Effective Immediately – Additel PRT temperature probes will now come standard with ISO 17025 calibrations and improved lead times!

Additel continues to improve it’s product offering to help meet the needs of our customers. We are here to help with your most demanding measurement needs with the assurance of accredited calibrations.

With this new change, we are excited to report that we’ve been able to reduce the lead times of our probe offerings.

AccuMac AM1612 – Full Immersion PRT

• Temperature Range: -200°C to 160°C
• Accuracy: <0.05°C
• Short-term Stability: <0.02°C
• Transition Junction and Lead Wires Can Withstand the Full Range of the PRT’s
• Widely Used in Climate/Humidity Chambers and Freezers for Validation/Calibration
• ISO 17025 Accredited Calibration Included

The AM1612 full immersion PRT is uniquely designed to provide users an excellent temperature probe that can expose the transition junction and the lead wires to an environment that covers the full PRT temperature range. The seal of the probe prevents the ingress of moisture so that the probe can work in humid conditions or even under full immersion in common heat transfer fluid such as ethanol, silicone oil and mineral oil. It has a wide application in freezers, temperature/humidity chambers and sterilizers.

The AM1612 is small in size with a probe length of 1.97 in (50 mm) and diameter of 0.12 in (3 mm). A unique assembly procedure provides the best balance among the hysteresis effect, mechanical shock and thermal shock performance. Each probe comes standard with an ISO 17025 accredited calibration.

AccuMac AM16XX – Precision Industrial PRTs

• Temperature Range: -200°C to 670°C
• Accuracy: <0.035°C
• Long Term Drift: <0.03°C
• Short-term Stability: <0.01°C
• Durable and Shock Resistant
• Temperature Coefficient 0.00385 Ω/ Ω/ °C
• Inconel™ Sheath on AM1660/1640 Models
• ISO 17025 Accredited Calibration Included

The AM1660 and AM1640 series Precision Industrial PRTs (IPRTs) are rugged probes with excellent accuracy and stability. These IPRTs cover a wide range of temperatures from -200°C to 670°C, with an amazing accuracy of ±0.035°C and a short term stability of ±0.01°C.

To reach the best performance in stability and repeatability, the wire-wound sensing element has been specially designed to protect the platinum sensing wire from contamination at high temperatures. A unique supporting structure and filling material provide the best balance among the hysteresis effect, mechanical shock and thermal shock performance.

Each probe comes standard with an ISO 17025 accredited calibration.