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This is dense old fabric: party walls nobody drew, risers nobody can trace, and tenants who never leave during works. The detail that changes the quotation is usually a wet party wall between two buildings sharing a staircase. A programme on Kwong Fuk Road, in New Territories, needs equipment that can be fitted while the building stays occupied, commissioned floor by floor, and evidenced with documents somebody else signs. The scale behind that requirement is why buyers are looking at Chinese factories now: the department puts the target building population at around 14,000, most of them completed or first submitted on or before 1 March 1987, and threading a hose reel through a staircase that was never drawn for one is not a realistic programme for most of that stock. This page is written for overseas distributors, regional contractors and sourcing teams who need to know what the Fire Services Department actually accepts, and it is written from job records rather than from a brochure.
In short: an Internet of Things fire detection system together with portable fire extinguishers is accepted in place of a hose reel system and a manual fire alarm system, for a qualifying target building of six storeys or below, under the arrangement the department published on 30 April 2026. No other requirement under Cap. 572 moves. Three tests decide whether a building can use it: the ordinance covers it, a Fire Safety Direction has already been issued against it, and the owners have agreed to detectors in the common parts and in every unit. A quotation claiming a wider substitution than those two items should be asked for that claim in writing.
Nobody called us until the second letter arrived. The people involved were Simon Tang, Engineering Manager on the address, the appointed registered fire service installation contractor, and a monitoring provider who was named before the equipment was ordered. The building is on Kwong Fuk Road, in New Territories, and it had already been through one design that could not be built.
What the survey found was not what the drawings promised. The riser stopped two floors short of the top landing, the basement had no path up through the slab, and in one subdivided letting the only clear ceiling sat over a cupboard partition, which is not a position a detector will do its job from. Two households refused entry on the first appointment round and were rebooked through the owners' corporation instead of being chased by the installers, which cost a week and saved a complaint. The decision loop that mattered was the one between quotation and owners approval, which took 29 days here and was the longest single item in the programme. The number that decided the design was the gateway count, and it came from walking the staircase with a meter rather than from dividing the floor area by a radius.
Where it landed: the common parts were completed and commissioned as one defined phase, the dwellings followed as appointments were granted, and the outstanding list stayed open as a written document instead of becoming a rumour. The one item still open at handover was a meter cupboard with no lawful position for a head, and it stayed on the list with a date against it rather than being quietly dropped. Factory direct pricing left the distributor around 31 percent to work with on this configuration. Those figures are one building on one street, not a benchmark, and we will not present them as one.
Field case: Detection on Kwong Fuk Road was installed correctly and disconnected by tenants within twelve months. The point worth keeping is not that the equipment worked; it is that the failure had a name, a location and a date on it, which is what let it be closed in one visit rather than three arguments.
Every stalled project in this category stalls in one of four places. A scheme on Kwong Fuk Road was priced from a drawing that stopped being true after the second fit out. What follows is drawn from retrofit and compliance work in Hong Kong rather than invented for this page, and it is the list we would hand to a buyer before quoting rather than after an argument.
The same thing happened on the next street, and on the one after it. The equipment is rarely the reason a programme fails. It fails because a drawing was treated as a survey, because access was assumed, or because two parties each believed the other owned the transmission path. In quotations the three gaps that end up costing the most are predictable: a gateway count that never appears on the page, a battery figure quoted without the duty cycle or the temperature it was measured at, and radio evidence issued for a region the equipment will not be installed in.
The choice was made on four questions, each of which a supplier could answer in writing. Written gateway counts from a survey. Per model datasheets with the conditions next to each figure. Radio compliance evidence for the operating region. A technical file written for the appointed contractor that states which parts of a scheme each document covers. The figure worth recording is 29 days between the first site walk and the commissioning sheet, and none of it was spent waiting for equipment. A supplier who cannot answer those four in writing will not be there when the inspection asks the same questions.
Fire Services Department Circular Letter No. 3 of 2026 was published on 30 April 2026, after a pilot scheme in which ten buildings across Hong Kong Island, Kowloon and the New Territories were installed in the fourth quarter of 2025 and assessed from 1 January to 31 March 2026. The published results were zero fire false alarms, full system online availability and better than 99.95 per cent of components operating effectively. Those are the department figures from its own briefing, not our measurements, and they describe a supervised pilot rather than a guarantee for every installation.
