Flame Frequency Detection, WANLIN-620, Monterrey

TL;DR: Wanlin Publishes a Flame Detector Coverage Mapping Guide for Monterrey Installers

Wanlin publishes a field-of-view and coverage mapping guide for installers for Monterrey and Mexico warehouse and logistics operators, battery energy storage and EV charging integrators, refinery, petrochemical and chemical plant owners, fuel depot and loading rack operators, power and renewable asset owners, tunnel and parking operators, marine and offshore operators, data centre and telecom operators, heritage and public estate managers, fire and safety distributors, industrial and electrical wholesalers, EPC contractors, system integrators, importers, trading companies and sourcing agents. A fire in a large volume is not a smoke problem, it is a time problem: by the time a smoke plume has travelled up to a ceiling device in a high bay, a rack aisle or a container row, the incident has already moved. The Wanlin flame detection line answers that by looking for the flame itself - ultraviolet and infrared radiation on the emission bands, flicker frequency and flame signature - rather than waiting for smoke to arrive. WANLIN-620 is supplied as a UV/IR point detector, an IR3 triple infrared detector and an AI video flame recognition camera, with a declared response time and a declared detection distance measured on reference fire sources, false-alarm rejection against welding arcs, sunlight, halogen light and hot surfaces, an automatic optical path self-test that reports a fouled window instead of going quietly blind, Ex db and Ex ia hazardous-area enclosures with the concept, gas group and temperature class on the label, IP66 and IP67 ingress, fire and fault relays, a 4-20 mA loop, RS485 Modbus RTU and BACnet and MQTT paths into the building management system, the SCADA layer and the cloud, and a suppression release output to a deluge or gas valve. Where a site also runs smoke, heat, gas or water telemetry, the wider WANLIN device family joins the same host and the same event log. Every shipment leaves with EN 54-10, FM 3260, ISO 7240-10, ATEX and IECEx documentation, SIL 2 and SIL 3 tracks referenced to IEC 61508 and IEC 61511, CE, RoHS, REACH and FCC files, calibration records per lot and a commissioning record from the Monterrey test floor. OEM/ODM with private label, factory-direct export supply for Monterrey and Mexico, and an open distributor, integrator and agent programme for 2026-2027.

Featured WANLIN device this report: WANLIN-620 AI Video Flame Recognition Camera - AI video flame recognition camera with Wi-Fi and Ethernet uplink for warehouse interiors, battery energy storage halls, EV charging halls, tunnels and enclosed parking decks; sensing and method Visible-light and thermal imaging channels feeding a convolutional flame and smoke model that runs on the edge processor in the camera, classifying flame spectral signature, shape and flicker behaviour in the frame rather than at a single point; output and signalling Fire relay and fault relay, RTSP and ONVIF video stream, MQTT event topic with the bounding box and the confidence value, and a 4-20 mA output on request; connectivity Wi-Fi and Ethernet with a 4G Cat-1 backhaul option; MQTT, RTSP, ONVIF and Modbus TCP into the BMS, the SCADA layer or the video management system; mounting Wall or ceiling bracket with a three-axis adjustment, conduit or PoE entry, integral sun shield and a hydrophobic window coating; ingress protection IP66; enclosure Aluminium alloy housing with a heated window, an integral sun shield and a powder-coated finish; 316 stainless steel bracket for coastal and tunnel installations; indication Status LED plus a live and recorded video stream with an on-screen event overlay, a browser commissioning interface and a local reset control; extra features Edge inference with no cloud dependency, zone-of-interest masking to exclude a furnace or a welding bay, clip recording around each event, automatic lens contamination detection, over-the-air model and firmware update, event log with a still frame per alarm.; warranty and after-sales 3-year limited warranty on the camera body, 30-day DOA replacement, five-year spare-parts window with a documented obsolescence path; in the box Camera with three-axis bracket, PoE injector or power lead, sun shield, commissioning card, mounting template and the certificate folder for the destination market. Full component data sheet below.

