting gun, and through the main electricity connection on the rear side of the machine – provided that the machine has been set up and connected as described under starting the dry ice blasting machine page 10.

PaCeMaKeR Precautionsdo not use the dry ice blasting machine, if you are wearing a pacemaker. the dry ice blasting machine may cause pacemaker malfunction.

explosive Hazardthe machine must never be used in surroun- dings where there is a danger of explosion. despite optimum earthing/grounding of both ma-chine and cleaning object, static electricity can be generated and create a spark.

Danger of Congelationat atmospheric pressure, co2 in a solid form has a temperature of -79°c/-110°f or lower and can give rise to congelation when the dry ice comes in contact with unprotected skin.

Important!therefore, always read the safety data sheet pro-vided by the dry ice supplier, and follow the instruc-tions given.

“ Dry ice pellets are non-toxic, non-abrasive and free of moisture. Therefore, dry ice

blasting is applicable for a large number of industries. ”


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Dustcertain types of dust have a tendency to pulverize during the cleaning process. therefore we recom-mend that the operator wears a dust mask or if necessary a breathing mask and industrial protec-tive clothing.

the owner is responsible for keeping himself acquainted with, and informing the operator of any precautions to be taken as to the application of dust masks, since the limit value varies from one country to another.

Danger of CongelationWhen using the dry ice blasting machine, the opera-tor must wear long-sleeved industrial protective clothing in order to eliminate the risk of congelation when the dry ice comes in contact with unprotected skin.

Read the safety data sheet provided by the dry ice supplier and follow the instructions given.

CO2 Detectorthe presence of a co2 detector is recommended in areas of limited ventilation such as rooms, closed tanks, etc. the co2 detector can be installed to in-terrupt the blasting process before the co2 concen-tration exceeds a prescribed limit.

CO2 Concentrationsdry ice pellets are co2 in a solid form. at normal atmospheric pressure, co2 can only exist in a solid form at a temperature of -79°c/-110°f or lower. When co2 is used as a blasting medium, it becomes heated and changes into a gaseous form. as co2 hasahigherspecificgravitythanordinaryatmos-pheric air, inhaled air will contain co2 – especially if the blasting process takes place in small or partly closed rooms.

in such conditions there is a risk of the oxygen con-tent of inhaled air being replaced by co2. therefore it is essential to make sure the room is well venti-lated when dry ice blasting!!

Note that• lowCO2 concentrations (3-5%) result in headaches and rapid breathing,

• CO2 concentrations of 7-10% produce headaches and nausea, and may lead to unconsciousness,

• higherCO2 concentrations lead to unconsciousness and in the worst case – suffocation.

as stated above, high co2 concentrations can displace oxygen and result in unconsciousness. therefore, avoid using the dry ice blasting machine in spaces/rooms where ventilation is limited.

“ When using the blasting equipment, the operator must wear gloves in order to

eliminate the risk of being burned. ”


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1 handle on hopper lid.

2 hopper lid. maintained in open position by pneumatic struts.

3 handle for maneuvering the machine.

4 control panel.

5 connection for blasting hose.

6 dry ice dosing unit. doses dry ice into the blasting air stream.

“ The equipment is designed to meet the wishes of users. It is light, mobile,

reliable and easy to operate. ”

MaCHINe ILLUSTRaTIONS

7 machine wheel brakes. must remain applied when the machine is in operation.

8 pressure control. adjusts the blasting pressure to the value set on the control panel.

9 main valve for blasting air stream. if the machine is ready for operation and the blasting parameters required have been set, this valve opens for the blasting air stream, every time the trig-

ger switch on the blasting gun is activated. as soon as the trigger switch on the blasting gun is released, the valve cuts off the air stream.

10 static ground cable

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“ In many cases cleaning is possible without dismantling. The frequency of

production stops is therefore often drastically reduced. ”

a compressed-air-driven vibrator on the hopper.

1 hopper.

2 control box.

3 filter rate controller for vibrator and main valve (to be set to 4.5-5.0 bar / 65-73 psi).

4 compressed air supply.

5 main power supply.

MaCHINe ILLUSTRaTIONS

6 signal cable from blasting hose. transfers signals from the trigger switch on the blasting gun to the machine control.

