SGX Sensortech
About SGX Sensortech
SGX Sensortech, an Amphenol brand, provides a wide range of solutions for the electronic component market as a leader in Sensors. SGX Sensortech enables electronic industry professionals to build and design modern, high-performing solutions in industrial air and indoor air quality applications.
TTI is an authorized distributor of SGX Sensortech, giving customers access to SGX's extensive inventory including the MICS-VZ-89TE Gas Sensor Module and Flammable Refrigerant Gas Sensor.
Our experienced customer service team members are ready to help you find the right SGX Sensortech electronic components at +49 8142 6680 - 100.
Amphenol Brands
- Air LB
- Amphenol
- Amphenol Advanced Sensors
- Amphenol All Sensors
- Amphenol Communications Solutions
- Amphenol FCi (ACS)
- Amphenol I2s
- Amphenol Industrial
- Amphenol LUTZE
- Amphenol Piher
- Amphenol RF
- Amphenol SGX Sensortech
- Amphenol SOCAPEX
- Amphenol SSI Technologies
- Amphenol SV Microwave
- Amphenol Times Microwave Systems
SGX Sensortech Product Lines
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Flammable Refrigerant Gas Sensors
SGX refrigerant gas sensors use infrared technology which offers a simple low maintenance solution for use in refrigerant gas leakage detection and flammable Lower Explosive Limit monitoring solutions for hazardous areas. -
R290 (propane) Refrigerant Gas Leak Detection
The INIR-PR2.1% offers a great solution for HVAC applications requiring a robust solution for the detection of R290 refrigerant leakage or Propane leak detection. The INIR-PR2.1% uses NDIR infrared technology with an internal micro processor to give a factory calibrated analogue or modbus output related to the gas concentration. The temperature compensated and linearised sensor output can be easily tested for your application via the INIR-EK4 develpmen kit and engineering software. -
Easy Indoor Air Quality, the MICS-VZ-89TE from SGX
The MICS-VZ-89TE module from SGX Sensortech makes the process of detecting Indoor Air Quality simple. Using innovative metal oxide semiconductor chemistry supported by a micro-electromechanical structure (MEMS), the core sensing technology provides a swift response to changes in the levels of a wide range of VOCs and hence air quality.The low power module incorporates an advanced signal processing algorithm to produce a range of outputs including I2C, pulse-width modulated and CO2 equivalent.