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Sika TP 3M Multifunction Premium Temperature Calibrator - Dry Block, Surface & Infrared Options

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TP 3M
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Sika TP 3M Multifunction Premium Temperature Calibrator - Dry Block, Surface & Infrared Options
Description

TP Solid / Dry Block-Temperature Calibrator

The calibrators of the TP Premium series are characterised by their unparalleled performance and outstanding operating comfort. Employing the intuitive menu structure, all necessary inputs can be made quickly and easily.

The large touch screen has plenty of room to display the reference, target, and devices under test temperatures. At the end of a calibration process, the TP Premium provides the complete calibration certificate.

The continuously growing bandwidth of supported temperature ranges supports an increasing number of temperature sensors on the market. They can be calibrated with a resolution of up to 0.001 ℃ / K and thus meet the highest requirements, e.g. of the food and pharmaceuticals industry.

  • ✓ Patented control technology - time-saving up to 50 %
  • ✓ Fastest stabilisation times on the market
  • ✓ Four functions in one calibrator (dry block / calibration bath / infrared / surface)
  • ✓ Large calibration volume for the simultaneous calibration of many DUT

Whether for on-site use in the workshop, in the measuring and test room, or laboratory, SIKA temperature calibrators can be used everywhere. A wide range of industries and various application areas are covered.

  • • Assembly, commissioning
  • • Manufacturing, production
  • • Maintenance, service
  • • Quality assurance, test equipment monitoring
  • • Repair

Temperature Control with "Rocket Controller"

  • Temperature regulator with model-based state control
  • Special regulation algorithm based on knowledge and experience from space travel
  • Unique temperature stability of < 0.001 °C / K
  • Anticipatory activation of the heating and cooling elements
    → The settling time to the target temperature is reduced by approx. 90% at each calibration point
    → Time savings of up to 50% with each calibration process
Sika TP 3M Temperature Control with "Rocket Controller"

Calibration Bath Function

If temperature sensors with unusual shapes and dimensions are to be checked, the use of calibration liquids offers advantages. The DUT is placed directly into the liquid without insulating air gaps, thus creating a direct temperature seal between the calibrator and the DUT. The liquid, e.g. silicone oil, is selected according to the required calibration temperature.

The continuously variable control of the magnetic stirrer, together with the pull-out sensor basket, causes vortices in the calibration liquid and thus creates a large homogenous temperature zone. Furthermore, the sensor basket ensures an unobstructed stirring operation and serves to protect the tank bottom.

Dry Block Function

The dry block function was developed to easily calibrate the temperature in lab and field applications. The optimum thermal coupling from block to DUT is achieved by the correct calibration insert.

Ideally, the inner diameter of the borehole in the calibration insert is 0.5 mm larger than the outer diameter of the DUT. With the help of the calibration insert almost all straight temperature sensors with different lengths and diameters can be calibrated.

The dry block covers the entire temperature range without changing the calibration medium. The user does not have to consider viscosities, flash points, or outgassing.

Sika TP 3M Air Shield Insert

Air Shield Insert

  • Patented dry block version with optimum radial and axial temperature distribution
  • Automatic centering of the Air Shield Insert in the block
    → User errors due to jiggling or twisting are excluded

Dark-radiation Function

A patented infrared calibration insert is used to calibrate IR pyrometers or thermal imaging cameras. The special surface structure and the asymmetrical shapes form a "black cavity radiator" with an emission factor of 0.9994 preventing the reflection of interfering radiation and emitting the desired temperature in an ideal form.

The pyrometer is simply held at the prescribed distance above the measuring port and thus forms the desired measuring spot for the calibration to be carried out on the ground. The direct mounting of a tripod is possible.

Surface Temperature Function

Surface temperature sensors are calibrated employing special calibration inserts which are placed vertically with the required contact pressure. The best possible temperature reference point on the surface of the calibration insert is found by switching the calibrator control to the external reference temperature sensor.

