Amphenol SGX Sensortech SGX-Mini Electrochemical Sensors

Amphenol SGX Sensortech SGX-Mini Series Electrochemical Sensors offer high stability, fast response, and robust environmental stability. These sensors include a 3-pin configuration (counter, reference, and working electrodes). The SGX-OX-ROHS-Mini sensors feature a 0% to 25% oxygen, 30% oxygen maximum overload, 0.07 ±0.03mA in air output signal, and -600 ±10mV bias voltage. The SGX-CO-MINI and SGX-H2S-MINI sensors feature a 10Ω recommended load resistor and <0.5ppm typical resolution (electronics dependent). Typical applications include industrial safety and industrial general requirements.

Features

  • SGX-CO-Mini:
    • 40 ±15nA/ppm output signal
    • <30s response time (T90)
    • ±3ppm CO equivalent typical baseline range (pure air)
    • Up to 1000ppm linearity
    • >20,000ppm hours filter capacity
    • 10Ω recommended load resistor
    • <0.5ppm typical resolution (electronics dependent)
    • 800mbar to 1200mbar operating pressure range
  • SGX-OX-ROHS-Mini:
    • 0% to 25% oxygen range
    • 30% oxygen maximum overload
    • 0.07 ±0.03mA in air output signal
    • -600 ±10mV bias voltage
    • 800mbar to 1200mbar operating pressure range
  • SGX-H2S-Mini:
    • 170 ±55nA/ppm output signal
    • ±0.5ppm typical Baseline Range (pure air)
    • < 20s response time (T90) 
    • 10Ω recommended load resistor
    • <0.5ppm typical resolution (electronics dependent)
    • 800mbar to 1200mbar operating pressure range

Applications

  • SGX-CO-Mini:
    • Industrial safety
    • Industrial general
    • Heating, Ventilation, and Air Conditioning (HVAC)
    • Food and beverage
  • SGX-H2S-Mini:
    • Industrial safety
    • Industrial general

SGX-OX-ROHS-Mini

Performance Graph - Amphenol SGX Sensortech SGX-Mini Electrochemical Sensors

SGX-CO-Mini

Performance Graph - Amphenol SGX Sensortech SGX-Mini Electrochemical Sensors

SGX-H2S-Mini

Performance Graph - Amphenol SGX Sensortech SGX-Mini Electrochemical Sensors
Pubblicato: 2025-05-29 | Aggiornato: 2025-06-11