7 cable holder.

8 rating plate.

9 Cabinet handles are for maneuvering the machine manually on its wheels. do not use them as lifting hooks. use a forklift truck or a crane instead!

10 static ground cable

Important!When lifting with a forklift truck, make sure that the forks are inserted all the way under the machine frame itself.When using a crane for lifting, a yoke with straps under the cabinet frame must be used.ensure that wheels and wheel brakes do not become damaged.

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CONTROL PaNeL

1 machine on / off.

2 consumption of dry ice in kg/h -lbs/min.

3 emergency stop.

4 air supply pressure.

5 blasting pressure.

6 Knob for adjusting air pressure.

7 Warning symbols and instructions.

BLaSTINg HOSe

1 hose coupling – for connection on front of the dry ice blasting machine.

2 signal cable – for connection on front of the dry ice blasting machine.

3 signal cable – for connection to the blasting gun.

4 hose coupling – for connection to the blasting gun.

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ICegUN HD SUPReMe WITHOUT LIgHT

the standard blasting hose is madeofaflexiblefiber-reinforcedsilicone tube with a protective sleeve. blasting hoses made ofTeflonforuseine.g.thefood industry are available upon request.

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“ a broad range of accessories can be supplied for the blasting gun, ensuring

maximum efficiency. ”

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Dim. (mm/inch) – incl. nozzle and nozzle holderlength: 320 / 12.5Width: 60 / 2.36height: 185 / 7.28

Weight– incl. nozzle and nozzle holderg: 1150 / lbs: 2.53

7 safety switch8 blasting nozzle – interchangeable9 signal cable 10 two-step trigger - blasting with dry ice and air - blasting with air only

light max 20 min without blasting


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“ The blasting gun is ergonomically designed. The gun is built up of modules and

can be adapted to suit any task. ”

ICegUN HD SUPReMe WITH LIgHT

1 light.2 safety switch. 3 two-step trigger. - blasting with dry ice and air. - blasting with air only.4 signal cable.5 standard round nozzle - interchangeable.6 nozzle holder.

Dim. (mm/inch) – incl. nozzle and nozzle holderlength: 320 / 12.5Width: 60 / 2.36height: 185 / 7.28

Weight– incl. nozzle and nozzle holderg: 1150 / lbs: 2.53

light max 20 min without blasting

Fault Cause Remedy

only air is coming out of the gun

no signal to icegun

trigger on gun is not fully depressed

connection lost in blast hose

icegun has a two-step trigger, half depressed blast air only

call technician to be further diagnosed

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STaRTINg THe DRY ICe BLaSTINg MaCHINe

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Setting Up

1 make sure the machine is on a level, horizontal surface, and that the wheel brakes are applied.

2 plug the blasting hose couplings into the socket on the machine front and the blasting gun, respectively. check to make sure the hose couplings are correctly connected.

3 connect the signal cable at both ends of the blasting hose with the sockets on the machine front and the blasting gun. CORReCT ORDeR IS IMPORTaNT!! FIRST connect the blasting hose couplings – THeN the signal cable!!

4 connect the main power supply.

5 connect the compressed air supply.

Starting When the machine has been set up as described above (items 1-5), the following procedure shall be followed before the cleaning process has begun:

6 check carefully to ensure that the dosing unit is dry and clean at the hopper outlet.

7 open the external compressed air supply (slowly).

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10 the iceblast machine is equipped with a static ground cable which is mounted on the front of the iceblast machine. connect the static ground cable to the item being blast cleaned or to an electrically conductive supporting structure of the material.

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11 activate the trigger on the blasting gun forafewsecondstoallowairtoflowthrough the system. checking for moisture in the airstream, and proper operation of the dosing disc, vibrator, and regulator

13 adjust the dry ice consumption (kg/h / lbs/min.) and the blasting pressure (bar/psi) – the value is shown on the pressure gauge.

12 fill dry ice pellets into the hopper (this can be done while the machine is in operation).

Please note: it is recommended that you run the hopper empty before each fillingtoenabletheoperatortoseewhether“snow”orlumpsappearinthedryice.these can prevent a continuous supply of dry ice to the dosing unit. Never leave the machine with the lid open.

14 start dry ice blasting.