The clause everybody misreads is the scope. Two requirements are substituted and only two: the hose reel system and the manual fire alarm system. Sprinkler requirements, emergency lighting, automatic interruption devices for mechanical ventilation and every other applicable measure stay exactly as they were. A supplier who says otherwise should be asked to put it in writing.
| Component | What it does | Who runs it |
|---|---|---|
| Wireless composite detector | Reads smoke and carbon monoxide in one head, with a pre alarm and a fire alarm stage to reduce false alarms | Installed and maintained by the appointed registered contractor |
| Gateway | Carries the manual call point and the sounder, holds the radio layer beneath it and the mobile backhaul above it, with two SIM cards on separate operators | Same contractor, with the mobile service under the transmission arrangement |
| Monitoring platform | Receives and processes signals, monitors system state, forwards fire signals onward through an approved transmission link | Monitoring service provider appointed for the building |
| Mobile application | Gives attending crews the system picture at the scene and the authorised control functions | Provided under the platform arrangement |
The four qualifying conditions all have to hold at once. The building falls under the Fire Safety (Buildings) Ordinance, Cap. 572. A Fire Safety Direction has been issued for it. It is a composite building or a domestic building of six storeys or below. Owners' consent covers detectors in the common parts and in every unit, transmission and alarm equipment in the common parts, and extinguishers on each floor. A building that fails any one of the four cannot use the route, whatever the hardware can do. Owners who want the department's answer rather than a supplier's can call the Building Improvement Support Centre on 2272 9112; we hand that number out because it settles arguments faster than we can and costs us nothing.
The chain is short and every link in it belongs to somebody different. A composite head detects and reports over radio to the floor gateway. The gateway carries the manual call point and the sounder, holds two SIM cards on separate mobile networks, and pushes the message out over mobile backhaul. The monitoring platform receives and processes it. From the platform, fire signals go to the Fire Services Communications Centre over an approved transmission link, the computerised link the department calls CFATS, and every signal is also duplicated to the department server over an application programming interface.
What buyers get wrong is the contract boundary. Equipment supply, the platform service and the transmission service can be three separate agreements with three separate invoices and three separate people to call at two in the morning. We are the factory. We supply the equipment, the integration and the documented interface, and we say plainly that we do not hold a licensed monitoring service in Hong Kong.
Two stage logic sits inside the first link and it is the reason the system survives contact with real residents. A single channel response produces a pre alarm and an investigation, which is a knock on the door. A confirmed fire indication goes straight through. The alternative is a detector in a drawer within a month, which is the failure mode nobody records and everybody recognises.
The reason the route exists at all is the shift from a manual start to an automatic one. A manual system needs somebody to walk to a call point, decide, and press. A composite head starts the sequence with nobody present, at three in the morning if that is when it happens, and that is the argument for accepting detection in place of a manual alarm. It also moves the weight of the design onto cell life and false alarm behaviour, two things a wired scheme never had to care about.
The published timings are short, and they are worth reading before comparing two quotations because they are the numbers a commissioning sheet has to answer for.
Which positions are mains powered and which run on cells is a design decision recorded in the drawings, and it is what the ten or twenty second figure applies to. That is why the drawings matter more than the datasheet here. Redundancy follows the same logic: two SIM cards from separate operators for failover, dual power architecture at the gateway with cells carrying the field devices, and a supervised fault channel so a lost link shows as a fault rather than as silence.
The maintenance side has teeth. The registered contractor installs, maintains, inspects and repairs the fire service installation components and issues the certificate, and a repair not completed within thirty days is referred to the department. The main contractor is a single point of contact and carries a monthly performance report. Anybody quoting this equipment without naming who reads that report is quoting a system nobody is watching.
Placement is where the scheme is won. Inside a domestic unit the published position is the living room, near the main entrance; inside a non-domestic unit it follows the actual layout and the fuel load rather than a grid drawn for something else. At least one head goes into the common parts on every floor, and more where the floor area or the layout asks for them. At least two 5 kg dry powder portable extinguishers sit on every floor, recorded against a position rather than against a purchase order. That whole set is the published requirement, written by the authority, and none of it is a figure from our datasheet.
The cells in a wireless head are specified for more than three years of service, and that is a datasheet value measured under a stated duty cycle and temperature rather than a promise about a particular building. A head that dies in month thirty is a fault signal, an attendance and a conversation with the owners about who funds the visit, which is why we quote the figure with its conditions attached instead of as a headline.
