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LABOPORT Pumps and Systems 

 

Installation, mounting and connection 

Translation of original Operating Instructions, english, KNF 121211-121345 01/10 

29 

7.7.2. System SH 

 

The system SH consists of:

 

 Baseplate 

 1 

separator 

  1 high performance condenser 

 

Qty  Material 

Phillips-head screwdriver No. 3 

Allen key 5 mm 

Tubes (see fig. 15)

 

  Resistant to the medium employed 

  Inside diameter 10 mm 

 Length: 

(

1

) approx. 150 mm, (

2

) approx. 220 mm 

 

Tab. 18

 

 

 

WARNING 

Danger of the high performance condenser bursting 

 

  Make sure that the high performance con-

denser´s upper gas outlet is not blocked. 

 

 

DANGER 

Improper laying of hoses will result in damage to the 
pump 

 

  Correctly assign gas and coolant hose 

connections. 

  Do not reverse the gas connections’ inlets and 

outlets. 

 

1.  Attach pump to the baseplate (see chapter 7.2, page 24). 

2.  Install the separator (see chapter 7.3, page 24). 

3.  Install the high performance condenser (see chapter 7.4, page 

25). 

4.  Lay hoses for system (see fig. 15). 

 

 

The condenser-connectors for the coolant require connection 
tubing with an inside diameter of 8 mm. 
Coolant inlet and outlet see fig. 16. 

 

When using a coolant valve: 

 

WARNING 

Danger of the high performance condenser bursting 

 

  Make sure that the coolant valve is mounted 

between the coolant supply and the coolant inlet 
port of high performance condenser. 

 

Tools and material 

 

Fig. 15: Tubing system SH 

 

Fig. 16: Coolant supply of high 

performance condenser 

Coolant inlet

   

 

Coolant outlet

 

Summary of Contents for Laboport N810

Page 1: ...ting Instructions english LABOPORT Chemically resistant Laboratory Pumps with Modular Accessories Operating Instructions for Laboratory Pumps N810 N820 N840 N842 and for LABOPORT Systems SR SH SC SCC...

Page 2: ...KNF Neuberger UK Ltd Ave 2 Station Lane Ind Est Witney Oxfordshire OX28 4FA UK Tel 44 0 1993 778373 Fax 44 0 1993 775148 E Mail info knf co uk www knf co uk...

Page 3: ...1 System SR 28 7 7 2 System SH 29 7 7 3 System SC 30 7 7 4 System SCC 31 7 7 5 Retrofitting from System SC to System SCC 32 8 Operation 33 8 1 Pump 33 8 1 1 Preparing for Start up 33 8 1 2 Starting 3...

Page 4: ...ng WARNING A danger warning is located here Possible consequences of a failure to observe the warning are specified here The signal word e g Warning indicates the danger level Measures for avoiding th...

Page 5: ...nlet side there is a danger of implosion Observe the correct usage of the gas and cooling liquid connections on the high performance condenser Inlet and outlet connections for the gas are not intercha...

Page 6: ...th notice sticker see fig 1 only after separating mains plug from power source When transferring dangerous media observe the safety regula tions when handling these media Be aware that the pump system...

Page 7: ...Machinery The requirements of the following harmonised standards are fulfilled DIN EN 61010 1 DIN EN 61326 1 DIN EN 61000 3 2 3 The pumps correspond to IEC 664 the overvoltage category II the pollutio...

Page 8: ...acuum controller 5 Pump vent valve 6 Vacuum valve 7 High performance con denser 8 Hose connector 9 Angled nozzle for coolant 10 Spring clamp 11 Flask for condenser 12 Support for high perform ance con...

Page 9: ...Fig 3 LABOPORT Systems System Module SR SH SC SCC Pump X X X X Baseplate X X X X 2 separators X 1 separator X X X High performance condenser X X X Electrical supply unit X X 1 vacuum controller X 2 va...

Page 10: ...abs 100 Delivery rate at atm pressure l min max 10 Pneumatic connection Hose connection mm ID 10 Ambient and media temperature Permissible ambient temperature 5 C to 40 C Permissible media temperatu r...

Page 11: ...5 C to 40 C Permissible media temperatu re 5 C to 40 C Other parameters Weight kg 7 1 Dimensions L x H x W mm 268 x 207 x 159 Maximum permissible ambient relative humidity 80 for temperatures up to 3...

Page 12: ...40 C Permissible media temperatu re 5 C to 40 C Other parameters Weight kg 10 3 Dimensions L x H x W mm 297x 226 x 171 Maximum permissible ambient relative humidity 80 for temperatures up to 31 C dec...