Please note: before activating the trigger on the blasting gun, the operator must stand in a working posture that prevents loss of balance from blasting gun recoil (at max. blasting pressure, with the largest nozzle diameter, the recoil energy can reach as much as 10 kg / 22 lbs).

8 check to make sure that the machine is in normal operating position (the emergency stop button is pulled out).

9 turn the machine on (press the green on button).

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“ The operator must NEVER repair the blasting hose without using original IceTech

spare parts!! ”

SHUTTINg DOWN THe DRY ICe BLaSTINg MaCHINe

When the cleaning task has been completed, the following procedure must be carried out before the machine is dismantled or stored:

• Emptythehopper.• Activatethetriggerontheblastinggun for a few seconds in order to empty the system of possible dry ice residue.• Closethecompressedairsupply.• Activatethetriggerontheblastinggunforafew seconds in order to depressurize the system.• Turnoffthemachine(presstheredOFFbutton).• Disconnectthemainpowersupply.• Disconnectthecompressedairsupply.• Itisrecommendedtodisconnectthe blasting hose.

CORReCT ORDeR IS IMPORTaNT! FIRST disconnect the signal cable – THeN the blasting hose couplings!!

• Avoidkinkingtheblastinghose,whenrolling it up.

eMeRgeNCY STOPactivation of the emergency stop button immediately stopstheblastingairstreamandthedryiceflow.before the machine can be restarted, the following procedure must be carried out:

• Disengagetheemergencystopbutton (pull out the button).• Startthemachine(pressthegreenONbutton).• Restarttheblastingairstreambyactivating the trigger switch on the blasting gun.

PReCaUTIONS – BLaSTINg HOSeConnection and DisconnectionNever disconnect the blasting hose from the ma-chine or blasting gun when the main power supply and/or compressed air supply are connected. other-wise activation of the trigger on the blasting gun will result in a discharge of blasting air through an open outlet instead of through the blasting gun nozzle. if this happens, the operator will lose control of the air stream, and serious injury may result.

CORReCT ORDeR IS IMPORTaNT!!

• Connection: FIRST connect the blasting hose couplings – THeN the signal cable!!

• Disconnection: FIRST disconnect the signal cable – THeN the blasting hose couplings!!

Defective Blasting Hosethe outer hose sleeve protects the operator from any exposure caused by wear and tear of the inner hose. no pressure build-up is permissible in the outer sleeve during operation.

if a defective blasting hose is used, the operator risks serious injury from being hit by dry ice pel-lets.

Anysignofinflationmeansthattheinnerhoseisinsome way defective.

NOTE:If that fault occurs, stop the machine IMMEDIATELY:

• Closethecompressedairsupplyimmediately.• Activatethetriggerontheblastinggun until the system is depressurised.• Activatetheemergencystopbutton.• Disconnectthemainpowersupply.• Disconnectthecompressedairsupply.• Disconnecttheblastinghose (FIRST disconnect the signal cable – THeN the blasting hose couplings).• Makesuretheblastinghoseisrepairedand pressure-tested (see following page).• Althoughthehoppermaynotbeempty,the system must not be blasted through until a new/repaired blasting hose has been connected.


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“ examine the hose for cracks and other damage before starting

the machine ”

Blasting Hose Repairblasting hoses must only be repaired either by anIceTechtechnicianorbytheowner’squalifiedpersonnel having been trained by icetech in the repair and maintenance of icetech dry ice blasting machines and accessories. beyond the necessary knowledge, the person concerned must have appro-priate tools and equipment, as well as the auxiliary materials required, at his disposal.

The operator must NEVER repair the blasting hose without using original IceTech spare parts!!

Thestandardblastinghoseismadeofaflexible fiber-reinforcedsiliconetubewithaprotectivesleeve.BlastinghosesmadeofTeflonforuseinthefoodindustry are available upon request.

PReCaUTIONS – eLeCTRIC CONNeCTIONMain Power Supplythe main electric connection supplies the machine with ln + pe. (l-n), respecting the live/phase (l), neutral (n) and ground (pe) connections

Themachinevoltageisspecifiedontheratingplate.

the control circuits use 24 V dc.

OFF Buttonthe off button cuts off voltage to the control cir-cuits, but does not make the machine voltage-free.