This is located directly under the front face of the calibration insert. The calibration insert is designed in such a way that the best temperature homogeneity is achieved in the middle of the front face. Good thermal contact is enabled by the special surface structure of the front face. The use of heat-conducting paste or other heat transfer media is not necessary.

Sika TP 3M Surface Calibration example.
Surface Calibration
Sika TP 3M Infrared Calibration example.
Infrared Calibration
Sika TP 3M Calibration Bath example.
Calibration Bath
Sika TP 3M Dry Block Calibration example.
Dry Block Calibration

Accessories

The extensive range of accessories for the TP Premium series enables time-saving calibration setups. For example, DUT can be identified via a barcode scanner or an ongoing or already completed calibration process can be displayed via a WLAN connection on a PC or smartphone anywhere in the world.

Thanks to the possibility of connecting an external measuring bridge directly to the calibrators, many DUTs can be calibrated at the same time - including the automatic generation of individual SIKA works calibration certificates.

*The price quoted is for a basic model without any linearisation, please contact us to customise your apparatus.

TP 3M Linearisation Example: EPLIKDBE000
With Linearisation (min. 1) EPLIK        
Function
Dry block (Air Shield Insert)*   AS      
Dry block   DB      
Dry block (for aseptic sensors)**   SD      
Micro bath (direct filling)   LI      
Use of tub insert   TI      
Infrared   IR      
Surface calibration*   SU      
Reference sensor
Internal     I    
External     E    
Medium
None (at AS, DB, SD, IR, SU)       00  
Water (2...95 °C)       01  
Silicone 10 cSt (-35...155 °C)       10  
Silicone 50 cSt (50...270 °C)       50  
Linearisation Points
Standard         0
Custom Specific         K

*External reference is needed.

**W043P410400G3002 as reference sensor needed.

Tech Specs

TP 3M165E.2 Technical Data

Dry Block, Dry Block Air Shield Insert, Infrared Calibration, Calibration Bath & Surface Calibration. Optional Stainless Steel Body.

Temperature range -35...165 ℃ at ambient temperature 20 ℃
Dimension of the calibration insert ø60 × 170 mm (calibration insert easily exchangeable)
Dry block Air Shield Insert
Temperature range: -30...160 ℃
External reference temperature sensor
Display accuracy ±0.07 ℃
Temperature stability ±<0.001…0.005 ℃ ℃
Temperature distribution  
→ Axial ±0.060 ℃
→ Radial ±0.010 ℃
Influence of load ±0.010 ℃
Dry block
Temperature range: -30...165 ℃
External reference temperature sensor Internal reference temperature sensor
Display accuracy ±0.10 ℃ ±0.27 ℃
Temperature stability ±0.005 ℃ ±0.010 ℃
Temperature distribution  
→ Axial ±0.200 ℃ ±0.200 ℃
→ Radial ±0.050 ℃ ±0.050 ℃
Influence of load ±0.080 ℃ ±0.150 ℃
Calibration bath (stirred), direct filling
Temperature range: -35...155 ℃
External reference temperature sensor Internal reference temperature sensor
Display accuracy ±0.19 ℃ ±0.24 ℃
Temperature stability ±0.010 ℃ ±0.020 ℃
Temperature distribution  
→ Axial ±0.325 ℃ ±0.325 ℃
→ Radial ±0.080 ℃ ±0.080 ℃
Influence of load ±0.040 ℃ ±0.200 ℃
Calibration bath (stirred), tub insert
Temperature range: -35...155 ℃
External reference temperature sensor Internal reference temperature sensor
Display accuracy ±0.20 ℃ ±0.28 ℃
Temperature stability ±0.010 ℃ ±0.020 ℃
Temperature distribution  
→ Axial ±0.350 ℃ ±0.350 ℃
→ Radial ±0.080 ℃ ±0.080 ℃
Influence of load ±0.040 ℃ ±0.300 ℃
Infrared calibration
Temperature range: -35...165℃
External reference temperature sensor Internal reference temperature sensor
Display accuracy ±0.5 ℃ ±0.5 ℃
Temperature stability ±0.020 ℃ ±0.020 ℃
Emission factor 0.9994
Surface calibration
Temperature range: -25...150℃
External reference temperature sensor
Display accuracy ±1 ℃
Temperature stability ±0.150 ℃
Stabilisation time
(with external reference temperature sensor)
 
