3.3.2 -200°C to 800°C High Accuracy Dual-Channel Thermometer w/ Data Logging

Dot matrix LCD screen, precise measurement, multi-function 

This is a high precision platinum resistance thermometer compatible with Pt100 and Pt1000 probes. It's equipt with pulse measurement technology, which can reduce the power consumption as well as minimize the heat generated by the probe. Utilizing advanced precision reference resistors and circuitry, this thermometer has been calibrated against a secondary thermometer standard to achieve an impressive accuracy of ±(0.05%|t|+0.05)℃ across a wide measuring range of -200°C to 800°C.
Additionally, the logger is capable of showing data as a curve graph. If the data exceeds or falls below the set value, the alarm will sound to promptly alert users of any abnormalities, allowing for timely adjustments to be made.

Data logging & analysis  

When in data logging mode, the instrument saves measurement data for user data analysis and viewing at a later time. Created with the users in mind, the instrument has built-in features that can restore and transfer files or data to other devices. This back-up design significantly decreases the likelihood of data loss due to human error.

Re-calibration assures long time use in tolerance. 

Each unit is shipped with a calibration report to assure accuracy from an ISO/IEC 17025:2017 conforming calibration laboratory and indicates traceability of measurements to the SI units through NIST.  

Calibration is an essential part for optimal performance and accurate tracking. This meter’s calibration can be done from the meter with a straightforward procedure to follow which includes up to 10 points covering its range. It is open to any calibration lab with this capability (not recommended to be done by user) or by sending it to our lab.  

Application  

This thermometer with data logging function is an ideal solution for a wide range of applications including lab research, food and medicine production, aerospace and others requiring high precision measurement.