The machine is only voltage-free when the main power supply has been disconnected.

Cover Plate at the hopper BottomAcoverplateisfittedatthebottomofthehoppertoprevent the operator from coming into contact with the moving parts of the dosing unit during operation.

since the cover plate is part of the safety precautions of the machine, it must not be removed.

MaINTeNaNCe

Daily before Starting the Machine1 pay special attention to places on the blasting hose where kinks may have occurred during operation.

2 if any kind of damage to the blasting hose or the machine itself is noted, such damage must be repaired eitherbyanIceTechtechnicianorbytheowner’squalifiedpersonnel who has been trained by icetech in the repair and maintenance of icetech dry ice blasting machines and accessories. beyond the necessary knowledge, the person concerned must have appropriate tools and equipment, as well as the auxiliary materials required, at his disposal.

in this way it is ensured that the repaired blasting hose/machine continues to comply with the safety regulations after repair.

after 100 Hours of Operation1 examine connections for wear and tear or other damage. tighten up or replace them as necessary.

2 check the dosing unit for damage and leakage.

after 500 Hours of Operation1 examine connections for wear and tear or other damage. tighten up or replace them as necessary.

2 dismantle the dosing unit. check the dosing disc. and wear plates for damage and wear. if the dosing disc and wear plates are oK - then reassemble and readjust the dosing unit. if wear plates and dosing disc are not oK – then ...

3 replace the dosing disc, and replace the upper and lower wear insert at the dosing disc.

4 reassemble the dosing unit.

5 check the blasting hose for wear and tear.

6 if necessary, replace the diaphragm in the pilot-controlled pressure regulator.


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RePaIR aND WaRRaNTY

Repairthe repair/replacement of the following parts can bemadebytheowner’squalifiedpersonnel:

• Signalcableplugsonthemachine,blastinghose and blasting gun.

• Blastinghosecouplingsonthemachine,hose and gun.

• Electricityandcompressedairsocketsonthe rear of the machine.

When making repairs/replacements, use only original IceTech spare parts.

Terms of Warrantyin order to comply with the terms of the warranty, and for safety reasons, repairs other than those stated above require relevant tools and equip-ment and therefore must always be made either by anIceTechtechnicianorbytheowner’squalifiedpersonnel who have been trained by icetech in the repair and maintenance of icetech dry ice blasting machines and accessories. beyond the necessary knowledge, the person concerned must have appro-priate tools and equipment, as well as the auxiliary materials required, at his disposal.

the liability of the manufacturer under the terms of the ce endorsement in regards to safety may become invalid:

• if repairs are made using non-IceTech spare parts.

• if repairs are made by unqualified personnel.

• if repairs are unsatisfactory due to lack of relevant tools and equipment.

in such cases, the liability of the manufacturer will besolelyconfinedtoanymanufacturingfaults/er-rors made prior to the machine being delivered and before repairs/replacements have been made.


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Nozzle Diameter and Blast PatternThenozzleselectionshouldbebasedonfindingthe best combination of air consumption, dry ice consumptionandcleaningefficiency.the selection of the nozzle spread angle should depend on how strong or weak a cleaning effect is desired for a given dry ice consumption.

Small Blast Patterna small blast pattern gives a concentrated jet with a high cleaning effect on a small area.

Wide Blast PatternAlargespreadangle,e.g.theflatnozzle,resultsina jet which for the same consumption of dry ice and air cleans a larger area with a lesser cleaning effect.

Nozzle Sizeit is most important to select the size of nozzle which will provide the desired air velocity using the available compressor capacity. choosing the right nozzle size and type will optimize not only the cleaning effect, but also the dry ice consumption and the time required for the cleaning process itself. refer to the air consumption table for guidance on the nozzle selection.

air Consumption Tablethe air consumption table indicates the air con-sumption in relation to nozzle size and blasting pressure. the maximum supply pressure of Kg50 and Kg30 amounts to 16 bar/232 psi.

example of Use of the Tablethe air consumption table outlines the air consump-tion achieved with the nozzle sizes available. if for example a size 8 nozzle is used at a blasting pres-sure of 6 bar (87 psi) the air consumption amounts to 4.2 nm3/min (148.3 ft3/min).

the available compressor capacity will always need to be taken into consideration and therefore it may be necessary to do some test blasts and observe the results until the optimum combination of nozzle size and blasting pressure for a certain application is found.

