Take better temperature measurements with probes and modules designed for your application. Use in a wide variety of functions including HVAC/R measurements, predictive maintenance programs and electrical testing.
This Z insert fits into your existing 9190A ultra-cool field metrology well.
Add this Z insert to your existing 9170 metrology well. The insert is crafted from aluminum.
Featuring an aluminum construction, this Z insert works with 9171 metrology wells.
This full-immersion PRT has lead wires made of single-conductor enameled copper, which prevents moisture from wicking to the sensing element.
This full-immersion PRT with bare wire is designed to perform in extreme temperatures where both the transition junction and the lead wires are required to withstand temperatures covering the...
The transition junction seal and lead wire insulation of this full-immersion PRT won't degrade in common heat transfer fluids, such as silicone oil, mineral oil, ethanol and even liquid nitrogen.
With gold-pin connections, this full-immersion PRT is made to handle extreme temperatures.
The diameter of the lead wire on this full-immersion PRT is no greater than 0.2mm, which makes it easy to run lead wires through a freezer door to your readout or transmitter with effectively zero...
Fully immerse this full-immersion PRT over its entire temperature range without degradation.
Featuring lead wires that are made of single-conductor enameled copper wire, this full-immersion PRT is designed to perform in extreme environments.
With an INFO-CON connection that's made for 1523 or 1524 models, this full-immersion PRT's transition junction seal and lead wire insulation stand up to common heat transfer fluids.
When both the transition junction and the lead wires are required to withstand temperatures covering the entire operating range of the probe, choose this full-immersion PRT.
Since the wire-wound sensors on this PRT are smaller, heat transfers to the sensors quickly, so you can achieve fast response times when making measurements. The thermometer is also ideal for...
Since the wire-wound sensors on this PRT are smaller, heat transfers to the sensors quickly, so you can achieve fast response times when making measurements. The thermometer is also ideal for...
Since the wire-wound sensors on this PRT are smaller, heat transfers to the sensors quickly, so you can achieve fast response times when making measurements. The thermometer is also ideal for...
Since the wire-wound sensors on this PRT are smaller, heat transfers to the sensors quickly, so you can achieve fast response times when making measurements. The thermometer is also ideal for...
Since the wire-wound sensors on this PRT are smaller, heat transfers to the sensors quickly, so you can achieve fast response times when making measurements. The thermometer is also ideal for...
Since the wire-wound sensors on this PRT are smaller, heat transfers to the sensors quickly, so you can achieve fast response times when making measurements. The thermometer is also ideal for...
Since the wire-wound sensors on this PRT are smaller, heat transfers to the sensors quickly, so you can achieve fast response times when making measurements. The thermometer is also ideal for...
Since the wire-wound sensors on this PRT are smaller, heat transfers to the sensors quickly, so you can achieve fast response times when making measurements. The thermometer is also ideal for...