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Using Test Specimen Fixtures 

TP 17 / TP M / TP Multi  

- 14 - 

 © SIKA  •  Ba_TP17-TPM-Multi_en.doc  •  01/2014  

 

When using silicone oil as the calibration liquid: 

  Only use the silicone oil recommended in these operating instructions.

 

  Always read the safety data sheet supplied with the silicone oil before using it.

 

  Always ensure adequate ventilation when working with silicone oil, since hazardous sub-

stances can be released. 

  Prevent silicone oil from coming into contact with your eyes. 

  Since silicone oil is hygroscopic, always use the transport cover to close the calibra-

tion bath after use. 

 

IMPORTANT NOTICE! 
Only use clean calibration liquid. Checking temperature sensors and other temperature 
detection means can lead to a contamination of the calibration liquid. This contamination 
can lead to smeary gel effect on the bottom of the tank due to the rotation of the mag-
netic stirrers. 

  Clean the tank. 

  Clean before calibration of the sensors. 

  Exchange the worn magnet stirrer. 

  Exchange dirty, smeary calibration fluid. 

 

4.4.2  Information on filling amounts 

 
 

CAUTION! Risk of incorrect measurement or material damage. 
Do not exceed the maximum fill level during operation. 

  Above the maximum fill level the heat dissipation is too great, preventing compliance 

with the specified tolerances. 

  Overflow of the calibration liquid causes contamination and can damage the calibrator. 

 Ensure that the maximum fill level is not exceeded during operation. 

 

 

The fill level in the tank or tub insert rises as a result of: 

 

Thermal expansion  
Calibration liquids expand to varying degrees as 
a result of heating. The increase in fill level de-
pends on the calibration liquid that is used and 
the reference temperature setting. 

 

Displacement by sensors 
The volume displaced by the sensors being 
calibrated must be taken into account in the fill-
ing amount. 

 

Rise due to stirring 
The rotation of the magnetic stirrer forms a 
whirlpool in the liquid. This raises the fill level at 
the wall. 

 

 

 

 

 

Maximum fill level of the liquid bath 

Summary of Contents for TP 17 *** M Series

Page 1: ...info sika net www SIKA net SIKA Ba_TP17 TPM Multi_en pdf 01 2014 Temperature Calibrators Series TP 17 TP M TP Multi Please keep this operating manual for future reference If the device is resold pleas...

Page 2: ...sioning 16 5 1 Start up procedure 16 5 2 Switching on the calibrator micro calibration bath 17 5 3 Reference and set temperature display 17 5 4 Stabilizing the reference temperature 17 6 Testing tempe...

Page 3: ...e damage to property CAUTION High temperature This sign indicates dangers resulting from high temperature that can lead to health defects or considerable damage to property CAUTION Material damage Thi...

Page 4: ...ies TP 17 TP M TP Multi include the following calibrator micro calibration bath types Metal block calibrators Micro calibration baths TP 17 165 c h TP 17 165 S c h TP M 165 S c h TP M 165 S U c h TP 1...

Page 5: ...repair 1 1 Intended use The calibrators of the series TP 17 TP M TP Multi are only allowed to use for the inspec tion of temperature sensors The operational safety of the supplied instruments is only...

Page 6: ...n operation and maintenance of the TP 17 TP M TP Multi must hold a relevant qualification This can be based on training or relevant tuition The personnel must be aware of this operating manual and hav...

Page 7: ...and void Special safety instructions Further Warnings that are specifically relevant to individual operating procedures or activi ties can be found at the beginning of the relevant sections of this op...

Page 8: ...part of the housing contains the complete electronic unit for controlling the refer ence temperature Solid state relays SSR are used to control the heating and cooling elements A controller with a two...

Page 9: ...icro calibration bath is not heating 9a LED OUT 2 a Heating instrument Signals the status of the output for the fan con trol If the LED OUT 2 lights up the fan is running at high speed If the LED OUT...

Page 10: ...1 1 or USB 2 0 A network configuration allows the connec tion of up to 32 calibrators micro calibra tion baths to the same network Certain factory settings have to be carried out to enable configurat...

Page 11: ...ve in the block of the calibrator After use Remove the sleeves after use with the aid of the sleeve remover and remember to clean the sleeve and the block This prevents the sleeves becoming jam med in...

Page 12: ...ith the aid of the sleeve remover After use Remove the sleeves after use with the aid of the sleeve remover and remember to clean the sleeve and the block This prevents the sleeves becoming jammed in...

Page 13: ...liquids Use the sleeve changing tool fit the tub insert in the block Just like the tank the tub insert can be closed with the associated cover Both threaded covers are leakproof so the calibration liq...

Page 14: ...before calibration of the sensors Exchange the worn magnet stirrer Exchange dirty smeary calibration fluid 4 4 2 Information on filling amounts CAUTION Risk of incorrect measurement or material damag...

Page 15: ...cage inside It protects the magnetic stirrer It also prevents blocking and ensures proper stirring Using the sleeve changing tool fit the tub insert in the block or tank only if a tub insert is used I...

Page 16: ...on sleeves into the tank This will prevent the sleeves becoming jammed in the tank 5 Commissioning Before switching on the calibrator or the first time please follow the instructions in the follow ing...