NOZZLe SeLeCTION aND aIR CONSUMPTION

Kg 6/20

Kg 12

Kg 30

Kg 50

air consumption in nm3/min - ft3/minat the pressures indicated (bar/psi)Ø = nozzle diameter

KG 6/20

KG 12

KG 30

KG 50

AIR

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Bar» 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16

Ø 5 0.7 0.9 1.2 1.4 1.6 1.9 2.1 2.3 2.6 2.8 3.0 3.3 3.5 3.7 4.0

Ø 6 1.0 1.3 1.7 2.0 2.4 2.7 3.0 3.4 3.7 4.0 4.4 4.7 5.1 5.4 5.7

Ø 7 1.4 1.8 2.3 2.7 3.2 3.7 4.1 4.7 5.1 5.7 6.2 6.6 7.1 7.4 7.7

Ø 8 1.8 2.4 3.0 3.6 4.2 4.8 5.4 6.1 6.7 7.3 7.9 8.4 9.1 9.7 10

Ø 9 2.3 3.0 3.8 4.6 5.3 6.1 6.9 7.7 8.4 9.4 10.1 10.8 11.7 12.1 13

Ø 10 2.8 3.7 4.7 5.7 6.6 7.6 8.5 9.6 10.4 11.3 12.4 13.4 14.3 15.3 16

AIR

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psi» 29 44 58 73 87 102 116 131 145 160 174 189 203 218 232

Ø 5 25 32 42 49 56 67 74 81 92 99 106 116 124 131 141

Ø 6 35 46 60 71 85 95 106 120 131 141 155 166 180 191 201

Ø 7 49 64 81 95 113 131 145 166 180 201 219 233 251 261 272

Ø 8 64 85 106 127 148 169 191 215 237 258 279 297 321 342 353

Ø 9 81 106 134 162 187 215 244 272 297 332 357 381 413 427 459

Ø 10 99 131 166 201 233 268 300 339 367 399 438 473 505 540 565

Air consumption in m3 free air/min

Air consumption in ft3/min


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TeCHNICaL DaTa

IceBlast Kg30 ¾” SupremeDimensions (mm/inch)length: 580 / 22.8Width: 550 / 21.6height incl. handle: 960 / 37.7

Weightkg: 85 / lbs: 187US version: kg: 109 / lbs: 240

Dry Ice Capacitykg: 30lbs: 66

Dry Ice Consumptionkg/h: 0-100lbs/h: 0-220infinitelyadjustable

Supply Pressurebar: min. 5 - max. 16psi: min. 72 - max. 232

Blasting Pressurebar: min. 2 - max. 16psi: min. 29 - max. 232

air Consumptionm3: 0.7-11 cfm: 25-388 depending on nozzle combination

Compressed air Connection1” claw couplingair quality: according to iso 8573-1 class 3 for environment temperature below +5°c/ +41°f.

Power Consumption110/230 Vac 50-60 hz800 W

Blasting hoseinside diameter: ¾”

Single Hose System

Noisenoise level 60-120 db(a) depending on blasting pressure, nozzle combination, material surface and other environmental factors.

For Spare Parts: scan this code with your smartphone´s qr code reader app orgo online at http://www.icetechworld.com/spare-parts/View-category.html

the circuits board is listed intheULcertificationsystem.


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TeCHNICaL DaTa

IceBlast Kg50 ¾” SupremeDimensions (mm/inch)length: 700 / 27.5 Width: 550 / 21.6 height incl. handle: 1160 / 45.6



Dry Ice Consumptionkg/h: 0-100lbs/h: 0-220infinitelyadjustable



air Consumptionm3: 0.7-11 cfm: 25-388 depending on nozzle combination

Compressed air Connection1” claw couplingair quality: according to iso 8573-1 class 3 for environment temperature below +5°c/ +41°f.


