Fire Alarm System
Conventional and addressable fire alarm systems: smoke and heat detectors, call points and sounders, with testing and maintenance.

What we usually find on site
Plenty of buildings have a fire panel that has shown a fault for months, has been silenced because of nuisance alarms, or has never been tested since installation. The standby batteries inside are often already dead. In a real fire, a few minutes' delay can cost lives.
Conventional or addressable?
| Conventional | Addressable | |
|---|---|---|
| Location | Identifies the zone only (e.g. Floor 3) | Identifies the individual device (e.g. Room 305) |
| Wiring | Separate circuit per zone | One loop supports dozens to hundreds of devices |
| Diagnostics | Limited | Flags dirty or faulty detectors before they false-alarm |
| Best for | Small buildings, shops, small offices | Hotels, hospitals, high-rises, factories |
In an 80-room hotel, a conventional system can only say "Floor 3", and staff have to open doors one by one. Addressable says "Room 305" straight away, and warns you which detector is getting dirty before it goes off at 2 a.m.
Designed to the standard and to the site
We design to the international standard specified for the project (e.g. NFPA 72 or EN 54 / BS 5839). Detectors follow the space:
- Photoelectric smoke for general areas
- Heat detectors for kitchens, car parks and dusty areas
- Beam detectors for high-ceiling warehouses
In the rainy season, humidity and insects can set off smoke detectors on open walkways or in semi-open areas. Choosing the right type and position at the start costs less than fixing it later.
Integrated with other systems
The panel can recall lifts, release access-controlled doors, stop ventilation fans and trigger PA evacuation messages. For warehouses or stockpiles at risk, thermal cameras can spot hot spots early, as a supplement and never a replacement for the fire alarm.
Got a panel that has been showing a fault for months? Call us and we will inspect it and tell you what to fix first.
What it does
Conventional & addressable
The right architecture for building size and budget.
Multiple detector types
Smoke, heat, multi-sensor and beam detectors.
Pinpoint location
The panel shows the exact room or area of the activated device.
Building integration
Lifts, doors, ventilation and PA evacuation.
Battery standby
Panel batteries sized to the standard, typically 24 hours standby plus alarm time.
Testing & maintenance
Scheduled testing, detector cleaning and logbook records.
Design and rollout
- 1
Survey the building, space usage and project requirements.
- 2
Design zones/loops and place detectors, call points and sounders.
- 3
Install fire-rated cabling and devices.
- 4
Program the panel and cause-and-effect with other systems.
- 5
Test every device, hand over as-built drawings and train staff.
Where it fits
- Hotels and resorts needing room-level addressable detection.
- Factories and warehouses with high ceilings and dust.
- Schools and dormitories.
- Worker camps at mine and construction sites.
Typical system sizes
Conventional
Fits: Small buildings, up to about 8 zones
- Conventional panel and detectors
- Call points and sounders/beacons
- Commissioning and training
Addressable
Fits: Medium–large buildings, hotels, hospitals
- Multi-loop addressable panel
- Lift, door and PA interfaces
- As-built drawings and cause-and-effect matrix
Maintenance
Fits: Existing systems
- Scheduled inspection and testing
- Detector cleaning and battery replacement
- Logbook and reports
Brands we supply & install
All brand names and trademarks belong to their respective owners. Mention does not imply official partnership unless explicitly stated. Products are sourced through legitimate distribution channels.
FAQ
Why do we get so many false alarms?
Usually dirty detectors, the wrong detector type (smoke detectors in kitchens), humidity or insects, and degraded wiring. The fix is the right detector and maintenance, never switching the system off.
Can we upgrade from conventional to addressable?
Yes, though it usually means a new panel and detectors and possibly re-wiring into loops. We survey the existing cabling to reuse as much as we can.
How often should the system be tested?
It depends on the standard. BS 5839, for example, calls for a weekly call-point test (rotating through them) and servicing every six months, with every device tested at least once a year.
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Send us a floor plan or a few photos of the site
We’ll come back with a few questions, then a first design. The first consultation is free, in Lao, Thai or English, on WhatsApp or our Facebook page.