NIST traceable calibration flame detector for Riyadh Buyers: Flame Detector Export from Wanlin China

The A119-YW Smoke Detector Tester with Aerosol Dispenser and Heat Test Head ships with these headline parameters: alarm threshold heat head selectable at 60, 80 or 100 deg c plus an 8 deg c per minute rate-of-rise ramp, and an aerosol bypass mode for cleanroom halls, accuracy class heat head held to +/-3 deg c at the set point, aerosol dose repeatability within +/-5% across 500 bursts per canister, response timer resolution 0.1 s, response time heat head reaches the set point within 25 s and holds for the 120 s test window, with the response timer reading to 0.1 s, power supply rechargeable 18650 3.7v 2600 mah pack with 5v 2a usb-c charging, roughly 400 bursts or 90 heat cycles per charge drawing 1.8 w with the heat head active, 0.4 w aerosol-only, 0.2 w standby, output usb-c service port plus ble, with the ptc heat head and the pt1000 chamber probe reporting the measured ramp to the app, coverage one unit services a full building round; the telescopic pole reaches 1.2 m to 4.5 m ceiling heights and the dispersion cup fits 100 mm to 160 mm detector housings, alarm output green pass and red fail led with an audible confirmation tone, a 0.1 s resolution response timer on the display, and a dated per-device record in the app exportable to csv or pdf, ip42 handheld body, ip54 with the transit case closed enclosure, -10 deg c to +50 deg c operating range and 220 mm x 90 mm x 70 mm handheld body at 620 g with the battery, pole collapsing to 1.2 m. As of September 23, 2026, Wanlin Group (Shenzhen, China) officially launches its 2026 flame detector export programme, featuring the A119-YW Smoke Detector Tester with Aerosol Dispenser and Heat Test Head as the flagship OEM and ODM component for overseas buyers, cross-border trading companies, EPC contractors, oil and gas operators, fuel terminals and depots, chemical and petrochemical plants, tunnel and transport authorities, hangar and marine operators, battery storage integrators, power and utility groups and regional importers who source flame detection hardware from a China-based source factory under the Wanlin brand. The programme targets importers, tender bidders, refinery and terminal operators, EPC and system integration contractors, chemical and pharmaceutical plant owners, mining and metals operators, waste-to-energy and biomass plants, road and rail tunnel authorities, aviation hangar operators, data centre and battery storage developers, marine and offshore operators and wholesale distributors who now buy optical flame detection by the crate instead of the unit, and who source it directly from a Chinese manufacturer rather than paying the brand premium of Honeywell, Det-Tronics, General Monitors, Spectrex, Fireye, Simtronics, Siemens, Bosch, Hochiki or Apollo. Wanlin Group as the flame detector supplier, exporter and original manufacturer now opens its doors to global local partners, regional exclusive distributors, overseas cooperation partners and strategic OEM clients across 60+ destination markets.