Blasting hoseinside diameter: ¾”

Single Hose System





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TeCHNICaL DaTa

IceBlast Kg50 1” SupremeDimensions (mm/inch)length: 700 / 27.5 Width: 550 / 21.6 height incl. handle: 1160 / 45.6



Dry Ice Consumptionkg/hr: 0-150 (0-220 optional)lbs/hr: 0-330 (0-485 optional) infinitelyadjustable



air Consumptionm3: 0.7-16 cfm: 25 - 565 depending on nozzle combination

Compressed air Connection1.5” claw couplingair quality: according to iso 8573-1 class 3 for environment temperature below +5°c/ +41°f.


Blasting hoseinside diameter: 1”

Single Hose System





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“ The system produces no waste products. Only the coating that has been removed remains to be disposed of, and this can usually be swept or vacuumed

from the floor. ”

KG30 - KG50 Supreme

MANUAL FOR KG50 KG30 PROFESSIONAL

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SPaRe PaRTS ICeBLaST Kg30 ¾”

• SPaRe PaRTSIceBlast KG30 ¾” Supreme USA 110V UL 24IceBlast KG30 ¾” Supreme EU 230V 26IceBlast KG30 ¾” Supreme UK 110V 28 IceBlast KG30 ¾” Supreme JP 110V 30

• CaBINeTIceBlast Kg30 ¾” Supreme Cabinet 32

• CONTROL PaNeLIceBlast Kg30-50 Supreme 3/4” Contr. panel 34

• HOPPeRIceBlast Kg30 ¾” Supreme - Hopper 36

• BOTTOMIceBlast KG30 ¾” Supreme -Bottom USA 110V UL 38IceBlast KG30 ¾” Supreme -Bottom EU 230V 40IceBlast KG30 ¾” Supreme -Bottom UK/JP 110V 42

• DOSINg UNITIceBlast Kg30-50 Supreme -Dosing Unit 44

• PNeUMaTIC UNITIceBlast Kg30 ¾” Supreme –Pneumatic unit, UK 110V, EU 230V, USA 110V UL 46


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SPaRe PaRTS ICeBLaST Kg50 ¾” / 1”

• SPaRe PaRTSIceBlast KG50 ¾” Supreme USA 110V UL 48IceBlast KG50 ¾” Supreme EU 230V 50IceBlast KG50 ¾” Supreme UK 110V 52IceBlast KG50 ¾” Supreme JP 110V 54

• SPaRe PaRTSIceBlast KG50 1” Supreme USA 110V UL 56IceBlast KG50 1” Supreme EU 230V 58IceBlast KG50 1” Supreme UK 110V 60IceBlast KG50 1” Supreme JP 110V 62

• CaBINeTIceBlast Kg50 Supreme Cabinet 64

• CONTROL PaNeLIceBlast Kg30-50 Supreme ¾” Contr. panel 66IceBlast Kg50 Supreme 1” Contr. panel 68

• HOPPeRIceBlast Kg50 Supreme - Hopper 70

• BOTTOMIceBlast KG50 ¾” Supreme -Bottom USA 110V UL 72IceBlast Kg50 ¾” Supreme -Bottom eU/UK/JP 74IceBlast KG50 1” Supreme -Bottom USA 110V UL 76IceBlast Kg50 1” Supreme -Bottom eU/UK/JP 78

• DOSINg UNITIceBlast Kg30-50 ¾” Supreme -Dosing Unit 80

IceBlast Kg50 1”, Supreme -Dosing Unit 82

• PNeUMaTIC UNITIceBlast Kg50 Supreme –Pneumatic unit, UK 110V, EU 230V, USA 110V UL 84


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BLaSTINg HOSe

• SPaRe PaRTS ¾” Blasting Hose, complete, for IceBlast Kg30 - 50 ¾” Supreme 86Cable for blasting hose for IceBlast Kg30 - 50 ¾” Supreme 88

• SPaRe PaRTS 1”Blasting Hose, complete, for IceBlast Kg50 1” Supreme 90Cable for blasting hose for IceBlast Kg50 1” Supreme 92


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• ICegUN WITH LIgHT ¾” Spare Parts for Icegun HD Supreme ¾” with Light 94Icegun HD Supreme ¾” Description with Light 96

• ICegUN WITHOUT LIgHT ¾” Spare Parts for Icegun HD Supreme ¾” without Light 98Icegun HD Supreme ¾” Description without Light 100

