Thermocouple Thermometer
Recorder jack provides a millivolt signal output. This enables thermometer to be used with any chart recorder, strip recorder, or computer that accepts millivolt signals.
Output results on demand
Monitor conditions in chambers, clean rooms, food processing, scientific labs, and all temperature-sensitive manufacturing operations. Recorder output provides a hard copy for today’s stringent QC documentation requirements. Output specifications are 1 mV output per degree in 0.1° display mode and 0.1 mV output per degree in the 1° display mode. Range is –50 to 1999°F and –50 to 1300°C, with a meter only accuracy of ±0.3% of the reading plus 1°C. Resolution is 0.1° from –50.0 to 199.9° and is 1° for other readings.
Stores highest readings reached
Maximum button captures the highest reading achieved. HOLD button freezes display to capture current reading. Uses all Type-K thermocouples. Large, bright, 1/2-inch-high, four-digit LCD can be read from 10 feet away. Handheld unit is completely portable and designed for years of dependable and reliable service.
| Type of Sensor: | Accepts all "K" Thermocouples |
| Temperature Sensing Range: | -58 ~ 1999°F ( -50 ~ 1300°C ) |
| Temperature Accuracy: | +/- 3°F (+/- 1.5°C) typical |
| Temperature Resolution: | Switchable 0.1° or 1° |
| Temperature Scale: | °F and °C |
| Sensor Wire Length: | (1) 48" Wire K Thermocouple ( Included ) |
| Min/Max Memory: | Yes |
| Dimensions: | 2-3/4 x 5-1/4 x 1-1/4 inches |
| Weight: | 5-1/2 ounces |
| Calibration Available: | Yes (included) |
| Sampling Rate: | 2.5 times per second |
| Special Notes: | Offset Feature allows for Field Calibration |
| Number of Sensors: | ONE |
| Display: | LED |
- Thermocouple Thermometer
- "K" Thermocouple 4Ft. wire (Max 260°/500°F)
- 9V Battery
- Instructions
- Expert Technical Support
Offset Feature:
Offset screw on side next to output. The offset controls are set at the factory to allow for the variations found in standard thermocouples. By adjusting the offset controls, found on the side of the unit, you can optimize measurement accuracy for a particular thermocouple at a particular temperature. But you can also mess them up!!! Be careful.