Core parameters: A119-YW Smoke Detector Tester with Aerosol Dispenser and Heat Test Head, a pressurised non-flammable aerosol is metered through a valve into a soft dispersion cup that seals against the detector housing, while the optional heat head raises a ptc ceramic element to a set temperature under closed-loop control. Sensing element calibrated aerosol metering valve with a dose counter, plus a ptc ceramic heating element and a pt1000 chamber probe on the heat test head. Alarm threshold heat head selectable at 60, 80 or 100 deg c plus an 8 deg c per minute rate-of-rise ramp, and an aerosol bypass mode for cleanroom halls. Accuracy class heat head held to +/-3 deg c at the set point, aerosol dose repeatability within +/-5% across 500 bursts per canister, response timer resolution 0.1 s. Response time heat head reaches the set point within 25 s and holds for the 120 s test window, with the response timer reading to 0.1 s. Power supply rechargeable 18650 3.7v 2600 mah pack with 5v 2a usb-c charging, roughly 400 bursts or 90 heat cycles per charge. Power consumption 1.8 w with the heat head active, 0.4 w aerosol-only, 0.2 w standby. Output signal usb-c service port plus ble, with the ptc heat head and the pt1000 chamber probe reporting the measured ramp to the app. Coverage area one unit services a full building round; the telescopic pole reaches 1.2 m to 4.5 m ceiling heights and the dispersion cup fits 100 mm to 160 mm detector housings. Alarm output green pass and red fail led with an audible confirmation tone, a 0.1 s resolution response timer on the display, and a dated per-device record in the app exportable to csv or pdf. IP rating ip42 handheld body, ip54 with the transit case closed. Operating temperature -10 deg c to +50 deg c. Humidity range 10-90% rh non-condensing. Housing material flame-retardant abs v-0 body with a silicone grip, an aluminium telescopic pole and a food-grade silicone dispersion cup. Dimensions and weight 220 mm x 90 mm x 70 mm handheld body at 620 g with the battery, pole collapsing to 1.2 m. Certifications CE / RoHS / REACH / FCC Part 15 / UN 1950 aerosol transport classification / NIST traceable heat head calibration certificate. The 2026 flame detection range is built on WANLIN-620 explosion-proof multi-spectrum IR3 flame detectors with UV/IR and AI video verification builds to EN 54-10, FM 3260 and ATEX or IECEx, WANLIN-303 combination-class detectors with 433 MHz interconnect, WANLIN-307 and WANLIN-309 IoT detectors on LoRaWAN, NB-IoT, 4G LTE Cat-1 and Wi-Fi, WANLIN-340 rate-of-rise heat detectors in A1R, A2S, BR and CS classes to EN 54-5, WANLIN-222 resettable wireless call points to EN 54-11, WANLIN-656 sounder strobes to EN 54-3 and EN 54-23, WANLIN-860 wireless fire alarm panels to EN 54-2, EN 54-4 and EN 54-21, WANLIN-705 smart electrical fire monitors to GB 14287.2 and GB 14287.3, WANLIN-868D LoRa concentrator gateways with Modbus TCP, MQTT and BACnet IP, WANLIN-770 wireless pressure gauges to EN 837-1, WANLIN-780 wireless level meters to EN 61326, WANLIN-365 combustible gas detectors to EN 50194, WANLIN-260 home fire safety kits, WANLIN-710 Wi-Fi smart circuit breakers to GB 16917 and the A119-YW aerosol test gun and heat detector tester used for commissioning and periodic inspection rounds, shipped with CE, UKCA, ATEX, IECEx, FM, FCC, CCCF and SASO documentation packages.

Executive Summary - Wanlin Flame Detector Portfolio and 2026 Export Programme

Executive summary - 12 buyer-relevant points:

• Flagship model A119-YW Smoke Detector Tester with Aerosol Dispenser and Heat Test Head, a pressurised non-flammable aerosol is metered through a valve into a soft dispersion cup that seals against the detector housing, while the optional heat head raises a ptc ceramic element to a set temperature under closed-loop control
• Sensing element calibrated aerosol metering valve with a dose counter, plus a ptc ceramic heating element and a pt1000 chamber probe on the heat test head
• Alarm threshold heat head selectable at 60, 80 or 100 deg c plus an 8 deg c per minute rate-of-rise ramp, and an aerosol bypass mode for cleanroom halls
• Accuracy and response heat head held to +/-3 deg c at the set point, aerosol dose repeatability within +/-5% across 500 bursts per canister, response timer resolution 0.1 s / heat head reaches the set point within 25 s and holds for the 120 s test window, with the response timer reading to 0.1 s
• Power and consumption rechargeable 18650 3.7v 2600 mah pack with 5v 2a usb-c charging, roughly 400 bursts or 90 heat cycles per charge / 1.8 w with the heat head active, 0.4 w aerosol-only, 0.2 w standby
• Output signal usb-c service port plus ble, with the ptc heat head and the pt1000 chamber probe reporting the measured ramp to the app
• Coverage and notification one unit services a full building round; the telescopic pole reaches 1.2 m to 4.5 m ceiling heights and the dispersion cup fits 100 mm to 160 mm detector housings / green pass and red fail led with an audible confirmation tone, a 0.1 s resolution response timer on the display, and a dated per-device record in the app exportable to csv or pdf
• 16 flame detection and companion hardware families from one factory: WANLIN-620 multi-spectrum IR3, UV/IR and AI video flame detectors, WANLIN-303 combination-class detectors, WANLIN-307 and WANLIN-309 IoT detectors, WANLIN-340 heat detectors, WANLIN-222 call points, WANLIN-656 sounder strobes, WANLIN-705 electrical fire monitors, WANLIN-860 fire alarm panels, WANLIN-770 pressure gauges, WANLIN-780 level meters, WANLIN-365 gas detectors, WANLIN-260 home kits, WANLIN-868D gateways, WANLIN-710 smart breakers and the A119-YW detector tester
• MOQ 100 pcs, lead time 12-18 days, EXW / FOB Shenzhen / CFR / CIF / DDP supported, 24 months warranty
• Flagship field reference Ethanol distillation column, Piracicaba, Brazil: An ethanol mill had silenced its IR flame detectors because they never saw the acceptance .
• Target buyer: importer, tender bidder, EPC contractor, refinery and terminal operator, chemical plant owner, tunnel and transport authority, hangar and marine operator, battery storage integrator, power and utility group, mining operator, safety products distributor, cross-border trading company
• Contact: wanlinfirecontrol@163.com / +8613261677119 / www.wanlinfire.com