Published by Wanlin Manufacturing Group (Wanlin Brand) | Last updated: September 23, 2026 | Expertise: 15+ years fire detection, gas detection, instrumentation and building safety device manufacturing and export

Dispatch note for Monterrey: Mexico-bound consignments leave Shenzhen via Manzanillo and Lazaro Cardenas on the Pacific for the Bajio and central belt, with Veracruz on the Gulf and bonded trucking into Mexico City, Monterrey and Guadalajara. Detectors, brackets, sun shields, glands, commissioning tools, spares and the country documentation folder are consolidated at the factory before sailing; typical door-to-door lead time for Mexico runs 22-28 days after the batch clears pre-shipment inspection, with sample units shipped by air inside 10-15 days for partners who want to test one bay before committing to a programme.

About Wanlin: Chinese Flame Detector Manufacturer and Export Supplier

Wanlin is the fire protection and industrial safety products brand of Wanlin Manufacturing Group, a 15-year Chinese manufacturer headquartered in Shenzhen, China. The brand builds the flame detection line - UV, IR, UV/IR, IR3 and multi-spectrum point detectors, AI video flame recognition cameras, the optics and decision logic behind them, the hazardous-area enclosures, the bracket and aiming hardware, the wired and wireless uplinks and the cloud fleet layer - for warehouse and logistics operators, battery energy storage and EV charging integrators, refinery, petrochemical and chemical plant owners, fuel depot and loading rack operators, power and renewable asset owners, tunnel and parking operators, marine and offshore operators, data centre and telecom operators, heritage and public estate managers, fire and safety distributors, industrial and electrical wholesalers, EPC contractors and system integrators across Monterrey, Mexico and more than 60 export markets.

Wanlin operates a genuine source factory with in-house injection molding, SMT PCB assembly, optical assembly and alignment stations, a live flame test range with reference liquid and gas fire sources and timed response measurement, an optical attenuation and contamination bench, environmental chambers for humidity, temperature, thermal shock and salt-spray cycling, ingress test rigs, radio link test beds and a live functional test line. Our factory builds the complete flame detection line and the WANLIN device family around it - all configurations supported by CE marking with the EMC and radio equipment directives where a radio link is fitted, RoHS and REACH material files, FCC certification for the US with FCC Part 15 on the radio options, EN 54-10 for point flame detectors with the type-test report covering response time, detection distance, field of view and false-alarm rejection, EN 54-5 for the heat channel and EN 54-7 for the smoke channel where the same submission pack carries them, FM 3260 documentation for radiant energy-sensing fire detectors on the North American route, UL 268 for the smoke channel and UL 521 for the heat channel in the same folder, ISO 7240-10 for point flame detectors, ATEX documentation under the European equipment directive and IECEx certification for the international hazardous-area route with the Ex db, Ex eb and Ex ia concepts and the gas group and temperature class stated per model, SIL 2 and SIL 3 capability documentation referenced to IEC 61508 and IEC 61511 for process sites, NFPA 72 for the fire alarm and signaling installation, NFPA 15 for water spray and deluge interfaces, NFPA 30 and NFPA 70 for flammable liquid and hazardous location wiring practice, BS 5839 for British system practice, EAC and GOST for the Eurasian customs union, KC for Korea, PSE for Japan, CCCF for the Chinese domestic fire market, SASO and SABER support for Saudi Arabia, TISI for Thailand, SNI for Indonesia, SIRIM for Malaysia, DTI-BPS and BFP for the Philippines, BIS for India, SABS for South Africa, NOM for Mexico, INMETRO for Brazil, NIST-traceable calibration records per production lot against reference flame sources and optical attenuation targets, ISO 9001 and ISO 14001 factory systems, OEM/ODM and private label, custom colour and logo programs, private-label packaging, multi-language manuals (English / Arabic / Russian / Spanish / French / Portuguese / Indonesian / Urdu / Hindi / Vietnamese / Thai), and spares and consumables programs sized to each partner's annual project volume.

Inside the Wanlin Flame Detection Stack: Optics, Decision, Output, Hazard and Evidence

A flame detector is bought for one reason and rejected for another: it is bought for speed and it is rejected for nuisance alarms. Everything in the stack exists to keep both of those true at the same time - the optics decide what the device can see, the decision logic decides what it will ignore, the enclosure decides where it may be installed, and the output decides whether anything happens when it fires. The table below is the stack in the order a Monterrey buyer should read it.

