Bibby Sterilin Electrothermal ATS10232E Instruction Book Download Page 13

Page 13 of 19                                                                                                                                     M7998 Issue 2.3 

 

6.  PRODUCT OPERATION. 
 

6.1.  Turbidity Probe calibration. 
 

6.1.1.  Open the calibration Screen from the Tools drop down menu. 
 
6.1.2.  Adjust the variable in the calibration window. Set the calibration dwell time to 1 minute. 
 
6.1.3.  Insert all the probes to be calibrated into a beaker of clear solvent. Make sure there is no air 

bubble in the window of each probe. 

 
6.1.4.  Begin calibrating by checking the Active box of the probe. Click the calibration button for the 

appropriate probe. In the Status bar you will see the temperature ramp to the set value, then 
pop-up window will appear to request ‘Load Clear Sample’. Click OK in this window, and the 
upper value of transmittance will be calibrated. 

 
6.1.5.  Once the calibration is complete, the message ‘Upper Calibration OK’ will appear in the 

Status Window. A new pop-up window will appear to request ‘Load Turbid Sample’. Without 
taking the probes out of the clear solvent, disconnect the Launch line from the Clarity IR 
control box, the click OK in this pop-up window. The lower value of transmittance will be 
calibrated. ‘Complete’ will appear in the Status bar at the end of calibration. 

 
6.1.6.  If the calibration failed in any of the upper or lower calibration parts, repeat steps 7.1.4 and 

7.1.5 until the calibration is completed. 

 
6.1.7.  Complete steps 7.1.4 to 7.1.6 for all cells requiring calibration. 

 

6.2.  Shoot Through Probe Calibration. 
 

6.2.1.  Open Calibration screen from the Tools drop down menu. 
 
6.2.2.  Adjust the variable in the calibration window. Set the calibration dwell time to 1 minute. 
 
6.2.3.  Insert HPLC vials filled with clear solvent into each shoot-through probe well. Make sure 

there is a stir bar in each vial and marking on the HPLC vial will not block the light pathway 
of the probe. 

 
6.2.4.  Begin calibrating by checking the Active box of the probe. Click the calibrate button of the 

probe. In the Status bar, you will see the temperature ramp to set value, then a pop-up 
window will appear to request ‘Load Clear Sample’. Click OK in this window and the upper 
value of transmittance will be calibrated. 

 
6.2.5.  Once the upper calibration is over, the message ‘Upper calibration OK’ will appear in the 

Status window. A new pop-up window will appear to request ‘Load Turbidity sample’. 
Without changing anything in the HPLC vial, disconnect the Launch line from the Clarity IR 
control box, then click OK in this pop-up window. The lower value of transmittance will be 
calibrated. ‘Complete’ will appear in the Status bar at he end of calibration. 

 
6.2.6.  If the calibration failed in any of the upper or lower calibration parts, repeat steps 7.2.4 and 

7.2.5 until the calibration is completed. 

 
6.2.7.  Complete steps 7.2.4 to 7.2.6 for all cells requiring calibration. Retrieve the stir bar from the 

HPLC vials before disposing of the vials. 

 
 
 
 
 
 
 

Summary of Contents for Electrothermal ATS10232E

Page 1: ...Page 1 of 19 M7998 Issue 2 3 CLARITY STATION ATS10232E Multi Input Light Measurement Module INSTRUCTION BOOK...

Page 2: ...n Certificate Page 19 The copyright of this instruction book is the property of Bibby Scientific Limited This instruction book is supplied by Bibby Scientific Limited on the express understanding that...

Page 3: ...ve way of determining the solubility of a compound by monitoring the turbidity of the mixture The complete system for solubility consists of the following Multi Channel Infra Red box ATS10232E Integri...

Page 4: ...one s self or other people The Responsible Body and the Operator should read and be familiar with this Instruction book in order to preserve the protection afforded by the equipment To prevent injury...

Page 5: ...being heated and ensure all hazards e g explosion implosion or the release of toxic or flammable gases that might arise have been suitably addressed before proceeding When heating certain substances t...

Page 6: ...Section 10 Neither the Reaction Station or Clarity System are spark flame or explosion proof and no part of the equipment has not been designed for use in hazardous areas in terms of BSEN 60079 14 199...

Page 7: ...m Description Qty 1 IR control box ATS10232E 1 2 IR probe ATS10230 Not Included 0 3 Instruction Book M7998 1 4 PSU mains leads illustration may be different to that shown depending on destination A R...

Page 8: ...itted See Technical Specification Section 8 of this instruction book 5 4 It is recommended this product be connected to a mains supply source which incorporates an RCD or GFCI device 5 5 Do not instal...

Page 9: ...disk drive Mouse or similar pointing device 5 8 2 RAM and Hard Disk Space 32 MB of RAM 128 MB recommended 20 MB free hard disk space 5 8 3 Supported Operating Systems The PC control software is compat...

Page 10: ...ustible materials in the vicinity 5 10 2 Attach the RS232 cable to the RS232 port on the clarity IR box 5 10 3 Attach other end of the RS232 cable to the RS232 port on the Integrity 10 reaction statio...

Page 11: ...7 10 5 11 1 Attach RS232 cable to the RS232 port on the back side of the Multi Temp Box USING Null Modem Adaptor 5 11 2 Attach the other side of the RS232 cable to the Aux GSIOC Port on the Clarity IR...

Page 12: ...Page 12 of 19 M7998 Issue 2 3...

Page 13: ...Complete steps 7 1 4 to 7 1 6 for all cells requiring calibration 6 2 Shoot Through Probe Calibration 6 2 1 Open Calibration screen from the Tools drop down menu 6 2 2 Adjust the variable in the calib...

Page 14: ...rbidity probes into each vessel 6 3 4 In the Integrity PC software use the Set Plateau Profile Template to setup the test method of each well according to is percentage weight For example if the weigh...

Page 15: ...Resolution 0 1 Power Supply Input Voltage 10 to 15V d c or 7 to 11V a c Connector 2 1mm power in connector Power consumption 10W Interfaces RS232 C via DB9F connector Aux RS232 C RS485 GSIOC via DB9M...

Page 16: ...or IR box and probes 8 4 Spillage and Decontamination If the equipment has been exposed to spillage or contamination the Responsible Body is responsible for carrying out appropriate decontamination If...

Page 17: ...er information For end users outside of the EU consult applicable regulations 9 4 This product should only be dismantled for recycling by an authorised recycling company This product and accessories m...

Page 18: ...ain Tel 44 0 1785 812121 Fax 44 0 1785 810405 General enquiries info bibby scientific com Order enquiries sales bibby scientific com Technical support electrothermalhelp bibby scientific com www elect...

Page 19: ...leting YES NO as applicable and by providing details in section 2 below A Blood body fluids Pathological specimens YES NO Provide details if YES B Biodegradable material that could become a hazard YES...

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