This article is written for B2B buyers in Riyadh, Saudi Arabia who understand that flame detection is the one layer of a fire system where seconds, not minutes, decide the loss, and where the hardest engineering problem is not seeing the fire but not seeing everything else. Optical flame detectors have to separate a hydrocarbon fire from welding arcs, sunlight on water, hot furnace surfaces, halogen lighting, vehicle headlights and the dust, salt and condensation that blind every window eventually. Wanlin Group operates its own manufacturing facility in Shenzhen with SMT lines, optical calibration benches, a flame test gallery and a radio laboratory, exporting multi-spectrum IR3 flame detectors, UV/IR flame detectors, AI video flame detection cameras and the companion fire safety stack to 60+ countries across Europe, North America, the Middle East, Southeast Asia, Africa, Oceania and Latin America under the Wanlin brand. Everything below is designed around the three questions that decide whether a flame detection project holds up: which optical principle matches the fuel, whether the certificate set matches the shipped model code, and whether the spacing design actually covers the shadows.

Global Flame Detector Market Overview and 2026 Buyer Demand

Flame detector demand is driven by the asset classes that grew fastest in the last decade: fuel terminals and truck loading racks, petrochemical and chemical processing, LNG and hydrogen infrastructure, battery energy storage, waste-to-energy and biomass, road and rail tunnels, aviation hangars, and offshore and marine assets. Insurer and authority expectations have moved with them: FM Global data sheet practice, NFPA 15 for water spray and deluge, NFPA 30 for flammable liquid storage, EN 54-10 as the European product standard and FM 3260 as the hydrocarbon benchmark are now written into specifications that used to say only fire alarm system. The buyers driving it are EPC contractors packaging detection with deluge, terminals and depots replacing legacy UV heads, hydrogen and biofuel plants discovering that their original detector cannot see their fuel, battery storage developers who need a clip for the insurer, tunnel authorities who need immunity from headlights, and national distributors supplying all of them. Contractors, importers and cross-border trading companies supplying Riyadh, Saudi Arabia increasingly source this layer from China-based original manufacturers like Wanlin, because the landed cost of a Wanlin flame detector is 45-65% below Honeywell, Det-Tronics, General Monitors, Spectrex, Fireye, Simtronics, Siemens, Bosch, Hochiki or Apollo equivalents at the same EN 54-10 and FM 3260 documented scope with ATEX or IECEx certification, and because one factory covers the IR3 detector, the UV/IR detector, the video build, the gateway and the test lamp on a single shipment with one set of declarations.

Market access in Riyadh, Saudi Arabia is anchored on SBC 801 and Saudi Civil Defence design approval with SASO SABER PCoC per SKU and SCoC per shipment. Flame detectors, optical test lamps, mounting brackets, gateways and control panels shipped into Riyadh, Saudi Arabia clear customs on one HS-coded packing list: the ATEX or IECEx certificate reference, the CE and RoHS declarations, the EN 54-10 or FM 3260 type-test reference and the per-unit calibration record travel with the pallet, so the insurer review and the local authority acceptance pass without a second shipment or a re-test at destination, which requires a documented conformity route, a declaration referencing EN 54-10 or FM 3260 as applicable, a hazardous-area certificate matched to the shipped model code and third-party approval body involvement where the scheme demands it. Cross-border buyers are advised to verify the declaration, the type-test report and the approval body reference of every device prior to import, since non-compliant or un-certificated flame detectors may be rejected by customs authorities, refused by the insurer, or excluded from the safety case that hydrocarbon and tunnel specifications demand.

Reference: EN 54-10 for flame detectors, FM 3260 and FM 3210 for hydrocarbon flame detection, UL 268 and UL 521 for North American listings, EN 54-7, EN 54-5 and EN 54-25 for the companion detection layer, ATEX directive 2014/34/EU and IECEx scheme for hazardous areas, IEC 61508 SIL2 and SIL3 for functional safety claims, NFPA 72, NFPA 15, NFPA 30 and NFPA 70 installation practice, BS 5839 and ISO 7240 for system alignment, GB 15631 for the China scheme, radio type-approval for the LoRaWAN, NB-IoT, LTE and Wi-Fi models, plus local petroleum, tunnel, aviation and workplace requirements in the destination market, and Wanlin Group 2026 flame detector export programme documentation.