Page 13: ...e 5 C to 40 C Permissible media temperatu re 5 C to 40 C Other parameters Weight kg 6 9 Dimensions L x H x W mm 281 x 187 x140 Maximum permissible ambient relative humidity 80 for temperatures up to 3...

Page 14: ...5 C to 40 C Permissible media temperatu re 5 C to 40 C Other parameters Weight kg 9 3 Dimensions L x H x W mm 312 x 207 x 144 Maximum permissible ambient relative humidity 80 for temperatures up to 3...

Page 15: ...5 C to 40 C Permissible media temperatu re 5 C to 40 C Other parameters Weight kg 12 6 Dimensions L x H x W mm 341 x 226 x 166 Maximum permissible ambient relative humidity 80 for temperatures up to...

Page 16: ...e 5 C to 40 C Permissible media temperatu re 5 C to 40 C Other parameters Weight kg 12 6 Dimensions L x H x W mm 341 x 226 x 160 Maximum permissible ambient relative humidity 80 for temperatures up to...

Page 17: ...80 for temperatures up to 31 C decreasing linearly to 50 at 40 C Maximum altitude of site m above sea level 2000 Electrical Data Voltage V 100 115 230 Frequency Hz 50 60 60 50 Maximum current consump...

Page 18: ...nglish KNF 121211 121345 01 10 5 4 Vacuum Systems Ambient temperature Permissible ambient temperature 5 C to 40 C Operating parameters of coolant only for high performance condensers Permissible press...

Page 19: ...valve 2 Inlet valve 3 Transfer chamber 4 Diaphragm 5 Eccentric 6 Connecting rod 7 Pump drive Fig 5 Pump head Diaphragm pumps transfer compress depending on pump ver sion and evacuate gases and vapors...

Page 20: ...older for separator 1 2 3 4 Fig 6 Separator shown LABOPORT system SR with pump N 840 3 FT 18 as example Function Condensable components in the gas can be separated on the pressure side of the pump On...

Page 21: ...6 Flask 7 Support 1 2 3 3 4 5 6 7 Fig 7 High performance condenser shown LABOPORT system SH with pump N 840 3 FT 18 as example Function The high performance condenser at pump outlet enables condens ab...

Page 22: ...he selected target vacuum has been reached With two vacuum controllers it becomes possible to simultaneously run two different and independent processes with just one pump Once one vacuum controller s...

Page 23: ...ump system is protected against rain splash hose and drip water Choose a safe location flat surface for the pump system Protect the pump system from dust Protect the pump system from vibrations and jo...

Page 24: ...are fully engaged 6 Check that the pump is securely fastened to the baseplate via both mounts 7 3 Separator Baseplate mounted see chapter 7 2 Pump disconnected from mains Qty Material 1 Phillips head...

Page 25: ...so that the hose connection at the inlet is lower than the pump outlet Laying hoses depending on system configuration see chapter 7 7 2 system SH 7 7 3 system SC 7 7 4 system SCC or 7 7 5 retrofittin...

Page 26: ...d VC 1 fig 10 5 using the con nection cable 2 When using two vacuum controllers connect the second vacuum controller s signal socket to the electrical supply unit s VC2 connection 6 3 Insert the vacuu...

Page 27: ...oolant if the system s control operation is interrupted or terminated WARNING Danger of the high performance condenser bursting Make sure that the coolant valve is mounted between the coolant supply a...

Page 28: ...nnection 2 between the both pump heads 7 7 Mounting of Systems The displayed system tube configuration is for two headed pumps only Contact KNF Service for information about laying tubes for one heade...

Page 29: ...in damage to the pump Correctly assign gas and coolant hose connections Do not reverse the gas connections inlets and outlets 1 Attach pump to the baseplate see chapter 7 2 page 24 2 Install the sepa...

Page 30: ...ab 19 1 Attach pump to the baseplate see chapter 7 2 page 20 2 Install the separator see chapter 7 3 page 20 3 Install the high performance condenser see chapter 7 4 page 21 4 Install the electrical s...

Page 31: ...approx 175 mm 8 approx 350 mm Tab 20 1 Attach pump to the baseplate see chapter 7 2 page 20 2 Install the separator see chapter 7 3 page 20 3 Install the high performance condenser see chapter 7 4 pa...

Page 32: ...ller from the support 16 after loosening the clamp assembly 4 Remove the lateral support from the main support after loosen ing the clamp assembly 5 Loosen the allen screw at the foot of the main supp...

Page 33: ...s not closed or constricted When using two vacuum controllers The media are compatible with each other when running two different processes simultaneously When using a gas ballast No explosive or pois...

