IR² Flame Detector | Stainless Steel, Flameproof (Exd)
These flame detectors give excellent immunity to false flame sources both indoors or out. They have internal self-test sources that check the detector’s operation when remotely instructed.
They can operate on a conventional 2-wire (14-28 Vdc) fire systems or 4-20mA process control systems. Relay contacts are also available for Fire and Fault signals. The detectors’ operating modes can be user selected giving a choice of alarm currents, response times, latching or non-latching outputs and sensitivity. The detectors have a maximum ambient operating temperature of 55°C.
Key Features
IR³ Flame Detector – Flameproof (Exd), High Ambient Temperatures
These flame detectors give excellent immunity to false flame sources both indoors or out. They have internal self-test sources that check the detector’s operation when remotely instructed.
They can operate on a conventional 2-wire (14-28 Vdc) fire systems or 4-20mA process control systems. Relay contacts are also available for Fire and Fault signals. The detectors’ operating modes can be user selected giving a choice of alarm currents, response times, latching or non-latching outputs and sensitivity. The detectors have a maximum ambient operating temperature of 55°C.
Key Features
These flame detectors give excellent immunity to false flame sources both indoors or out. They have internal self-test sources that check the detector’s operation when remotely instructed.
They can operate on a conventional 2-wire (14-28 Vdc) fire systems or 4-20mA process control systems. Relay contacts are also available for Fire and Fault signals. The detectors’ operating modes can be user selected giving a choice of alarm currents, response times, latching or non-latching outputs and sensitivity. The detectors have a maximum ambient operating temperature of 55°C.
Key Features
IR³ Flame Detector – Flameproof (Exd), Stainless Steel.
The technology behind the digital Linear Heat Detection (LHD) cable, makes it suitable for difficult and challenging applications where other technologies struggle to work.
The cable is easy to install and maintain. It also provides a cost effective solution where project expenditure requires this to be kept at a minumum.
The sensing cable is created from a pair of twisted steel conductors, each with their own temperature sensitive insulation. This then has an overall Fluropolymer outer sleeve. When the temperature sensitive insulation reaches it’s predetermined alarm temperature the two conductors short together providing the digital or switched signal.
The cable can be connected to any unit capable of monitoring a switched signal, i.e. Conventional fire panel, addressable switch monitor unit or PLC.
The simple and proven technology of digital Linear Heat Detecting cables (LHD), makes it a product of choice for difficult and challenging applications where other technologies struggle to work.
With it’s ease of installation and low maintenance it also provides a cost effective solution where project expenditure requires to be kept at a minimum.
The sensing cable is formed from a pair of twisted steel conductors each with temperature sensitive insulation and then an overall Nylon outer sleeve. When the temperature sensitive insulation reaches it’s predetermined alarm temperature the two conductors short together providing the digital or switched signal.
The cable can be connected to any unit capable of monitoring a switched signal, i.e. Conventional fire panel, addressable switch monitor unit or PLC.
The nylon outer sleeve of the H8045N offers good chemical and water resistance, allowing it to be deployed in harsh and dirty environments.
The technology behind the digital Linear Heat Detection (LHD) cable, makes it a product of choice for difficult and challenging applications where other technologies may struggle.
It is easy to install and requires low maintenance therefore providing a cost effective solution where project expenditure requires to be kept at a minumum.
The sensing cable is created from a pair of twisted steel conductors, with temperature sensitive insulation. And an overal PVC outer sleeve. When the temperature sensitive insulation reaches it’s predetermined alarm temperature the two conductors short together providing the digital or switched signal.
The LHD cable can be connected to any unit monitoring a switched signal, i.e. Conventional fire panel, addressable switch monitor unit or PLC.
The digital Linear Heat Detection Cable uses simple and proven technology. Making it a product of choice for difficult and challenging applications where other technologies struggle to work.
It is easy to install and requires low maintenance, therefore providing a cost effective solution where project expenditure requires to be kept at a minumum.
The sensing cable is created from a pair of twisted steel conductors each with temperature sensitive insulation and then an overall PVC outer sleeve. When the temperature sensitive insulation reaches it’s predetermined alarm temperature the two conductors short together providing the digital or switched signal.
The cable can be connected to any unit capable of monitoring a switched signal, i.e. Conventional fire panel, addressable switch monitor unit or PLC.
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