• ICegUN WITH LIgHT 1” Spare Parts for Icegun HD Supreme 1” with Light 102Icegun HD Supreme 1” Description with Light 104

• ICegUN WITHOUT LIgHT 1” Spare Parts for Icegun HD Supreme 1” without Light 106Icegun HD Supreme 1” Description without Light 108

ICegUN HD


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IceBlast KG30 ¾” Supreme USA 110V UL


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from the floor. ”


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IceBlast KG30 ¾” Supreme EU 230V


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IceBlast KG30 ¾” Supreme UK 110V


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IceBlast KG30 ¾” Supreme JP 110V


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IceBlast Kg30 ¾” Supreme Cabinet


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IceBlast Kg30-50 Supreme 3/4” Contr. panel


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IceBlast Kg30 ¾” Supreme - Hopper


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IceBlast KG30 ¾” Supreme -Bottom USA 110V UL


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from the floor. ”


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IceBlast KG30 ¾” Supreme -Bottom EU 230V


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IceBlast KG30 ¾” Supreme -Bottom UK/JP 110V


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IceBlast Kg30-50 Supreme -Dosing Unit


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Spare Parts for IceBlast Kg30 ¾” Supreme IceBlast KG30 ¾” Supreme –Pneumatic unit, UK 110V, EU 230V, USA 110V UL


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Spare Parts for IceBlast Kg30 ¾” Supreme IceBlast KG50 ¾” Supreme USA 110V UL


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IceBlast KG50 ¾” Supreme EU 230V


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IceBlast KG50 ¾” Supreme UK 110V


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IceBlast KG50 ¾” Supreme JP 110V


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IceBlast KG50 1” Supreme USA 110V UL


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IceBlast KG50 1” Supreme EU 230V


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IceBlast KG50 1” Supreme UK 110V


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IceBlast KG50 1” Supreme JP 110V


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IceBlast Kg50 Supreme Cabinet


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IceBlast Kg30-50 Supreme 3/4” Contr. panel


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IceBlast Kg50 Supreme 1” Contr. panel


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IceBlast Kg50 Supreme - Hopper


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IceBlast KG50 ¾” Supreme -Bottom USA 110V UL


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IceBlast Kg50 ¾” Supreme -Bottom eU/UK/JP


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IceBlast KG50 1” Supreme -Bottom USA 110V UL


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IceBlast Kg50 1” Supreme -Bottom eU/UK/JP


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IceBlast Kg30-50 Supreme -Dosing Unit


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IceBlast Kg50 1”, Supreme -Dosing Unit


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IceBlast KG50 Supreme –Pneumatic unit, UK 110V, EU 230V, USA 110V UL


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Blasting Hose, complete, for IceBlast Kg30 - 50 ¾” Supreme


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Cable for blasting hose for IceBlast Kg30 - 50 ¾” Supreme


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Spare Parts -Blasting hose, complete, 3/4”, Supreme + MultiTouch V2


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Blasting Hose, complete, for IceBlast Kg50 1” Supreme


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Cable for blasting hose for IceBlast Kg50 1” Supreme


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Spare Parts for Icegun HD Supreme ¾” with Light


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Icegun HD Supreme ¾” Description with Light


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Spare Parts for Icegun HD Supreme ¾” without Light


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Icegun HD Supreme ¾” Description without Light


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Spare Parts for Icegun HD Supreme 1” with Light


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Icegun HD Supreme 1” Description with Light


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Spare Parts for Icegun HD Supreme 1” without Light


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Icegun HD Supreme 1” Description without Light


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Distributor

Head Office DenmarkIceTech A/SIndustrivej 62DK-6740 BrammingPhone: +45 76 56 15 00 Fax: +45 76 56 15 09 E-mail:[email protected]

Head Office United StatesIceTech America Inc.5217 Muhlhauser RoadWest Chester, Ohio 45011 USAPhone: (+1) 513-942-4144 Fax: (+1) 513-942-4244 Toll free: (+1) 877-693-7073 E-mail:[email protected]

IceTech Deutschland GmbH Breitenloher Weg 29DE-91166 GeorgensgmündPhone: 0800 4238 324 E-mail: [email protected] www.icetechworld.de

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