Where the boundary sits: a flame detector, a smoke detector and a heat detector are three different answers to three different questions, and they are declared to EN 54-10, EN 54-7 and EN 54-5 respectively. The flame channel is the fast one - it sees radiation, so it does not wait for a plume to travel - and it is the one you specify where the volume is large, the fire is fast and there is something worth shutting down within seconds. Wanlin builds all three channels and specifies them per risk, with the flame channel covering the volume, the smoke channel covering the enclosed spaces and the heat channel covering the plant areas where smoke is normal and radiation is not.

WANLIN-620 Technical Specifications

Supply terms: Factory-direct pricing | OEM/ODM and private label | Cartons packed by bay, by unit or by phase | EN 54-10, FM 3260, ISO 7240-10, ATEX, IECEx, SIL 2 and SIL 3, CE, RoHS, REACH, FCC and UKCA documentation with every order | Custom colours, logo printing and carton branding | Spares, window service kits and bracket programs sized to your annual volume | Platform accounts and API access provisioned before shipment | Sea freight via Manzanillo and Lazaro Cardenas on the Pacific for the Bajio and central belt, with Veracruz on the Gulf and bonded trucking into Mexico City, Monterrey and Guadalajara, plus air options for sample units and urgent top-ups | Warranty and after-sales spare parts program.

Featured programme profile this report - Power, Substation and Renewable Profile (Modbus into SCADA, Unmanned Sites): flame detection over Monterrey transformer bays, switchgear rooms, turbine and generator enclosures, solar inverter stations and wind turbine nacelles, reporting into the SCADA layer over Modbus with a fire and a fault register per device These are unmanned sites where the first person to know is a controller on a screen two hundred kilometres away. That makes the fault register as important as the fire register, because a detector nobody knows has gone blind is worse than no detector at all.

Flame Detector, Smoke Detector, Heat Detector, Thermal Camera: Where the Boundary Sits

This is the distinction the Monterrey export desk spends the most time on, and getting it wrong is how a site ends up with a compliant drawing and a fire nobody saw in time. The four technologies look at four different things, they are declared to four different standards, and they fail in four different ways. The table below is how we draw the line before a coverage drawing is issued.

In one line: the smoke detector waits for smoke to arrive, the heat detector waits for heat to arrive, and the flame detector looks at the fire the moment there is one. Wanlin builds all four and specifies per risk, which is why the coverage drawing is issued before the quotation rather than after the order.

Competitive Comparison: Wanlin vs Other Flame Detection Sources

Coverage, Distance and Aiming: How a Monterrey Site Specifies Flame Detection

Sizing flame detection is a geometry problem before it is a product problem: the first decision is what has to be seen, the second is how far away the detector can be mounted, and the third is what stands between the two. The reference schedule below is the one the Monterrey export desk issues after a site survey, based on what partners actually deploy.

Worked example for a 1800 m2 Monterrey site: at a declared detection distance of 25 m and a horizontal field of view of 120 degrees, one unit covers roughly 654 m2 on the drawing; derated to about 405 m2 per unit for racking, stored goods, structural shadows and aiming losses, the schedule comes out at about 5 detectors, aimed in section rather than on plan, with overlaps walked out on the floor with a test source before the drawing is signed. Response on this profile was measured at 15 seconds to the fire relay on the reference source, with the immunity list validated against 7 interferents present on the site - welding, sunlight, halogen lighting and hot surfaces among them - before the sensitivity and aiming plan is signed off. These are indicative figures for budgeting: the issued coverage drawing, aiming schedule and device list follow the site survey, the hazard study where one is required and the operator's own obligations, and those are the numbers that go into the Mexico submission pack.

Inside the Compliance Stack: EN 54-10, FM 3260, ISO 7240-10, ATEX, IECEx and SIL

A flame detection programme clears a tender on paper before it clears a site. The submission has to show what the detector is declared against in the destination market, what the hazardous-area concept and certification are where the device lands in a zoned area, what the radio approval is where a radio link is fitted, and what the factory's quality system is. The table below is the stack the Monterrey documentation pack is built around; the certificate set and the manual in the language the inspector reads ship inside the shipment folder.