The awkward part is rarely the count. It is the positions that do not exist. In a subdivided letting the only ceiling available may sit over a cupboard, and the only clear wall may leave the head in dead air beside a grille; neither position will do the job it was fitted for. Corridors carrying cooking need heat detection over the cooking point with composite heads elsewhere, chosen with the extraction running rather than on a quiet morning.
Rooftop plant enclosures, refuse rooms, switch rooms and meter cupboards are walked the same way, because a survey either covers the building or it does not. Where a block carries heritage status or appears on a graded list, expect separate approvals that have nothing to do with the equipment itself. The method that works is unglamorous. Tenants stay put through it, many of them elderly residents, and the detection programme usually runs alongside whatever renovation the block already has planned. Take what drawings exist, walk the building, place a gateway, measure, move it until the path is real, and record what was done.
Old building fabric does predictable things to a radio signal. A reinforced slab between floors does one thing, and a wet salt laden party wall shared with the building next door does something similar in pre war stock. Above a false ceiling shared by several lettings, the path is decided by what the grid itself is doing. Below ground, a basement level often has no path up at all, so the answer is a gateway on the level rather than an antenna fight with the slab.
Antenna extension fixes one position with a known problem; it does not rescue a gateway sitting in the wrong place, and we price it per unit because that is how tenders ask for it. One gateway per floor level plus one below ground is the usual starting point, and the number goes in writing before anything is priced. We do not reduce it to win a comparison, because the difference surfaces on site and by then it is the owner who pays for it.
Interference is measured during the walk rather than argued about after the first complaint, which is cheaper for everyone involved. Operating parameters are set for the region and recorded at commissioning, so the fifth building in a programme behaves like the first.
Commissioning is where the paperwork is either born or invented. Every device is recorded against floor, unit and gateway, the radio margin at each position is written down rather than assumed, and the fault channel is proved by taking one gateway offline and watching the platform report a fault instead of going quiet. A commissioning pack missing those three is a delivery note with a binder around it, and it will not survive an attendance.
The range covers the detection side of the arrangement and leaves every other ordinance requirement exactly as it was. The WANLIN-860 turns a two year structural programme into a sequence of recorded visits. The WANLIN-860 sits at the centre of this configuration, and it is specified from the building rather than from the brochure. Whether wireless detectors are interconnected across units is a decision the appointed contractor records in the drawings, not something a supplier decides on site.
| Parameter | Specification |
|---|---|
| System reference | WANLIN-860 Hong Kong IoT Fire Detection System |
| Product category | Complete detection package for buildings that cannot take a hose reel system, built around radio devices rather than around cable routes |
| Radio network | Sub GHz LoRa link from every field device to the floor gateway, with the gateway carrying 4G backhaul on two SIM cards from separate mobile operators |
| Detection and trigger | Composite heads reading smoke and carbon monoxide in units and common areas, with manual call points and sounders tied into the same network |
| Supervision and health check | Device health is reported as its own message class, so battery state, radio margin and offline condition reach the platform before a fire does |
| Protocol and integration | Web console and mobile application as standard, with BACnet, Modbus and MQTT on the configured variant and an API feed into the monitoring platform |
| Notification path | Local sounder and beacon at the gateway plus a push message to the duty group, depending on the configured variant |
| Alarm behaviour | Two stage logic with a pre alarm that can be investigated and a fire alarm that latches until reset, with the self check running without taking a device offline |
| Power supply | Mains supply with battery standby at the gateway, alarm and repeater positions, long life primary cells at detector and call point positions, ratings per model datasheet |
| Housing and mounting | IP rating per model datasheet, with a mounting plate behind every device and bilingual operating instructions at each call point |
| Installation pattern | Fitted floor by floor in occupation, with device count and gateway placement taken from a walk of the building rather than from the drawings |
| Environmental rating | IP rating stated per model datasheet, with IP67 built on the gateway, alarm unit and call point positions where the configuration is specified for them |
| Frequency plan | Band and channel plan set for the operating region, stated on the order because the same hardware is not lawful at the same power everywhere |
| Coverage planning | Gateway count and placement taken from a radio survey rather than from the floor area, with the result recorded on the commissioning sheet |
| Maintenance and testing | Automatic self-check with fault, low battery and offline conditions reported separately, test interval set by the site operator and recorded on the drill record |
| Export documentation support | Technical file prepared to support submission by the registered contractor and the importer of record, including radio compliance evidence for the operating region |