Page 17: ...the metal block liquid bath When us ing the calibrator micro calibration bath with more than one function then the chosen function will be dis played in alternation Lower display green The green 4 di...

Page 18: ...he status of the test specimen Remember that the test specimen requires a short period of time until it absorbs the temperature of the metal block or liquid bath The internal references are set to nor...

Page 19: ...layed by the lower display The LED OUT 1 indicates the status of the output for the heater control If LED OUT 1 lights up the temperature is being increased If LED OUT 1 does not light up the heater i...

Page 20: ...is displayed by the lower display Press the key to increase the set temperature Press the key to decrease the set temperature Press the P key again to confirm the new set point NOTES B Press the and...

Page 21: ...Main menu for simple temperature calibrator or micro calibration bath NOTICE The S version provides certain additional functions e g storage of four different set tem peratures or setting of the contr...

Page 22: ...n an external reference is used Please connect this to the mini DIN socket and turn the selector switch to ext Ref Menu structure S versions As displayed by the menu structure it is possible to reach...

Page 23: ...tched off and the reference temperature will continuously change and adjust to the room temperature without having to be further regulated Switching on the automatic control The control is switched of...

Page 24: ...Press the key to decrease the output capacity PLEASE NOTE Press the and key to raise and lower the value by 0 1 respectively If the keys are held pressed for at least one second the value increases o...

Page 25: ...ur set point memories SP1 SP2 SP3 and SP4 Press the P key to open the respective set point memory The selected set point memory e g SP 3 flashes on the upper display The corresponding current set temp...

Page 26: ...ry out a gradient control yourself and thus determine the time in which the set temperature is reached The time can be shorter or longer than the time usually required by the calibrator micro calibrat...

Page 27: ...in 2 C min 0 5 C min 2 C min 0 5 C min 2 C min 0 5 C min 2 C min 0 5 C min 1 Heating gradient SLor The heating gradient SLor is active if the reference temperature is lower than the set tem perature E...

Page 28: ...display LED SET flashes on the lower display Press the or key until OPEr appears Press the P key again the group level opens OPEr appears on the upper display SP appears on the lower display and LED...

Page 29: ...SLor Press the key to decrease the heating gradient SLor Press the and key to raise and lower the value by 0 1 respectively If the keys are held pressed for at least one second the value increases or...

Page 30: ...y to increase the cooling gradient SLoF Press the key to decrease the cooling gradient SLoF Press the and key to raise and lower the value by 0 1 respectively If the keys are held pressed for at least...

Page 31: ...tion time ap pears on the lower display Press the key to increase the duration time dur t Press the key to decrease the duration time dur t Press the and key to raise and lower the value by 0 1 respec...

Page 32: ...is running If the LED OUT 2 does not light up the cooling is not active PLEASE NOTE After switching off or after removing the mains connection the installed fan can no longer provide cooling air Neve...

Page 33: ...le details what problems you can solve yourself and how to solve them Problem Possible Cause Remedy Interruption of the internal reference sensor or the internal reference sensor is defective uuuu Mea...

Page 34: ...een made 12 Recalibrating The calibrator micro calibration bath is adjusted and tested with measuring equipment in ac cordance with recognized national standards prior to delivery The calibrator micro...

Page 35: ...isplay unit C or F optional Two line display Reference temperature Target temperature 4 digit 7 segment LED 7mm high red upper display green lower display Display for sensor break Sensor break behavio...

Page 36: ...ontrol stability 0 1 C Electrical characteristics Power supply 90 240 VAC 10 50 60 Hz 230 VAC 15 10 50 60 Hz 115 VAC 20 10 optional 50 60 Hz Power consumption 400 VA 600 VA 2000 VA 1000 VA Fuse 90 240...

Page 37: ...rol stability Dry block 0 05 C Infrared black body 0 05 C Surface temperature 0 2 C Electrical characteristics Power supply 90 240 VAC 10 50 60 Hz 230 VAC 15 10 50 60 Hz 115 VAC 20 10 optional 50 60 H...

Page 38: ...1 C 0 2 0 2 Emission degree Infrared black body 0 9994 Control stability Dry block 0 05 C Infrared black body 0 05 C Surface temperature 0 2 C Micro calibration bath 0 05 C Electrical Characteristics...

Page 39: ...middle at a depth of 155 mm TP 17 At full depth the reference sensor is located in the middle of the sleeve Infrared TP 17 166 S TP 17 450 S series TP M S All periods relate to a reference sensor Pt1...

Page 40: ...Technical data TP 17 TP M TP Multi 40 SIKA Ba_TP17 TPM Multi_en doc 01 2014 14 5 2 TP 17 450 TP 17 650 dry block 14 5 3 TP 17 166 S TP 17 450 S infrared surface...

Page 41: ...TP 17 TP M TP Multi Technical data Technical changes reserved 41 14 5 4 TP M 165 S Dry block infrared and surface Water and silicone oil...

Page 42: ...Technical data TP 17 TP M TP Multi 42 SIKA Ba_TP17 TPM Multi_en doc 01 2014 14 5 5 TP M 225 S TP M 255 S Dry block infrared and surface Water and silicone oil...

Page 43: ...TP 17 TP M TP Multi Technical changes reserved 43...

Page 44: ...TP 17 TP M TP Multi 44 SIKA Ba_TP17 TPM Multi_en doc 01 2014...

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