TE-707-B-17-C-2 | 20K Ohm | Flexible Averaging Temperature Sensor | Averaging Wire Length: 24 feet | Galvanized Housing | Armored Cable | MAMAC Systems

24' Armored 20Kohm NTC AVG TEMP MAMAC Systems TE-707-B-17-C-2 is a 24' Armored 20Kohm NTC AVG TEMP. This product is used to measure average temperature in industrial applications. It has a rugged construction and is designed to withstand harsh environments. The TE-707-B-17-C-2 is a reliable and accurate way to measure temperature in a variety of applications. Specifications: * Length: 24' * Resistance: 20Kohm * Accuracy: ±0.5°C * Operating Temperature Range: -40°C to 125°C * Housing Material: Stainless steel * Lead Wire Material: PVC * Cable Length: 10 ft We offer the best prices and fast shipping for your products!

Description

• Two probe construction options - plenum rated cable or metallic armored cable.
• Sensor nodes are moisture sealed with a patented process to handle condensation and contaminants.
• An aluminum bracket is crimped over the sensing modules to stress relief the assembly to withstand installation and operational physical abuse.
• Available with polycarb, galvanized steel or NEMA-4 / IP-65 powder coated steel enclosure to cover all applications.
• More than 16 types of interchangeable NTC thermistors, precision platinum, nickel or balco RTDs are available for universal compatibility.

TE-707 flexible averaging temperature sensors offer many benefits over rigid tubular sensors. Rigid sensors have to be uncoiled and then bent into position using a tube bender. If kinked, moisture will enter, condense and cause intermittent shorts. Flexible sensors are easy to install and are moisture sealed. Just clip or tie directly to the heat exchanger, coil or duct. Unlike tube averaging sensors, the sensing nodes in flexible cable are clearly identified and can be positioned to correctly average the temperature across the face of the coil or duct. The sensing elements in rigid tubular averaging sensors are not in contact with the tube and may have an air gap resulting in slow response time. The sensing nodes in flexible averaging sensors have a thin protective sheath directly in contact to the sensing element resulting in an extremely fast response time thus eliminating false freeze stat trips.