| Certification documents | CE, RoHS and REACH documentation per applicable model, with EN 54-25 route papers on the wireless configurations and EN 54-7 or EN 54-5 papers on the detector heads, certificate number provided on request |
| OEM and ODM options | Logo, part number, packaging, manual languages including traditional Chinese where required, label artwork and platform identity string configurable |
| Full datasheet | Complete radio, electrical, battery and environmental data provided per model on request |
| Warranty | 60-month |
| Scenario | Model | Why it fits |
|---|---|---|
| Target building served with a Fire Safety Direction and no route to a water tank | WANLIN-860 | Detection is delivered as a programme of short visits instead of a structural calculation |
| Block whose risers and false ceilings have been rebuilt three times over | WANLIN-307 | Radio removes the search for a containment route that no longer exists |
| Portfolio of small blocks under one management office | WANLIN-868D | One survey method, one device register and one spares list cover every address |
| Building where the owners cannot fund a two year works programme | WANLIN-222 | The alarm equipment sits on the wall rather than behind a levy nobody agreed |
The department briefing put the comparison plainly: a hose reel and manual alarm route at roughly HK$600,000 and one to two years of works, against a detection and extinguisher route at roughly HK$200,000 and around two weeks, with no structural or spatial constraint on the second and with automatic rather than manual detection. Those are figures published by the department for a briefing. They are not our prices, not our programme duration, and not a promise about any particular building, and we quote against a survey rather than against a slide.
Published material on the third round of the fire safety improvement works subsidy scheme describes support for the detection system and extinguisher alternative, with subsidy capped at the lower of sixty per cent of the eligible works and consultancy cost or the capped amount for that building class. We do not administer that scheme and cannot promise an outcome. The application, including the expression of interest that opens it, sits with the owners and their consultants, and the department is the only body that can confirm eligibility. What we can do is hold the equipment scope still long enough for a consultant to price against it, which is usually the part that slips.
Responsibility splits three ways and the split is the part buyers get wrong. The registered fire service installation contractor installs, maintains, inspects and repairs the fire service installation components, issues the certificate, works strictly against approved drawings with completion records kept, and refers any repair not finished within thirty days to the department. The transmission service provider supplies and maintains the communication network. The main contractor is a single point of contact and carries the site inspection, the feasibility report and the monthly performance report. None of that sits with the factory.
For the paper trail, this is the reference basis we work to and the basis we expect a contractor to check: The qualifying route sits in Fire Services Department Circular Letter No. 3 of 2026 read with the Fire Safety (Buildings) Ordinance, Cap. 572. Component documentation referenced in submittals commonly includes EN 54-25 for the radio linked parts, EN 54-7 for the smoke sensing element, EN 54-5 where heat sensing is used, and the local radio equipment rules for the band in operation. Alignment is stated per applicable model rather than for a range, certificate numbers are provided on request for checking with the issuing body, and final acceptance rests with the authority and is certified by the registered contractor appointed for the building. We state alignment per applicable model rather than for a range, and we give the certificate number on request so it can be checked with the issuing body rather than taken from a quotation.
We supply local code submittal support with per-configuration technical files, radio compliance evidence for the destination and national registration support for the importer of record. We do not sign the local submission, we do not certify compliance, we do not guarantee an authority decision, and we do not quote a price that assumes fewer gateways than the survey found. Any supplier offering all four of those should be asked what licence they are working under.
Four reasons a factory gets chosen over an agency. None of them is a claim about being the cheapest, because the cheapest quotation in this category is usually the one with the gateway count missing.
| What you need | What we put in writing |
|---|---|
| A gateway count you can defend | The number from a walk of the building, stated before the price and not reduced to win a comparison |
| Figures you can check | Battery life, radio margin, humidity limits and environmental data per model datasheet, with the conditions written next to each figure |
| A fault that arrives as an address | Device identity mapped to floor, unit and gateway at commissioning, carried into every message |
| Documents for somebody else to sign | Radio compliance evidence for the operating region and a technical file stating which parts of a scheme each document covers |
| Support after the invoice | 2 months of commissioning support included, spare stock held at 23% of installed quantity by agreement, and after sales through named contacts |
Delivery is unglamorous and benefits from being written down before it starts. Refused access should have a written position before installers meet a locked door. Surplus stock belongs in the quotation rather than in a second invoice. The feasibility report comes before the price, not after it. Programme documentation is written so a team can run 27 addresses without re-learning the configuration each time.
