ELLAB TEMPERATURE STANDARD
The reference thermometer ETS serves as a comparison standard for the calibration of temperature sensors and wireless data loggers in a bath or a dry well calibrator. The calibration of the ETS probe is traceable to a national temperature standard and issued by an accredited laboratory.
With a diameter of ¼' (6.35 mm) and a length of 300 mm, the ETS reference thermometer has the ususal dimensions and can thus replace other temperature standards.
Temperature standard ETS with external temperature display
HIGH PRECISION
ETS reference thermometer has the high accuracy and stability required for the calibration of sensors used for the validation of thermal processes.
STAND ALONE OPERATION
For the stand-alone operation of the temperature standard, the ETS Suite software allows to visualize and store data. Alternatively, the ETS can be used autonomously with an optional display.
EFFICIENT CALIBRATION WITH VALSUITE SOFTWARE
When used with an Ellab validation system, the ETS reference thermometer is integrated in the validation software ValSuite. This allows for an efficient and fully automated pre- and post- calibration of E-Val Pro thermocouples and of wireless TrackSense data loggers. The ETS is connected to the PC via a USB interface.
For the most commonly used references from other manufacturers, Ellab has developed interfaces which allows to use them also for an automatic calibration.
Calibration software ValSuite
SPECIFICATIONS
Temperature sensor and electronics are separate units which reduces maintenance and repair costs
| ETS10 | ETS20 | ETS25 | |
|---|---|---|---|
| Temperature range | -80 to 250 °C | -50 to 150 °C | -196 to 420 °C |
| Accuracy* | |||
| Range -50 to 150°C | ±0.011 °C | ±0.020 °C | ±0.025 °C |
| Other temperatures | ±0.025 °C | - | ±0.025 °C |
| Dimensions (total) | ø 11 x 475 mm | ø 11 x 475 mm | ø 11 x 475 mm |
| Dimensions of sensor | ø 6.35 x 340 mm | ø 6.35 x 340 mm | ø 6.354 x 300 mm |
| Minimum immersion depth | 100 mm | 100 mm | 100 mm |
| *Includes Instrument, PRT and Drift: | |||
