Home » Shop » Temperature Sensors » MAMAC Systems TE-703-C-12-A-1 Immersion Temperature Sensor, 10K NTC Thermistor, 4″ Probe, 1/8″ NPT, NEMA 1

MAMAC Systems TE-703-C-12-A-1 Immersion Temperature Sensor, 10K NTC Thermistor, 4″ Probe, 1/8″ NPT, NEMA 1

Original price was: $12.08.Current price is: $8.57.

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SKU: TE-703-C-12-A-1 Category:

The MAMAC Systems TE-703-C-12-A-1 is a precision immersion temperature sensor engineered for reliable liquid temperature measurement in commercial HVAC and building automation applications. Featuring a 10,000 Ohm NTC Thermistor (Type II) sensing element, this sensor delivers accurate, repeatable readings across a wide temperature range — making it an ideal choice for hydronic systems, chilled water loops, hot water systems, and process piping.

Key Features
  • 10,000 Ohm NTC Thermistor (Type II) sensing element for accurate, stable temperature measurement
  • 4″ stainless steel probe length for reliable immersion in pipe systems
  • 1/8″ NPT threaded adapter for straightforward installation into standard pipe fittings or thermowells
  • NEMA 1 rated galvanized steel enclosure for indoor installation protection
  • Designed for compatibility with a wide range of building automation system (BAS) controllers and DDC systems
  • Compact, durable construction suitable for commercial HVAC hydronic applications
Sensor Specifications
  • Sensor Type: 10,000 Ohm NTC Thermistor, Type II
  • Probe Length: 4 inches
  • Pipe Connection: 1/8″ NPT adapter
  • Enclosure Type: NEMA 1, Galvanized Steel
  • Brand: MAMAC Systems
  • SKU: TE-703-C-12-A-1
Applications
  • Chilled water supply and return temperature sensing
  • Hot water and hydronic heating system monitoring
  • Building automation and DDC control systems
  • Commercial HVAC process piping temperature measurement
Why Choose MAMAC Systems?

MAMAC Systems is a trusted manufacturer of sensors and transmitters for the HVAC and building automation industry. The TE-703 series immersion sensors are built to deliver long-term accuracy and durability in demanding commercial environments, ensuring your BAS or DDC system receives reliable temperature data for optimal system performance and energy efficiency.