Flame Detection Engineering - Multi-Spectrum Sensing, False-Alarm Immunity and Output Integration

The A119-YW Smoke Detector Tester with Aerosol Dispenser and Heat Test Head is engineered inside a four-layer flame detection architecture rather than as an isolated device: (1) an optical layer built on multiple spectral bands, a flicker window and an automatic LED and shutter self-check, because a blinded detector that still reports healthy is worse than a detector that reports a fault; (2) a decision layer applying band-ratio and flicker-frequency analysis with selectable immunity levels, so a welding arc on the pipe rack does not cost a shift of production; (3) a transport layer choosing per site between 4-20 mA into an existing PLC, RS485 Modbus RTU for the register map and the operator screen, relay contacts straight into the deluge and emergency shutdown logic, and LoRaWAN or 4G LTE Cat-1 where there is no cable to pull; and (4) an evidence layer holding the alarm clip, the event history, the obscuration trend and the self-test log, because the insurer, the authority and the maintenance contractor all argue less when the data series is attached to the file. Because the package is specified as one design, optics, thresholds, transport and evidence format come from the same document rather than four vendors each protecting their own share of the liability.

Three sub-modules define the engineering depth:

• Optical front end - Calibrated aerosol metering valve with a dose counter, plus a PTC ceramic heating element and a PT1000 chamber probe on the heat test head. Heat head selectable at 60, 80 or 100 deg C plus an 8 deg C per minute rate-of-rise ramp, and an aerosol bypass mode for cleanroom halls holds the alarm decision across welding arcs, sunlight, hot surfaces and dust loading.
• Power and signal interface - Rechargeable 18650 3.7V 2600 mAh pack with 5V 2A USB-C charging, roughly 400 bursts or 90 heat cycles per charge. USB-C service port plus BLE, with the PTC heat head and the PT1000 chamber probe reporting the measured ramp to the app plus 1.8 W with the heat head active, 0.4 W aerosol-only, 0.2 W standby covers loop powered builds and every output from a current loop to a cellular uplink.
• Alarm output and enclosure - Green pass and red fail LED with an audible confirmation tone, a 0.1 s resolution response timer on the display, and a dated per-device record in the app exportable to CSV or PDF. One unit services a full building round; the telescopic pole reaches 1.2 m to 4.5 m ceiling heights and the dispersion cup fits 100 mm to 160 mm detector housings coverage plus IP42 handheld body, IP54 with the transit case closed housing keeps terminals, tunnels, hangars and offshore modules protected and serviceable.

Featured Model - A119-YW Smoke Detector Tester with Aerosol Dispenser and Heat Test Head Technical Signature

The featured model is A119-YW Smoke Detector Tester with Aerosol Dispenser and Heat Test Head, part of the Fire Detector Test Equipment - Aerosol Smoke Test Gun and Heat Detector Tester family, configured as the smoke and heat combo build (3 variant). FOB Shenzhen reference price is $68.00 per piece at MOQ 100 pcs, with bulk tier pricing ranging $59.16-$75.48 depending on detection class, measuring range, enclosure rating, output protocol variant, certification scope and packaging artwork. Lead time is 12-18 days from PO confirmation and 30% T/T deposit receipt, with 24 months warranty.

The unique technical signature of A119-YW on this variant combination is documented in the table below. Every parameter listed is engineering-verified by our Shenzhen lab and cross-checked against the applicable EN 54-10, FM 3260, UL 268, ATEX, IECEx, EN 54, ISO 7240 or EN 50194 product standard, the declaration of conformity scope, the hazardous-area certificate matched to the shipped model code and the response time requirement of the destination market. Detection distance must be re-stated for the actual fuel, since alcohol, hydrogen and LNG flames do not reproduce the n-heptane figure.

Application Scenarios across Refineries, Terminals, Tunnels, Hangars and Battery Yards

Wanlin flame detectors are watching hydrocarbon and infrastructure assets across six continents: a truck loading rack at Rotterdam Port, an LNG loading area in Doha, an electric bus depot in Santiago, an offshore module out of Stavanger, a refuse bunker in Copenhagen, a hydrogen station in Aarhus, an ethanol column in Piracicaba, a coal gallery at Richards Bay, a shredding hall in Kocaeli, an MRO hangar in Sharjah, a road tunnel in Bergen, a battery yard in Antofagasta, a glass furnace in Vicenza, an LPG carousel in Alexandria, a geothermal plant room in Laguna, a biodiesel plant in Riau, a theatre fly tower in Prague, a crude unit in Yanbu, a gathering station in Atyrau, a paint shop in Puebla, a tank farm in Tema and a mine conveyor in Kiruna. Below are 5 detailed scenarios drawn from those deployments, each with a site, a device count, an output and integration arrangement, an installation or shutdown window and a measured or witnessed outcome rather than a capability claim.