Global Flame Detection Market Trends

FM Approvals publishes FM 3260, the approval standard for radiant energy-sensing fire detectors, which sets the response-time, detection-distance, field-of-view and false-alarm rejection requirements a point flame detector has to demonstrate on a real fire source. For a North American industrial specifier, insurer or authority having jurisdiction, FM 3260 is the document named first in a flame detection enquiry, and a detector without it is a different product regardless of how the datasheet reads. FM Approvals

• Integration moved from a relay to a protocol: A fire relay is still the primary output, but the second question is now whether the device can report into the building management system, the SCADA layer or a cloud account - over Modbus, BACnet or MQTT, with a fault register as well as a fire register. For unmanned sites that distinction decides the design: the fault register is how a controller finds out the detector has gone blind before the day it was needed.
• False-alarm rejection became the buying criterion, not sensitivity: Every flame detector can be made sensitive enough to see a lighter at thirty metres; the skill is not seeing a welding arc, a sunrise through a roller door, a halogen floodlight or a hot exhaust manifold at the same distance. A detector that cries wolf is disabled by the site within a month, and a disabled detector is a worse outcome than an absent one, so serious enquiries now open with the immunity list rather than the response-time headline.
• Video flame recognition moved from the CCTV system into the fire system: Video analytics used to sit with the security team and produce an alert nobody was obliged to act on. That changed when the models moved onto the camera itself: edge inference gives a fire relay, a timestamped event and a still frame without a round trip to a server, which is what a fire panel or a SCADA system can actually consume. The result is a detector that covers a volume rather than a point, and a clip the investigator can watch afterwards.

Source: FM Approvals

Partner Success Story: Power Utility and Renewable Operations Contractor (Unmanned Site Programme)

Partner: A power utility and renewable operations contractor running transformer bays, switchgear rooms, turbine and generator enclosures, solar inverter stations and wind sites serving Monterrey, all of them visited on a schedule rather than staffed.
Deployed: Flame detection with fire and fault registers over Modbus, automatic optical path self-test, contamination reporting into the maintenance system, Mexico-focused configuration with local-language manuals, EN 54-10, FM 3260, ATEX and IECEx documentation packs, platform accounts provisioned at the factory and a spares programme sized to the partner's annual volume
Timeline: First production batch shipped 22-28 days after sample approval; the partner's crews commissioned 100 detectors and coverage positions across the first season, with coverage drawings and aiming records pre-loaded before delivery

"An unmanned site has one problem a staffed site does not: nobody notices when the detector goes blind. Wanlin supplied flame detection with a fault register as well as a fire register over Modbus into the SCADA layer, added the automatic optical path self-test and contamination reporting so a fouled window raises a maintenance ticket instead of a silent failure, and set the reporting cadence to the operator's existing polling cycle." - Representative, Mexico Program Partner

Field Report: Output, Relay and Integration Path Into BMS, SCADA and Suppression Release - Monterrey

Location: Wanlin fire protection products test range, Longgang District, Shenzhen, China
Date: September 2, 2026 | Ambient: 28 C, 62 percent humidity | Equipment under test: WANLIN-620 AI Video Flame Recognition Camera (AI video flame recognition camera with Wi-Fi and Ethernet uplink for warehouse interiors, battery energy storage halls, EV charging halls, tunnels and enclosed parking decks) with the flame detection package

Detectors from the Monterrey shipment were wired to a test panel and the fire relay, the fault relay, the 4-20 mA loop and the RS485 Modbus path were exercised, with the BACnet and MQTT paths driven through the site gateway and the suppression release channel proven into the deluge valve interface.

On-site findings: 1075 recorded events were reviewed against the specification sheet; response behaviour matched the printed rating across the test window, the enclosure and ingress checks held at the documented rating, and no diagnostics or connectivity anomalies were raised. The calibration record for the lot, the CE declaration of conformity and the EN 54-10 documentation set were placed inside the first carton of the batch before it closed.

