Skip to main navigation Skip to main content Skip to page footer

DUOmaster CO/LPG G

Detektor tlenku węgla CO i propanu-butanu LPG

The "DUOmaster CO/LPG G" two-gas garage detector is used for the continuous protection of premises at risk of carbon monoxide and propane-butane (LPG) emissions. Typical applications for the "DUOmaster CO/LPG" detector include garages and underground car parks. The "DUOmaster CO/LPG G" detector is designed for use with typical control panels or controllers. Power supply 12 V or 24 V DC.

Depending on the version, it can have different types of outputs:

  • current: continuous (4-20mA), or dual threshold 4/8/12mA
  • OC voltage type (NC or NO), two outputs signalling exceeding alarm thresholds Al1 and Al2.
  • digital - RS485 connection, Modbus RTU protocol, addressable detector.

Sensors used:

  • Carbon monoxide CO : electrochemical, (selective, measurement or two-threshold detection, alarm thresholds: 40/100ppm, measuring range 0...500ppm ).
  • LPG (propane-butane) : solid-state (non-selective, alarm thresholds: 10/30%DGW).

Visual indication on the detector of power supply, exceeding of alarm thresholds, failure.

The detector consists of two modules: the main (CO) module and the LPG module connected by a cable.

Main module (CO) - PS plastic housing, cable entries (glands) : PG11 + PG9 (only /RS485 versions), PG16.

LPG module - PS plastic housing, cable entry (gland): PG16

Versions:

  • DUOmaster CO/LPG G /EP/D - electrochemical CO sensor, solid state LPG sensor, detection outputs, threshold A1/A2 type OC-NC or OC-NO
  • DUOmaster CO/LPG G /EP/S - CO electrochemical sensor, LPG semiconductor sensor, 4-20mA or 4/8/12mA current output
  • DUOmaster CO/LPG G /EP/RS485 - electrochemical CO sensor, LPG semiconductor sensor, RS485 output with Modbus RTU protocol.

Feel free to contact us!

Our team of experts will be happy to answer all your questions, advise you on the best solutions and help you customise your offer. Together, let's ensure safety and efficiency in gas detection.