Scenario 1: Ethanol distillation column, Piracicaba, Brazil. An ethanol mill had silenced its IR flame detectors because they never saw the acceptance fire: ethanol burns with low luminous output and the units had been specified against an n-heptane distance they could not reproduce with alcohol. Twelve WANLIN-620 UV/IR units were installed on the column and loading area, and the acceptance test was rewritten as a methanol pan fire at 12 m. The mill now writes the fuel into every flame detection enquiry, which is the transferable outcome: the specification error was in the datasheet comparison, not in the detector.

Scenario 2: Coal conveyor transfer points, Richards Bay, South Africa. Three kilometres of conveyor gallery, belt friction as the ignition source, coal dust on every optical surface, and a narrow geometry that suits a cone-of-vision device badly. The design deliberately covers only the transfer points, twelve WANLIN-620 units, and leaves the long runs to a heat detection line, an argument settled with the terminal safety manager on where a belt fire actually starts. The first transfer-point bearing fire was detected 90 s before the heat line reached its threshold, and the maintenance team adopted a documented obscuration trend instead of fixed-interval cleaning.

Scenario 3: Tyre-derived-fuel shredding hall, Kocaeli, Turkiye. Shredded rubber dust loads optical faces continuously, and the earlier detectors reported an obscured window days after every clean. Fourteen WANLIN-620 units went in with automatic optical self-check, and the maintenance regime changed to a fortnightly wash driven by the fault output rather than a fixed weekly round. Window cleaning labour dropped from about 26 hours per month to 9, and the plant stopped holding two spare detector heads on the shelf because the failure rate no longer justified the stock.

Scenario 4: Aircraft hangar, Sharjah, United Arab Emirates. Eleven WANLIN-620 units in stainless with sun shields cover an MRO hangar, and the design problem was not the equipment but the geometry: a single-level grid leaves a shadow beneath the wing of a wide-body aircraft. The coverage was modelled as a two-level grid over a week of design work, and that model is now part of the operators standard hangar package. Deluge testing used a test lamp rather than a live fire, which the airport fire service accepted as commissioning evidence, and no new fixings were required into the roof structure.

Scenario 5: Road tunnel, Bergen, Norway. Flame detection in a tunnel has a specific enemy: headlights, modulated at exactly the flicker frequencies a cheap detector reads as fire. The design uses WANLIN-620 IR3 units at 45 m spacing on the high-immunity level with a 30 s confirmation window on the alarm relay, and the video build at the portals where an operator can check the clip. The confirmation delay was a negotiated compromise with the tunnel safety officer and is written into the operating manual. Fourteen months in, no tunnel closure from a false alarm, and one van engine bay fire detected 22 s after flame breakout.

Wanlin Competitive Advantages for Cross-Border Flame Detector Buyers

The A119-YW Smoke Detector Tester with Aerosol Dispenser and Heat Test Head and the wider Wanlin flame detector programme deliver 10 distinct advantages for cross-border B2B buyers who source flame detection hardware directly from a Chinese manufacturer:

1. Source-factory pricing - Wanlin operates the SMT lines, the optical calibration benches and the flame test gallery, so FOB Shenzhen flame detector pricing is 45-65% below Honeywell, Det-Tronics, General Monitors, Spectrex, Fireye, Simtronics, Siemens, Bosch, Hochiki or Apollo distribution prices for the same documented EN 54-10, FM 3260 and ATEX or IECEx scope.
2. Full type-test documentation - every flame detector family ships with the EN 54-10 and FM 3260 test report reference, the declaration of conformity, the ATEX and IECEx certificate set matched to the shipped model code and serial prefix, and the per-unit calibration record, removing the largest documentation blocker for importers and tender bidders.
3. One platform, many national conformity routes - CE and UKCA for Europe, FM 3260 and UL listings for North America, INMETRO for Brazil, BIS for India, SIRIM for Malaysia, TISI for Thailand, SNI for Indonesia, DTI-BPS for the Philippines, NOM for Mexico, KC for Korea, SASO and SABER for Saudi Arabia, EAC and GOST for Eurasia, SABS for South Africa, CCCF for China and ActivFire for Australia, documented per SKU so the authority submittal and the approval review in each destination market complete in weeks rather than months.
4. Three optical principles on one mechanical platform - IR3 multi-spectrum for open hydrocarbon areas, UV/IR with a solar-blind channel for hydrogen, methanol, ethanol and LNG, and an AI video build with a region-of-interest mask where an incident clip or a long corridor is needed, all sharing one enclosure, one bracket and one spare parts pool.
5. False-alarm engineering instead of desensitising - four selectable sensitivity levels, a flicker window that separates welding arcs from fire, a solar-blind UV channel with coincidence logic, a region-of-interest mask on the video build and an optional confirmation delay, so the site does not end up disabling detection to stop nuisance deluge discharges.
6. Commissioning without a live fire - every unit is functionally proven with a portable flame test lamp rather than a permit to burn, and the automatic optical self-check every 12 h raises an obscuration fault before a blinded window turns into a missed fire, with the aim survey documented per unit.
7. Outputs that drop into existing logic - 4-20 mA current loop, RS485 Modbus RTU, two changeover relay contacts rated 5 A and optional LoRaWAN or 4G LTE Cat-1, so alarm and fault states reach an existing PLC, deluge panel, fire alarm control panel or SCADA system without a protocol gateway, and the register map and MQTT topic structure are supplied as integration documentation.
8. Coverage and spacing design included - flame detection fails on shadows, not on sensitivity, so every project quotation carries a cone-of-vision coverage model, exclusion zones, the aim survey findings and a fuel-corrected detection distance rather than a floor area rule of thumb.
9. Complete flame programme from one factory - IR3 detectors, UV/IR detectors, AI video flame cameras, gateways, sounder strobes, panels, gas detectors, heat detectors, call points and the A119-YW test tool, all shipped together from one Shenzhen source with one set of declarations.
10. Warranty up to 60 months - 36 months for the flame detector, panel and gateway families, 60 months for the sealed detector and IoT detector families, 24 months for instrumentation and tester families, with free DOA replacement within 60 days and a held spare parts pool for project accounts.

Combined, these advantages allow Wanlin partners to win terminal and depot retrofit packages, refinery and petrochemical EPC packages, hydrogen and biofuel projects, battery storage and data centre programmes, tunnel and transport authority tenders, hangar and marine packages, mining and metals shutdown work, and national distributor frameworks, secure regional distribution rights and serve end customers under their own brand at 45-65% lower landed cost compared to legacy western distribution channels.

Certifications, Standards Route and Market Access Compliance

The A119-YW Smoke Detector Tester with Aerosol Dispenser and Heat Test Head carries the following certifications as standard scope: CE / RoHS / REACH / FCC Part 15 / UN 1950 aerosol transport classification / NIST traceable heat head calibration certificate. Optional add-on documentation available on request includes VdS (Germany), LPCB (United Kingdom), ETL and FM (global insurance), UL 268 and UL 521 listings (North America), Class I Division 1 and Division 2 documentation for the North American scheme, ActivFire (Australia), CNBOP-PIB (Poland), KC (Korea), NOM (Mexico), SASO and SABER (Saudi Arabia), EAC and GOST (Eurasian Customs Union), SIL2 and SIL3 capability statements per IEC 61508 for functional safety projects, and radio type-approval reports per destination for the LoRaWAN, NB-IoT, LTE and Wi-Fi models. All devices are produced in an ISO 9001:2015 and ISO 14001:2015 certified factory with RoHS and REACH declarations issued per batch.

Cross-border buyers should note that flame detection equipment sits across five compliance legs: the product standard such as EN 54-10, FM 3260 or UL 268, the hazardous-area certificate such as ATEX, IECEx or the Class and Division scheme, the installation practice such as NFPA 72, NFPA 15, NFPA 30 or the local petroleum and tunnel rules, the functional safety claim where SIL2 or SIL3 is specified, and the destination conformity route plus environmental declarations. Wanlin supplies a pre-validated compliance pack per model covering DoC templates, type-test references, hazardous-area certificates matched to the shipped model codes, calibration records and the commissioning checklist, which typically moves importer approval from a quoted 8-14 weeks down to 2-4 weeks for most markets. What stays local is the installation licence, the acceptance by your authority and any civil work - Wanlin does not contract abroad and does not present itself as a licensed installer in your city.

Order Economics, MOQ, Lead Time and Logistics Math

For a typical first-time buyer ordering 1200 pieces of A119-YW Smoke Detector Tester with Aerosol Dispenser and Heat Test Head, the economics stack is:

Sample order cost is USD 120 per SKU refundable against the first bulk order above MOQ. 30% T/T deposit and 70% balance against B/L copy is the standard payment term. L/C at sight is accepted for orders above USD 80,000. Production lead time is 12-18 days. Warranty is 24 months. Free DOA replacement within 60 days of receipt.

