Your cart
There are no more items in your cart
Energizer Lithium EL123 3V Battery per piece
€7.42
In stock
Usage
The Abus RWM90 smoke detector is designed for early warning of smoke in residential and small office environments up to 40 m², enhancing fire safety by providing an audible alert during potential fire incidents.
Advantages
- Covers areas up to 40 m², suitable for bedrooms, living rooms, and corridors.
- Loud 85 dB alarm ensures reliable warning in case of smoke detection.
- Equipped with a replaceable lithium CR123A battery offering up to five years of operation.
- Automatic self-testing function with clear error notifications increases reliability.
- Low battery warning alerts ensure continued readiness; hush function allows temporary muting if necessary.
Specifications
- Design: Compact white ABS plastic housing (diameter: 102 mm; height: 36 mm); suitable for horizontal or vertical installation.
Technology: Optical (photoelectric) smoke detection principle.
Mounting options include traditional screws or optional magnetic mounting kit (no drilling required). - Durability/Certifications: Certified according to DIN EN14604 standard; designed for indoor use at temperatures from 0°C to +45°C and humidity from 10%–90% RH (non-condensing).
- Performance: Detects smoke within a single room up to a maximum surface area of 40 m². Alarm volume is rated at minimum of 85 dB at three metres distance. Powered by one replaceable CR123A lithium battery (3V) with lifespan up to five years. Weight approx. 149 g.
- Differentiating features: Large test button accessible even on high ceilings; regular automatic self-check with visual LED indicator every six minutes; low-battery acoustic signal; nine-minute hush/mute option for managing false alarms without compromising safety.
How it works
The RWM90 uses optical/photoelectric technology that monitors air quality inside its sensing chamber. When airborne smoke particles scatter the internal light beam, the detector triggers an acoustic alarm at eighty-five decibels, prompting swift evacuation or response while automatically monitoring its own operational status.[1][3][4][5]