Page 34: ...ure that the maxi mum permissible operating pressure of the pump is not exceeded Excessive pressure with all of the related hazards can be prevented by placing a bypass line with a pressure relief val...

Page 35: ...chapter 9 2 1 page 37 Switch off pump with mains switch see fig 2 19 Open pressure and suction lines to normal atmospheric pres sure Disconnect the power source 8 3 Notices related to System Operatio...

Page 36: ...imultaneously Use the mains switch to switch the vacuum controller on and off Each vacuum controller can be set individually and will work independently of the other Refer to the vacuum controller s o...

Page 37: ...t gas for about five minutes under atmospheric conditions ambient pressure 9 2 2 Cleaning Pump Only clean pump with a damp cloth and non flammable clean ing agents 9 2 3 Emptying and Cleaning the Sepa...

Page 38: ...see chapter 11 1 page 46 1 Felt tip pen Tab 25 Always replace diaphragm and valve plates sealings together to maintain the pump performance With multi head pumps parts of the individual pump heads ca...

Page 39: ...ncorrect as sembly later In version N 842 3 FT 18 twelve instead of six screws must be loosened in the next work step 3 Loosen the outer screws 5 on the pump head pump heads 4 Carefully remove pump he...

Page 40: ...a two headed pump Apply pressure to diaphragm on only one pump 2 Place the intermediate plate 8 with valve plates sealings on the adapter in accordance with the felt tip pen marking 3 Place the head...

Page 41: ...anslation of original Operating Instructions english KNF 121211 121345 01 10 41 Final steps 1 Remount the pump to the baseplate if applicable 2 Reconnect suction and pressure line to the pump 3 Reconn...

Page 42: ...hragm and valve plates sealings see chapter 9 3 page 38 Tab 26 Flow rate pressure or vacuum too low The system the pump does not achieve the output specified in the Technical data or the data sheet Ca...

Page 43: ...ce Connect pump to mains power No voltage in the power source Check room fuse and switch on if necessary Fuse in the pump is defective Remove pump s mains plug from the socket Loosen marked lid on und...

Page 44: ...ump s mains plug from the socket Allow pump to cool Trace cause of over heating and eliminate it Tab 32 Vacuum Controller is switched on no LED indication Cause Fault remedy In the electrical supply u...

Page 45: ...between vacuum controller 1 and vac uum controller 2 In the electrical supply unit the connecting wires for the vacuum valve are plugged incorrectly Exchange the plugs between vacuum valve 1 and vacuu...

Page 46: ...18 N 840 FT 18 N 810 3 FT 18 N 820 3 FT 18 N 840 3 FT 18 N 840 1 2 FT 18 N 842 3 FT 18 Order No Baseplate and mounting NP 810 820 X X X X 028129 Baseplate and mounting NP 840 X X X X 028128 Separator...

Page 47: ...ia in the form below and sent the signed form together with the flushed and cleaned pump to KNF Customer Service Customer decontamination declaration for repair order We herewith confirm that the foll...

Page 48: ......

Page 49: ...perating Manual Carefully study the Operating Instructions and observe at all times the relevant instructions to avoid dangerous situations INNOVATIVE TECHNOLOGY WORLDWIDE KNF 121205 121650 02 10 Tran...

Page 50: ...pe ration defined post distillation experimental use automatic search for distillation point automatic operation 1 2 Arrangement in Vacuum Systems See fig 1 1 3 Mechanical Attachment The Vacuum Contro...

Page 51: ...re using the vacuum controller and observe at all times the relevant instructions to avoid dangerous situations Always keep the operating manual handy in the work area Ensure that the vacuum controlle...

Page 52: ...isplay OFF setp Display pressure setpoint mbar Display actual pressure The plugs of valves or other parts must not be plugged in or removed during operation 3 3 Shutdown Turn off vacuum controller at...

Page 53: ...llation time tOFF 99 min Values entered are automatically retained after 10 seconds if no further entries are made the dis play mbar changes to the actual pressure Pressure setpoint pressure diffe ren...

Page 54: ...oint the current pressure differential value is retained After releasing the AER key the system evacuates to the new temporary setpoint To end the temporaray mode press the MAN key The system will eva...

Page 55: ...3 Running Press AUTO key In the mode display A1 appears and the start up level of 600 mbar The SET key the UP key and the DOWN key can not operated The vacuum controller searches for the first boiling...

Page 56: ...um controller does not work Possible reasons Vacuum controller is not switched on Mistake in operating the vacuum controller The fuse of the vacuum controller has been triggered After a short period t...

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