MicroCal 1 Thermocouple (Types K, J, T, R, N, S, E) Simulator
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Please note: Lead time is currently around 3 months due to component supply delays
- 12 adjustable temperature points
- Accuracy: +/- 0.3°C (depending on thermocouple type)
- Allows frequent checking of thermometer accuracies
- Tests thermocouple type K, J, T, R, N, S & E thermometers
- Microcal 1 plus also measures temperature as well as simulates
- Probe in images not included, please pick from the wide Labfacility range of probes to suit this product
- Simulator only - for simulator thermometer, click here to view the Microcal1 Plus version.
The MicroCal 1 thermocouple simulator helps ensure that the frequent checking of thermometer accuracies is a routine operation. The calibrator is designed to simulate a chosen temperature to test thermocouple type K, J, T, R, N, S and E thermometers without the need for specialised equipment or conversion tables. The MicroCal 1 Plus calibrator also measures and simulates temperature.
The MicroCal 1 features a custom 10mm LCD display with alpha-numeric display line to prompt the user when changing parameters. Selectable parameters include: °C/°F, auto power off - enable/disable, CJC - internal/external and display contrast adjustment.
An optional lead set is also available, that comprises of seven leads, one for each thermocouple type K, J, T, R, N, S and E. Each PVC lead is one metre long and incorporates two miniature thermocouple plugs.
Each MicroCal is supplied with a one metre PVC type K thermocouple lead with miniature connectors and a five point UKAS Certificate of Calibration which indicates deviations from standards at the various points.
| Thermocouple Type | Range |
| K | -200 to 1372°C |
| J | -200 to 1200°C |
| T | -270 to 400°C |
| R | 0 to 1768°C |
| N | -200 to 1300°C |
| S | 0 to 1768°C |
| E | -140 to 1000°C |
| Important Information | Please note that certificates supplied do not display an expiry date. They state the date the item was manufactured. The frequency of recalibration is determined by each customer’s specific application requirements and internal quality procedures. |
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