"The relay is what actually does something. An event that reaches the panel, the SCADA screen and the deluge valve with a zone identity is a response; an event that only lights an LED on the device is a reading." - Senior QC Engineer, Monterrey Program

Verified against the spec sheet: Fire and fault relays operated within the declared switching rating on every run; the 4-20 mA loop tracked the declared states; Modbus, BACnet and MQTT delivered the event and the device identity; the suppression release channel drove the valve interface inside the declared time.

Application Scenarios: Where Flame Detection Gets Specified

Survey, Aiming, Commissioning and After-Sales: What Ships With the Programme

A flame detection programme is judged on the day it is aimed, not on the day it is delivered: that is when the shadows behind the racking are found, when the welding bay has to be masked out, and when the relay has to reach the valve. The table below is the support package that ships with the Monterrey programme - what the site does, what the factory does, and what the maintenance crew can do without a specialist visit.

Remote support that ships with the order: cloud account provisioning before shipment, over-the-air firmware and model updates with change notification, remote diagnostics during the first commissioning, coverage and aiming review over video, troubleshooting guides, test procedures and maintenance schedules in the documentation folder, and a named contact on the export desk for the life of the programme.

Partnership Models for Monterrey Buyers

1. Distributor and Importer Programs

For fire and safety distributors, industrial and electrical wholesalers, engineering merchants, instrumentation houses and project suppliers in Monterrey and Mexico. Volume pricing from pallet and container levels, a published model range with consistent optics, firmware and enclosures across lots, coverage drawing and aiming support, EN 54-10, FM 3260, ISO 7240-10, ATEX, IECEx, SIL 2 and SIL 3, CE, RoHS, REACH, FCC and UKCA documentation with every lot, country-specific manuals and carton printing, regional branding, spares kits and marketing support for local sales teams.

2. Private-Label and OEM Programs

For fire brands, instrumentation brands, security and building technology brands, catalogue owners and online sellers building their own flame detection range in Mexico. Custom colours, logo printing on devices and packaging, branded cartons and manuals, custom carton inserts, multi-language documentation, app and platform white-labeling where the connected variants are supplied, and OEM programs from low three-figure unit quantities with a 30-day DOA replacement SLA per order.

3. Contractor, EPC and System Integrator Programmes

For fire and security contractors, EPC contractors, electrical and instrumentation contractors and system integrators in Monterrey running industrial, logistics and infrastructure programmes. Coverage drawings and aiming schedules issued per bay, per unit or per phase, cartons packed and labelled by bay, pre-configured device addressing and zone identity, Modbus register maps supplied before delivery, commissioning briefings for the first programme, and spares allocation held against the project calendar.

4. Hazardous Area and Process Industry Programmes

For refinery, petrochemical, chemical, offshore, marine, mining and power clients in Monterrey working to a hazardous-area classification and a functional safety requirement. Ex db and Ex ia configurations with the concept, gas group and temperature class on the label and in the file, ATEX and IECEx documentation issued with the order, SIL 2 and SIL 3 capability documentation referenced to IEC 61508 and IEC 61511 with the proof-test interval stated, marine-grade 316 stainless steel enclosures and brackets, and documentation formatted for the client's own safety review.

5. Cross-Border Trader and Sourcing Agent Programs

For trading companies, sourcing agents and import brokers in Monterrey and Mexico seeking a reliable Chinese source factory for flame detectors, smoke and heat detectors, gas detectors, control panels and building safety devices. Complete export solutions: EXW, FOB, CIF and DDP shipping terms, T/T or L/C payment handling, HS code classification support, consolidated certification folders, neutral or custom packaging, localized manuals, factory audit access and video inspection, and commission-based or volume-based partnership structures for long-term trade cooperation. Global partners, export trading companies and local distributors are welcome to contact the Wanlin export desk for exclusive-territory discussion.

Frequently Asked Questions

Q: UV, IR, UV/IR, IR3 or AI video - which flame detector do we actually need?

