What to do if Flamefast GASGUARD Safety Equipment shows 'Fire Alarm Active'?
If your Flamefast Safety Equipment displays 'Fire Alarm Active', it indicates that the fire alarm interface is open circuit. Please reset the system.
What to do if Flamefast GASGUARD Safety Equipment shows 'Remote Stop Pressed'?
If your Flamefast Safety Equipment displays 'Remote Stop Pressed', it means the remote stop interface is open circuit. Please reset the system.
What to do if Flamefast Safety Equipment displays 'Intake Fan Fail'?
If your Flamefast Safety Equipment is displaying 'Intake Fan Fail', this indicates that the intake interface is open circuit. Check the operation of the intake fan.
What to do if Flamefast GASGUARD displays 'Extract Fan Fail'?
If your Flamefast Safety Equipment displays 'Extract Fan Fail', it means that the extract interface is open circuit. Check the operation of the extract fan.
What to do if Flamefast GASGUARD Safety Equipment displays 'New Sensor Found'?
If your Flamefast Safety Equipment displays 'New Sensor Found', it indicates that a new sensor was found on the network. Hold the Learn button to add it.
What to do if the Flamefast GASGUARD panel is displaying Transmitter Fault?
If the Flamefast Safety Equipment panel is displaying 'Transmitter Fault', ensure that the transmitter is receiving 24V at both ends, and check the cabling.
What to do if Flamefast GASGUARD displays XXmB Drop in XXXsec?
If your Flamefast Safety Equipment displays 'XXmB Drop in XXXsec' and the pressure test sees a drop of more than 10%, check the outlets.
General| Category | Safety Equipment |
|---|---|
| Manufacturer | Flamefast |
| Detection Range | 0-100% LEL |
| Detection Method | Catalytic Sensor |
| Alarm | Visual and Audible |
| Humidity Range | 10-95% RH (Non-condensing) |
Details power supply, consumption, solenoid output, status relay, BACnet, operating conditions, IP rating, housing, colour, and approval.
Lists installation compliance with standards, contact for suitability, mounting, fusing, isolation, and safe use directives.
Specifies control panel mounting height, accessibility of emergency stop, and cable entry considerations.
Explains the 24V DC auxiliary output, device consumptions, and maximum output limits.
Describes battery backup functionality, impact on outputs, and calculation for backup time.
Explains the timer function for system isolation and daily pipework testing via DIP switches.
Details DIP switch functionality for adjusting fill and test times for gas pipework.
Indicates enclosure mounting hole dimensions and the function of the programme selector switch.
Specifies terminal assignments for low voltage devices and mains power input.
Details the wiring connections for the gas solenoid valve and the 5 Amp fused spur.
Table detailing DIP switch functions for gas fill/test time and automatic shutdown.
Wiring diagrams for the intake and extract air differential pressure switches.
Wiring connections for remote stop buttons and the fire alarm interface.
Wiring diagrams for the TR-CO2TL and CO2M CO2 sensors.
Guidelines for connecting gas sensors in a daisy chain and setting unique addresses.
Specific wiring connections for FGS/FGD gas sensors.
Describes the basic operation sequence, including pressure testing and valve control.
Steps for functionality testing after installation, including pressure, emergency stop, and sensor verification.
Explains the function of ENGINEER, LEARN, and INTERROGATE buttons for commissioning and diagnostics.
Table detailing common faults, display messages, interfaces, causes, and gas isolation.
Explains pressure transmitter operation, fault causes, and troubleshooting steps.
Discusses potential issues with gas sensors, including damage, address conflicts, and communication loss.
Guidance on checking PCB mounted fuses if the gas valve has no output.
Instructions for adjusting LCD contrast and troubleshooting CO2 sensor readings.
Details the requirement for annual servicing by an approved engineer and the panel's service reminder.
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