LabPlant SD-06 Assembly & Operating Instructions Download Page 10

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Connect to mains electric and the green ‘Mains’ indicator (E) will illuminate.  Switch on the `ON` 
SWITCH (F) adjacent to the mains indicator lamp. Select start up screen, press green start button to 
start fan and compressor. Press next to go to temperature screen and using enter and arrow keys 
change set temperature to 10°C this will prevent the heater from coming on. Press next 4 times to 
return to the Start – Up screen in readiness to start the pump. 
 
When the three tubes are connected to the jet assembly place the open end of the silicone tube into 
a beaker of clean water and switch on the pump. Increase the speed by increasing the value of 
“pump setting” and watch the water travel through the tube. 
 
When the water reaches the jet assembly it will emerge from the jet nozzle in a fine spray mist.   
 
Note:   Switching on the pump also activates the jet de-blocking system.  This can be set to slow, 
med or fast as required, using the SET DE-BLOCKER screen. 
 
Set pump speed by increasing (or decreasing) value in the pump setting screen. 
The information indicates pump speed on a nominal 50 scale.  For appropriate flow rates in ml/hr 
please see the chart on Note II. 
 
The compressed air pressure setting is factory set to a maximum pressure of 3 bar, however 
running pressure is a function of jet nozzle size and will only approach this value with the 0.5mm 
nozzle. 
 
Note that the maximum air pressure available is considerably reduced when larger jet diameters are 
used so that, for example, if using the 1mm jet the maximum compressor pressure available may be 
as low as 0.6 bar.   This is normally sufficient for the larger jets. 
 
When you have become familiar with the operation of the jet system look closely at the jet nozzle to 
see the fine jet de-blocking needle in operation.  The frequency of the de-blocking action is 
controlled by the ‘De-blocker’ screen.  If de-blocking is not required simply remove the small 
diameter (4mm) nylon tube from the top of the jet assembly and from the outlet at the top left of the 
main unit.  The internal de-blocker controls will continue to operate but will not affect the jet 
 
Now place the jet assembly in the top chamber and secure with the knurled collar. 
 

THE SD-06 UNIT IS READY FOR OPERATION. 

 

Summary of Contents for SD-06

Page 1: ...4 Components Included 5 Packing List 6 Connection to Electrical Supply 7 Assembly and Preparation 8 Controls 9 Jet Spray Assembly 10 Operation 11 General Advice and Useful Hints 12 Optional Accessorie...

Page 2: ...r is the result of more than 30 years of continuous development The SD 06 has been designed primarily for simplicity and ease of use rapid assembly and disassembly for cleaning minimal maintenance eff...

Page 3: ...ble to expose any person to hazardous solids liquids dusts vapours gases or micro organisms You are also required to introduce suitable procedures for handling these substances and to keep appropriate...

Page 4: ...or Residual Current Circuit Breaker RCCB to protect the operator from electric shock in the event of misuse or accident e Potential hazards should always be the first consideration when deciding on a...

Page 5: ...S2023 PTFE Transition Piece 1 SDS2031 Silicone Tube 4 8mm bore x 1 6mm wall 2 0 m SDS2022 Exhaust Tube 1 7 m Nylon Tube 4mm fitted to unit 1 0 m Nylon Tube 6mm fitted to unit 1 0 m The above comprises...

Page 6: ...he U shaped clamp on the left hand side of the unit slacken the two black knobs and slide the main chamber in towards the central control panel Lightly tighten the two black knobs with the 90 outlet o...

Page 7: ...y and the blue nylon tube into the push in fitting at the top of the assembly The silicone tube for the liquid sample is fitted to the grooved inlet The remaining tube is fitted through the pump and t...

Page 8: ...on is used in the set De Blocker screen to change the De Blocker from Slow to Medium or Fast 7 The next button is active on all screens and is used to select the next screen 8 The Stop button is activ...

Page 9: ...lowing procedure De blocker inlet A Sample Inlet B Atomising air inlet C Open the hinged plastic cover of the pump and leaving sufficient tube to connect to the jet when it is in the top chamber inser...

Page 10: ...p setting screen The information indicates pump speed on a nominal 50 scale For appropriate flow rates in ml hr please see the chart on Note II The compressed air pressure setting is factory set to a...

Page 11: ...l times on the set temp screen A fixed over temperature protection cut out is fitted and will actuate at approximately 300 C if actuated allow to cool down and re start allow inlet temperature to stab...

Page 12: ...llow the main chamber a few minutes to heat up The inlet temperature may show the required setting but the glassware and main chamber will be quite cool for a few minutes Wait until inlet temperature...

Page 13: ...15 ml hour 45 RPM 1895 ml hour 40 RPM 1665 ml hour 35 RPM 1500 ml hour 30 RPM 1305 ml hour 25 RPM 1090 ml hour 20 RPM 900 ml hour 15 RPM 695 ml hour 10 RPM 485 ml hour 5 RPM 280 ml hour SD 06 Drying A...

Page 14: ...a logging 13A MAINTENANCE Regular maintenance of any equipment ensures maximum trouble free life Customers are recommended to carry our simple maintenance at regular intervals the most basic of which...

Page 15: ...00mm long SDS2024 Chimney Extension required when using SDS2020 SDS2022 Cyclone SDS2023 PTFE Connection Tube SDS 0021 Clamp for Chamber Cyclone to PTFE Connection Tube SDS2006 Sample Collection Bottle...

Page 16: ...g the details below UK Office Keison Products P O Box 2124 Chelmsford Essex CM1 3UP England Tel 44 0 330 088 0560 Fax 44 0 1245 808399 Email sales keison co uk Please note Product designs and specific...

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