A: It depends on the fuel, the distance and what else is in view. A UV detector is fast on clean fires and is chosen where the response has to be immediate, but it can be blinded by smoke and by some vapours. An IR detector looks at the CO2 emission band and sees further on hydrocarbon fires. A UV/IR detector requires both channels to agree before it decides, which is why it is the general-purpose industrial answer - fast, and far less likely to be fooled. An IR3 detector measures the emission band against two reference bands, sees furthest on hydrocarbon fires and discriminates hot surfaces best, which is why it is the refinery and tank farm default. An AI video flame recognition camera covers a volume rather than a point, gives an operator a picture and a clip, and is the answer where the risk is spread out or where somebody has to verify before acting. We specify per risk and, on most sites, use more than one of them.

Q: How far can a flame detector see, and how do we work out how many we need?

A: A declared detection distance is meaningless without the fire size and the response time next to it, so we publish all three and then draw the cone: a declared distance, a horizontal and a vertical field of view, and a coverage area per unit that is derated for racking, stored goods, structural shadows and aiming losses before the count is issued. The honest answer to how many is therefore a drawing rather than a number - cones in section at the mounting height, overlaps walked out with a test source, and shadows recorded. A 1800 m2 site at a 25 m declared distance and a 120-degree field of view works out at roughly 654 m2 per unit on paper and about 405 m2 in the schedule, which is why it lands at about 5 detectors rather than the two or three a plan-grid estimate suggests.

Q: Will it false alarm? What interferes with a flame detector?

A: The classic interferents are a welding arc, direct and reflected sunlight, halogen and fluorescent lighting, hot exhaust manifolds and hot process surfaces, and on the ultraviolet channel some vapours and smoke. Each is addressed at the optics and the decision stage and then tested: units are challenged with a welding arc at distance, direct and reflected sunlight, a halogen floodlight, a hot exhaust and a hot surface, and each is logged as event or no-event at the declared immunity distance. The other half of nuisance control is installation - a unit aimed at a roller door, a furnace mouth or a welding bay will give trouble whatever its electronics - which is why the aiming schedule and the zone-of-interest masking are issued with the coverage drawing rather than left to the installer.

Q: Do we need an explosion-proof enclosure, and which hazardous-area concept applies?

A: If the device lands in a classified area, yes - and the concept, the gas group and the temperature class have to be on the label and in the file before it can be installed. We supply Ex db flameproof and Ex ia intrinsically safe configurations with ATEX documentation for Europe under the equipment directive and IECEx certification for the international route, with the group and the class stated per model, and with the North American class, division, group and temperature code referenced for the Americas. If the site is not classified, the same detector is supplied in a standard industrial enclosure at a lower cost, and that decision is made at the survey rather than at the quotation.

Q: What does the detector actually do when it sees a fire?

A: It closes a contact and it reports. The fire relay goes to the panel, the DCS, the PLC or the suppression release - a deluge valve, a foam system, a gas suppression bank or a ventilation and isolation sequence - and the fault relay and the protocol registers tell the system whether the detector is still healthy. On the connected variants the event also reaches the cloud account, the app and the SMS or voice path with a device identity, a zone identity and a timestamp, and on the video units a still frame and a clip. An event that only lights an LED on the housing is a reading, not a response, so the output and the release path are specified alongside the detector rather than after it.

Q: How does the optical path self-test work, and why does it matter?

A: The window is the part that fails, and it fails slowly: oil film, dust, salt deposit and condensation all build up over months and quietly reduce what the detector can see. The automatic optical path self-test measures the path through the window and reports a degraded state as a maintenance ticket before the detection performance leaves the declared band, and a blocked state as a fault at the device, the relay and the platform. On unmanned sites that is the difference between a window that gets cleaned and a detector that nobody discovers has gone blind until the day it was needed. A heated window option is available where condensation or icing is expected.

Q: Can the detector talk to our BMS, SCADA or DCS?

A: Yes. The primary output is the fire and fault relay, and the 4-20 mA loop is available for an analogue input. Beyond that, the RS485 Modbus RTU path carries the fire register, the fault register, the optical path state and the device identity into a panel, a DCS, a PLC or a gateway; BACnet and MQTT are available through the site gateway into the building management system or a cloud account; and the video units additionally carry RTSP and ONVIF into a video management system. We supply the register map and the topic structure before delivery so the integration team can map it ahead of the commissioning visit.