Flame Detector FAQ - Technology Selection, Standards, Spacing, False Alarms and Terms

Below are 8 frequently asked questions from overseas buyers, cross-border trading companies and regional distributors sourcing flame detectors and optical flame detection hardware from China. Each answer is anchored on Wanlin actual commercial terms, certification scope and field experience across 60+ export markets under the Wanlin brand.

Which flame detector technology should I choose, IR3, UV/IR or video?

Answer: Choose by fuel, geometry and the false-alarm sources you actually have, not by price. IR3 reads three infrared bands and their flicker signature, which rejects welding arcs, sunlight and hot surfaces well, and is the right choice for open hydrocarbon areas such as tank farms, loading racks, pump rows and offshore modules. UV/IR adds a solar-blind UV channel, which reacts faster and sees low-radiating flames such as hydrogen, methanol, ethanol and LNG, and is the right choice for confined booths, hydrogen refuelling and alcohol plants. The AI video build is specified when an incident clip, a region-of-interest mask or a long corridor coverage matters, for example tunnels, hangars, bunkers and heritage buildings. Wanlin supplies all three on the WANLIN-620 platform, so a mixed site uses one spare parts pool and one certificate set.

Which standards apply, and is EN 54-10 enough for an industrial site?

Answer: EN 54-10 is the European product standard for flame detectors and is what most building and industrial acceptance routes in Europe reference, with FM 3260 required by many North American and insurer-driven hydrocarbon specifications and UL 268 or UL 521 referenced in some North American listings. Hazardous areas additionally require ATEX and IECEx in the IEC scheme or Class and Division listings in the North American scheme, and functional safety projects ask for SIL2 or SIL3 capability per IEC 61508. Wanlin ships the WANLIN-620 with EN 54-10, FM 3260 and UL 268 documentation plus the ATEX and IECEx certificate set, and issues the SIL2 capability statement and the per-unit calibration certificate with each device so the authority submittal does not stall on documentation.

How many detectors do I need, and how do I work out the spacing?

Answer: Spacing follows the cone of vision and the fuel, not a floor area rule. The WANLIN-620 IR3 covers a 90 degree cone with a class 1 detection distance of 25 m on a 0.1 m2 n-heptane pan fire and about 40 m on a 0.5 m2 pool fire, and in practice one detector covers 600-900 m2 of open process area once sight-line shadows from pumps, racks, tanks and parked vehicles are modelled. Wanlin supplies a spacing and coverage design with every project quotation, including the exclusion zones and the aim survey findings, because the usual failure is not the detector but a shadow nobody modelled. Detection distance must always be re-stated for the actual fuel: alcohol, hydrogen and LNG flames do not reproduce the n-heptane figure.

What causes false alarms, and how do I stop them?

Answer: The sources are welding arcs, sunlight and reflection off water or chrome, hot surfaces such as furnace forehearths and flares, halogen and strobe lighting, vehicle headlights in tunnels, and an obscured window from dust, salt or condensation. The WANLIN-620 handles them in three layers: multi-band ratio and flicker-window analysis in the IR3 build, a solar-blind UV channel with coincidence logic in the UV/IR build, four selectable sensitivity levels with an optional confirmation delay, and an automatic optical self-check every 12 h that raises a fault rather than waiting for a missed fire. Site practice matters as much as the detector: a region-of-interest mask on the video build, heated windows in cold or humid sites, and a documented window cleaning cycle driven by the fault output.

Can the detectors integrate with my existing PLC, deluge or SCADA system?

Answer: Yes. Every WANLIN-620 build carries a 4-20 mA current loop plus RS485 Modbus RTU and two changeover relay contacts rated 5 A, so the alarm and fault states drop straight into an existing PLC, deluge panel or fire alarm control panel without a protocol gateway. The register map, the topic structure for MQTT and the BACnet IP objects used by the WANLIN-868D gateway are supplied as integration documentation with the order. For sites without cabling, the LoRaWAN and 4G LTE Cat-1 variants report alarm, fault, obscuration and self-test state to the cloud platform and onward to SMS, email, push and voice call escalation.

What hazardous area approvals are available, and what is the difference between the schemes?

Answer: The WANLIN-620 carries ATEX Ex d IIC T6 Gb and IECEx certification for the IEC scheme used across Europe, the Middle East, Asia, Africa and Oceania, with EAC and GOST documentation for the Eurasian route. North American projects asking for Class I Division 1 or Division 2 listings are handled as a documentation and construction variant, because the scheme is not a paperwork conversion but a different approval basis. Wanlin states plainly which scheme each shipped SKU is approved under and matches the certificate to the shipped model code and serial prefix, which is the detail that decides most tenders after an earlier one failed on mismatched documentation.