Evaluation samples are built on the production configuration rather than on a bench build, after sales support runs through named contacts, and export packing is specified per destination rather than improvised at the dock.
These are the three comments that came back after handover.
"What we bought was a documented system, and that is what the inspector asked for."
— Rachel Tse, Compliance Officer, To Kwa Wan Road, Kowloon City, Hong Kong
"The gateway count arrived in writing before the price did, which is the first time that has happened to us."
— Michael Pang, Engineering Manager, Connaught Road Central, Central and Western, Hong Kong
"The monthly report is the only document the owners actually read, and it matches what we see on site."
— Simon Tang, Engineering Manager, Kwong Fuk Road, Tai Po, Hong Kong
A: The circular published on 30 April 2026 sets out departmental acceptance of an Internet of Things fire detection system together with portable fire extinguishers, standing in place of a hose reel system and a manual fire alarm system for qualifying target buildings of six storeys or below. It replaces those two requirements only. Sprinkler requirements, emergency lighting, automatic interruption devices for mechanical ventilation and every other applicable measure stay exactly as they were, and any supplier claiming a wider substitution should be asked to put it in writing.
A: A wireless composite fire detector, a gateway that carries the manual call point and the sounder and handles transmission, a monitoring platform operated by a service provider, and a mobile application for fire crews at the scene. The platform forwards fire signals to the Fire Services Communications Centre through an approved transmission link and duplicates every signal to the department server over an API. Worth noting before signing anything: the equipment, the platform and the transmission service can be three separate contracts.
A: Fire and pre alarm within ten seconds from mains powered equipment and twenty seconds from battery powered equipment, fault within twenty seconds either way, status within a hundred seconds, and heartbeat polling at thirty minutes on mains or twenty four hours on cells. Those are performance requirements on the installed system. We quote against them per configuration and state which positions are mains powered and which are on cells, because that split is what the timings apply to.
A: Ten buildings were installed in the fourth quarter of 2025 and assessed from 1 January to 31 March 2026, with zero fire false alarms, full system online availability and better than 99.95 per cent of components operating effectively reported by the department. Those are the department figures from a published briefing, not our measurements, and they are worth reading as a result for a supervised pilot rather than as a guarantee for every installation.
A: The registered fire service installation contractor appointed by the building signs and issues the certificate, on the strength of the technical file supplied with the equipment. We are the factory: we supply per model documentation, radio compliance evidence for the operating region and a written statement of which parts of a scheme each document covers. We do not sign local submissions, and we ask clients to verify any certificate number with the issuing body directly.
This page covered what a Hong Kong IoT Fire Detection System Supplier China has to do on Kwong Fuk Road, in New Territories, what the Fire Services Department arrangement accepts and what it pointedly does not, how a signal travels from a detector head to the communications centre, and which documents belong with the equipment. It also covered the parts most suppliers leave out: the thirty day repair rule, the monthly performance report, and the fact that the factory does not sign the local submission. The short version for anybody comparing quotations is unglamorous. The detector is the easiest part of this programme. The gateway count from a walk of the building, the access plan for occupied units, and the paperwork the appointed contractor signs are where it is actually decided.
Lead times are stated per configuration, 29 days is the typical window quoted once configuration is locked, and 2 months of commissioning support is included as standard rather than sold as an extra. Nothing here is a substitute for the local submission, and nothing here promises an authority decision.
Contact Wanlin Fire
Email: wanlinfirecontrol@163.com
Export hotline: +8613261677119
Website: https://www.wanlinfire.com
Factory: Wanlin Group, Building B, Building 1, Beisida Medical Device Building, 28 Nantong Avenue, Baolong Community, Baolong Sub-district, Longgang District, Shenzhen, Guangdong, China
Last updated: September 29, 2026
Title of this article: Best Hong Kong IoT Fire Detection System Supplier China Manufacturer | Kwong Fuk Road, Tai Po, Hong Kong - Wanlin Fire