→ to ±0.05℃ From 1 min
→ to ±0.005℃ From 5 min
Heating time  
→ 20 ℃...155 ℃ 27 min
→ -35 ℃...155 ℃ 34 min
Cooling time  
→ 165 ℃...30 ℃ 17 min
→ 20 ℃...-25 ℃ 35 min
Resolution of the temperature display 0.1 / 0.01 / 0.001 ℃ (selectable)
Hysteresis ±0.010 ℃
Temperature units ℃ / ℉ / K (selectable)
Reference temperature sensor Internal, fixed installation / external (selectable)
Interfaces Ethernet, 3 x USB
Connectivity OPC UA, serial communication, HTTP. Details and further possibilities on request.
Dimensions  
→ Width 210 mm
→ Height 380 + 50 mm (Handle)
→ Depth 300 mm
Weight Approx. 13 kg
Power supply 100...240 VAC, 50 / 60 Hz
Power consumption Approx. 375 W
Adjustable temperature range -50...165 ℃
Display Brilliant color touchscreen (7 inches), multi-panel safety glass

 

TP 3M255E.2 Technical Data

Dry Block, Dry Block Air Shield Insert, Infrared Calibration, Calibration Bath & Surface Calibration

Temperature range Room temperature...255 ℃
Temperature range for surface calibration Room temperature...200 ℃
Dimension of the calibration insert ø60 × 170 mm (calibration insert easily exchangeable)
Dry block Air Shield Insert External reference temperature sensor
Display accuracy ±0.099 ℃
Temperature stability ±<0.001…0.005 ℃ ℃
Temperature distribution  
→ Axial ±0.060 ℃
→ Radial ±0.010 ℃
Influence of load ±0.010 ℃
Dry block External reference temperature sensor Internal reference temperature sensor
Display accuracy ±0.3 ℃ ±0.3 ℃
Temperature stability ±0.005 ℃ ±0.005 ℃
Calibration bath External reference temperature sensor Internal reference temperature sensor
Display accuracy ±0.2 ℃ ±0.2 ℃
Temperature stability ±0.05 ℃ ±0.05 ℃
Temperature distribution  
→ Axial ±0.075 ℃ ±0.075 ℃
→ Radial ±0.050 ℃ ±0.050 ℃
Influence of load ±0.050 ℃ ±0.050 ℃
Infrared calibration External reference temperature sensor Internal reference temperature sensor
Display accuracy ±0.5 ℃ ±0.5 ℃
Temperature stability ±0.05 ℃ ±0.05 ℃
Emission factor 1
Surface calibration External reference temperature sensor
Display accuracy ±1 ℃
Temperature stability ±0.2 ℃
Heating time  
→ 20 ℃...245 ℃ 15 min
→ 20 ℃...255 ℃ 17 min
Cooling time  
→ 255 ℃...30 ℃ 50 min
Resolution of the temperature display 0.1 / 0.01 / 0.001 ℃ (selectable)
Hysteresis
→ Internal reference temperature sensor ±0.25 ℃
→ External reference temperature sensor ±0.025 ℃
Temperature units ℃ / ℉ / K (selectable)
Reference temperature sensor Internal, fixed installation / external (selectable)
Interfaces Ethernet, 3 x USB
Dimensions  
→ Width 210 mm
→ Height 330 + 50 mm (Handle)
→ Depth 300 mm
Weight Approx. 8.5 kg
Power supply 100...240 VAC, 50 / 60 Hz
Power consumption Approx. 1000 W
Adjustable temperature range 0...255 ℃
Display Brilliant color touchscreen (7 inches), multi-panel safety glass
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