Net Safety SC310 Catalytic Bead Combustible Gas Sensor

Millennium II series SMART sensor, Accuracy: ±2% less than 50%, ±5% greater than 50%.

Starting at $1,196.48

Effective April 15th, 2025 Net Safety Monitoring has added a 6.4% surcharge for all of their products. The surcharge will appear as a separate line item on the order.


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  • Usually ships in 2-4 weeks
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Features

  • SMART sensor technology
  • Transmitter automatically recognizes sensors configuration
  • Lowest power consumption available
  • Long range (2000ft) sensor separation
  • 5 year sensor warranty
  • Field selectable gas curves available
  • Immune to poisoning
  • Accuracy:
    • ±2% less than 50%
    • ±5% greater than 50%
  • Designed to perform in the most extreme industrial environments

The Net Safety SC310 Catalytic Bead Combustible Gas Sensor provides versatile, robust and field proven performance in a rugged package designed for the most extreme industrial environments. For all flammable gas types, %LEL detection is fast and reliable with simplified field serviceability using the M2B, M21, or M22 universal transmitters. SensorGuard technology protects against catalyst poisons allowing a full 5 year warranty on the SC310 sensor.

There's no longer the need to purchase multiple gas specific detectors. You have the option to utilize 1 or 2 toxic and/or combustible gas sensors on a single Millennium II transmitter and easily mix and match any of our sensor technologies.

SMART (Self Monitoring Analysis and Reporting Technology) sensors are pre-calibrated and easily connected to the transmitter which instantly recognizes a newly fitted sensor, automatically uploading it's specific configuration profile.

Sensor and transmitter continuously communicate digitally, giving you the confidence of stable, accurate protection with fast response times even over long separation distances.

The SC3 Series has been approved to international hazardous area safety standards for functional operation and performance.

High resolution, dual-beam optics are employed in the sensor design which eliminates reflective surfaces preventing fouling, fogging or misalignment. Not only does this provide enhanced overall performance but it also means low power consumption which equals cost savings and more reliable coverage.

Continuous self-check for several performance parameters as well as environmental compensation for temperature, pressure and humidity maintains a high level of sensor performance and reliability.