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ba_tp18200e_e.doc/03/04/e (09/2020) 

Version 0.1 

  Page 6 

3.8   Programming of the set point 

 

Push 

key P

, then release it. The programming mode is activated. 

The 

upper display

 (PV) will visualise 

“SP 1”

 (Set Popint 1). 

The 

lower display

 (SV) will indicate the 

actual programmed value

 of the heating block. 

 

To modify the value, press 

 key to increase the value of the heating block 

 

To modifythe value, press 

 key to decrease the value of the heating block 

 

Once the desired value has been reached, by pushing 

key P

 it is possible to exit the programming mode. 

NOTE: 

A) The keys 

 and 

change the value 1°C at a time but if they are pressed for more than one second, the 

value increases or decreases rapidly and, after two seconds in the same condition, the changing speed 
increases in order to allow the desired value to be reached rapidly. 
B) If no key is pressed for approx. 15 seconds, the display will return to normal functioning automatically. 
 

4   Cooling down the heating block 

Attention: Danger of burning (block and test piece).

  

Before transportation or touching the heating block the block has to be cooled down. 
 

5   Recalibration 

The test instrument, series TP18 000 E , have been adjusted and checked before delivery with measuring 
means, which are based on nationally accepted standards. 
Due to the DIN ISO 10 012 the instruments have to be checked depending on the area of application in 
adequate periodical intervals. We recommend to send us the instruments in intervals of 12 months at the latest 
or approx. 500 working hours to our plant for recalibration or readjustment. 
 

6

   

Error signalling 

 

Error

 

Reason

 

Action 

 

- - - -

 

Probe interrupted 

Verify the correct connection between probe 
and instrument and then verify the correct 
functioning of the probe 

uuuu

 

The measured variable is under the probe’s 
limits (under-range) 

oooo

 

The measured variable is over  the probe’s limits   
(over-range) 

ErEP

 

Possible anomaly of the EEPROM memory 

Push key “P” 

 
In error conditions, the controller switches off the heating elements of the calibrator 

 

7   Cleaning 

We recommend  cleaning of the instrument with a slightly wet cloth using water and not abrasive cleaners or 
solvents which may damage the instrument. 

Summary of Contents for SIKA TP 18 200 E

Page 1: ...erating position 4 3 3 Adapter sleeves 4 3 4 Control of temperature sensors 4 3 5 Front panel description 4 3 6 Switching on of the calibrator 5 3 7 Indication of the block temperature and set tempera...

Page 2: ...o the current state of technology This refers to measuring accuracy function as well as safe operation of the devices To grant safe operation competent and responsible behaviour of the operator is ess...

Page 3: ...and control device to be used according to EN61010 1 for the altitudes operation until 2000 m The use of the instrument for applications not expressly permitted by the above mentioned rule must adopt...

Page 4: ...essary to use exactly adapted pockets The right bore is the outer dameter of the device under test 0 5 mm 3 4 Control of temperature sensors For the test of temperature sensors a separate temperature...

Page 5: ...brass block up from ambient temperature to the adjusted set point value 3 7 Indication of the block temperature and set temperature The red 4 digit 7 segment LED PV shows continuously the temperature...

Page 6: ...ng block and test piece Before transportation or touching the heating block the block has to be cooled down 5 Recalibration The test instrument series TP18 000 E have been adjusted and checked before...

Page 7: ...a detailed description of the faults found without any fees or charge for SIKA except in the event of alternative agreements 10 Technical Data Regulation of the heating block with PID regulator Adjust...

Page 8: ...Fuse 1 6 A T 230VAC 3 15 A T 115VAC Operating temperature 0 50 C Operating humidity 30 95 RH without condensation Storage temperature 10 60 C Compliance 2014 35 EC EN 61010 2014 30 EC EN 61326 1 Dime...

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