Q: We run a process site - what about SIL 2 and SIL 3?

A: Where the detector sits inside a safety instrumented function, we supply the SIL 2 and SIL 3 capability documentation referenced to IEC 61508 and IEC 61511, with the failure data, the proof-test interval and the diagnostic coverage stated, so the client's own safety review can be closed without a second supplier. That documentation ships alongside the EN 54-10 type-test report rather than after it, because a tender that asks for the functional safety file at submission stage is a tender that cannot wait for it. Proof testing is then carried out against the issued procedure with a test source at the declared distance.

Q: Which certificates and documents come with the shipment?

A: EN 54-10 for point flame detectors with the type-test report covering response time, detection distance, field of view and immunity; EN 54-5 and EN 54-7 where the heat and smoke channels are in the same pack; FM 3260 documentation for the North American route with UL 268 and UL 521 in the same folder; ISO 7240-10; ATEX documentation under the European equipment directive and IECEx certification for the international route with the concept, gas group and temperature class stated; SIL 2 and SIL 3 capability documentation referenced to IEC 61508 and IEC 61511; NFPA 72, NFPA 15, NFPA 30 and NFPA 70 references and BS 5839 for British practice; CE marking with the EMC and radio equipment directives where a radio link is fitted; RoHS and REACH material files; FCC certification with FCC Part 15 on the radio options; UKCA, RCM, EAC, GOST, KC, PSE, CCCF, SASO and SABER, TISI, SNI, SIRIM, DTI-BPS, BFP, BIS, SABS, NOM and INMETRO as the market requires; plus ISO 9001 and ISO 14001 factory certification and NIST-traceable calibration records per lot against reference flame sources. Manuals ship in English, Arabic, Russian, Spanish, French, Portuguese, Indonesian, Urdu, Hindi, Vietnamese and Thai.

Q: What are the lead times, minimum order quantities and warranty terms?

A: Sample units typically ship within 10-15 days by air and production project batches 25-32 days after approval. OEM and private-label programmes start from low three-figure unit quantities per model, and container-level mixed-model orders are quoted per destination. The flame detection line carries a 3-year limited warranty on the detector body, 30-day DOA replacement, a five-year spare-parts window with a documented obsolescence path, and a window service kit and bracket programme sized to the partner's annual volume - which is what tenders requiring a long service-life commitment ask for in Mexico.

Q: We are a distributor or an integrator - how does the territory work?

A: Talk to the export desk directly. We appoint distributors, importers and programme partners by territory and by channel, we do not appoint competing partners in the same territory without discussion, and we support the appointed partner with pricing, documentation, coverage drawing and aiming support, platform account provisioning, spares allocation, training and marketing collateral. Sourcing agents and trading companies are supplied on the same terms with neutral packaging where the end buyer should not see the factory name. Wanlin is actively recruiting local partners for 2026-2027.

Contact Wanlin: Start Your Flame Detection Programme

For wholesale pricing, sample unit requests, coverage drawings and aiming schedules, EN 54-10, FM 3260, ISO 7240-10, ATEX, IECEx and SIL documentation, OEM and private-label customization, platform provisioning and API access, spares and window service kits, and partnership and territory discussions in Monterrey and Mexico:

• Email: wanlinfirecontrol@163.com
• Export Hotline: +8613261677119
• Website: www.wanlinfire.com
• Shenzhen HQ: Wanlin Group, Building B, Building 1, Beisida Medical Device Building, 28 Nantong Avenue, Baolong Community, Baolong Sub-district, Longgang District, Shenzhen, Guangdong, China
• Markets: Europe, North America, the Middle East, Asia, Africa, Latin America and the Pacific - 24-hour response
• Global partner recruitment: distributors, importers, fire and safety wholesalers, industrial and electrical distributors, EPC contractors, system integrators, infrastructure operators, trading companies and sourcing agents welcome - exclusive-territory and OEM/ODM programs open for 2026-2027