What to do if the signal is too low at the end of alignment for Fireray 3000?
If the signal is too low at the end of the alignment of your Fireray Smoke Alarm, ensure there is a clear line of sight between the transmitter and receiver. Also, make sure that both the transmitter and receiver are properly aligned. Do not exit the alignment process while the alignment status LEDs are still flashing.
What to do if the signal is too high at the end of alignment for Fireray 3000?
If the signal is too high at the end of the alignment of your Fireray Smoke Alarm, follow the alignment procedure again. Ensure that you do not exit while the alignment status LEDs are still flashing.
What to do for Power too low fault in Fireray Smoke Alarm?
If your Fireray Smoke Alarm shows a power too low fault, check the power supply to the controller.
What causes Rapid Obscuration Fault on Fireray 3000 Smoke Alarm?
If you encounter a rapid obscuration fault with your Fireray Smoke Alarm, ensure there is a clear line of sight from the transmitter to the receiver.
Why Fireray 3000 Smoke Alarm Receiver misses readings or loses sync?
If the receiver in your Fireray Smoke Alarm misses too many readings or loses sync with the transmitter, ensure a clear line of sight between the transmitter and receiver.
What causes Signal High Fault on Fireray 3000 Smoke Alarm?
If your Fireray Smoke Alarm displays a 'Signal High Fault', ensure that there is no stray light coming from another source.
General| Detection Range | Up to 100m |
|---|---|
| Operating Temperature | -10°C to +55°C |
| IP Rating | IP65 |
| Alarm Relay | 1A @ 30V DC |
| Fault Relay | 1A @ 30V DC |
| Detection Principle | Infrared beam |
| Response Time | 10 seconds |
| Alarm Output | Relay |
| Current Consumption | ≤25mA (standby), ≤45mA (alarm) |
Guidelines for mounting and positioning the optical beam smoke detector units.
Procedure for applying power to the system and initial status checks.
Process for performing the 'Find' function to detect and register receivers.
Instructions on using the integrated LASER for precise receiver alignment.
Detailed steps for aligning the transmitter beam to the receiver for optimal signal.
Procedures for conducting fire and fault tests to verify system functionality.
Lists and explains system error codes and provides corrective actions.
To Next Page
