Photoelectric 240-volt Smoke Alarm with 9-volt Alkaline battery back-up
P-EIB146RC
Photoelectric 240-volt Smoke Alarm with 10-year lithium battery back-up
Part Number: P-EIB3016
The Brooks Photoelectric Smoke Alarm has the following features:
Technical Details
- Approvals:
- AS3786:2014 +A1:2015 +A2:2018
- Battery Back-up:
- 10-year lithium, non-removable, rechargeable
- Carbon Monoxide:
- No
- Heat:
- No
- Interconnect Capability:
- Hardwire interconnection or wireless interconnection (using the EIB3000MRF module)
- Ionisation:
- No
- Low Battery Warning Alert:
- Yes
- Mains Powered:
- Yes
- Photoelectric:
- Yes
- Test/Reset Button:
- Yes
- Warranty:
- 5 year (limited) warranty
Product Information
The P-EIB3016 is a Photoelectric Smoke Alarm with 240V AC mains power supply with a non removable rechargeable lithium battery back-up.
P-EIB3016
The P-EIB3016 alarm features a high performance photoelectric smoke sensor, ideal for detecting smoke from slow, smouldering fires. In addition, the chamber design, integrated insect screen and unique dust compensation algorithm reduce the risk of false alarms.
The P-EIB3016 is powered by 240V AC mains. In the event of mains failure, the rechargeable 10-year built-in non-removable lithium battery will provide up to 3 months power supply in the case of a wireless RF installation or up to 6 months in any other case.
The AudioLINK feature facilitates acoustic download of the alarm parameters and status using the AudioLINK app.
The P-EIB3016 can operate as a standalone alarm or can be interconnected either by hard-wire or wirelessly (using the P-EIB3000MRF module) enabling it to communicate with compatible Brooks alarms and accessories. Up to 12 devices can be interconnected.
The P-EIB3016 self-checks its sensor, battery voltage and internal circuitry every 48 seconds. Any fault condition found will be indicated by a combination of yellow LED flashes and chirps.
The memory feature allows an alarm that has previously activated to be easily identified (through the red flashing LED).
