k2
CALIBRATION WAFER

K2 Calibration Wafer

The TekSense K2 calibration wafer is the highest accuracy temperature wafer available on the market and offers an accuracy of 0.1K in the temperature range from -40 °C to +175 °C. It comes in 200/300 mm and has 13/17 sensors, respectively. It offers optional upgrade paths to -60 °C and +200 °C and can be purchased either freestanding or as a complete system.

From $13,080.00

The K2 wafer fulfills traceability requirements of ISO17025:2017 and IATF AS/TS 16949 and is used in laboratory environments to obtain the most accurate temperature measurements.

The K2 wafer comes with 13 sensors for 200 mm and 17 sensors for 300 mm.

UNMATCHED PERFORMANCE

WHAT IS IN THE BOX?

Cowboy Wafer Case

The system features:

SYSTEM SPECIFICATIONS
Diameter 200 and 300 mm
Temperature range (-40 °C to 175 °C)
Upgrade path (-60 °C and +200 °C)
Sensor to sensor 0.03K
Accuracy 0.1K
Number of sensors 200mm 13
Number of sensors 300mm 17
Thickness <4mm
Sensor type PT100
Cabling 4-Wire configuration
Data Logger
Number of channels 4
Number of data loggers 200 mm wafer 4
Number of data logger 300 mm wafer 5
Connectivity USB, Ethernet
Converter resolution 24 bit
Temperature Resolution 0.01 °C
Software
Operating system Windows XP to Windows 10
Display All sensor channels
Math functions Min, Max, Mean, Range, etc
Export format xls, pdf, proprietary data file
Multiple views Graph, spreadsheet, text
Limits Alert function for out of range data
IP Networking Measurement transfer via LAN connection+

Frequently asked questions

ISO9000: Focuses on guidance and tools that products and services must consistently meet for quality to be consistently improved.

To comply with ISO9000 one requires ISO17025 calibrated equipment, and internal laboratory and external laboratory services.

ISO17025: ISI/IEC 17025 General requirements for the competence of testing and calibration laboratories. ISO17025 focuses more specifically on requirements for technical competence and the implementation of quality systems aimed at improving the ability to consistently produce valid test results.

Uncertainty of measurement determines its accuracy. ISO 17025 requires all uncertainties to be added to come up with the combined measurement uncertainty.

Expanded measurement uncertainty (I.e., Expanded Uncertainty): Combined standard measurement uncertainty and a factor larger than one.

Measurement uncertainty is usually expressed as an expanded uncertainty U = k*uc, where k is the coverage factor and uc the combined standard uncertainty.

Expanded uncertainty with a coverage factor k of 2 which provided an interval with a level of confidence of approximately 95%.

Accuracy is the degree to which the result of a measurement, calculation, or specification conforms to the correct value or a standard.

Precision is the refinement in measurement, calculation, or specification, especially as represented by the number of digits given.

This product is covered by Sigma Care! Which gives you a standard 25 cycle, the 3-month warranty is included. This does not cover breakage – strictly workmanship and technical performance. Should a sensor go out or a production defect arise, these are covered for 6 months.

Yes, Sigma Care extends the warranty to 12 months and is available on an extended basis.

Recalibration is up to the customer. SIGMA recommends a 12-month interval until drift is established and documented. Your process requirements should override any recommendations as we do not have any input on your processes.