How is commissioning and maintenance handled on a live site?

Answer: Commissioning uses a portable flame test lamp rather than a live fire, so a detector can be functionally proven during operation without a permit to burn, and the aim survey is documented per unit with photographs. Routine maintenance is dominated by window condition, and the WANLIN-620 reports an obscuration fault automatically every 12 h through its internal LED and shutter self-check, which lets sites move from fixed-interval cleaning to condition-based cleaning. Wanlin supplies the test lamp, the commissioning checklist, the aim record template and the recommended inspection interval by environment, from monthly in a shredding hall to six-monthly in a clean electrical room.

What are the commercial terms for flame detector buyers, MOQ, lead time, warranty and OEM?

Answer: MOQ is 50 pieces for the WANLIN-620 at an FOB Shenzhen reference price of USD 268 per piece, with tier pricing from 13 percent below to 11 percent above that reference depending on the build, enclosure material, output variant, certificate scope and packaging artwork. Lead time is 20-30 days from order confirmation and deposit, warranty is 36 months, and sample orders ship in 3-7 days for standard builds or 7-15 days for configured builds. OEM and ODM support covers housing colour and labelling, private brand artwork, destination-language manuals, Modbus register and MQTT topic customisation, and a joint certification cost-share under the regional distributor and strategic OEM partnership tiers.

Wanlin Global Partner Stories - Real Flame Detector Project References across 60+ Markets

Wanlin flame detector programmes have shipped to 60+ markets across 6 continents, with Saudi Arabia, the United Arab Emirates, the Netherlands, Poland, Norway, Chile, Mexico, Ghana, Brazil, Denmark, Turkey, South Africa, Indonesia, Egypt, Kazakhstan, Qatar, Italy, Vietnam, India, Nigeria, the United Kingdom and the United States among the most active sourcing routes. Below are 4 anonymised project references drawn from 2023-2026 deployments. Each record states what the earlier arrangement was, what was actually installed, and what was measured or agreed afterwards, rather than restating a capability claim.

Case 1: Waste-to-energy refuse bunker, Copenhagen, Denmark. A refuse bunker is a brutal environment for optical flame detection: dust, steam, a wandering hotspot that glows for days, and a crane operator who does not want false deluge discharges over the pile. The operator installed nine WANLIN-620 IR3 units with the heated window option and the wide-immunity sensitivity level, deliberately trading a little response speed for false-alarm immunity, plus the AI video build over the bunker feed chute where the camera view also serves the crane operator. Bunker deluge discharges dropped from about one per quarter on the previous installation to one in the first fourteen months, and the two genuine hotspots were confirmed by the camera clip before the shift supervisor ordered any water.

Case 2: Road tunnel retrofit, Bergen, Norway. A tunnel operator replacing a 1990s detection system had a specific objection to the proposed design: optical flame detectors in a tunnel see headlights, and headlights are modulated at exactly the flicker frequencies that cheap detectors read as fire. The design used WANLIN-620 IR3 units at 45 m spacing with the high-immunity level and a 30 s confirmation window on the alarm relay, plus the video build at the two portal sections where an operator can look at the clip. The confirmation delay was the engineers compromise with the tunnel safety officer and is written into the operating manual. Fourteen months of operation produced no tunnel-closure false alarms, and one van engine bay fire was detected 22 s after flame breakout.

Case 3: Hydrogen refuelling station, Aarhus, Denmark. A hydrogen refuelling station operator had a technical problem that rules out most of the market: a hydrogen flame is nearly invisible in daylight and radiates mostly in UV and in the water-vapour IR band. Six WANLIN-620 UV/IR units cover the dispenser island, the compressor skid and the storage tube bundle, and the site acceptance test used a hydrogen diffusion flame at 8 m rather than a hydrocarbon pan fire. The operator also wanted the alarm state available remotely, so the 4G LTE Cat-1 variant reports to the operations centre in Kolding with the alarm clip metadata. The station has logged no ignition, and the detectors are now part of the permit renewal evidence package.

Case 4: Aircraft hangar foam deluge, Sharjah, United Arab Emirates. An MRO hangar with a foam deluge system had flame detection only over the door apron and nothing in the roof structure above the tail area, where the hangar insurance surveyor asked for coverage. Eleven WANLIN-620 units went in with the stainless steel build and the sun shield, aimed in a two-level grid because a single-level grid leaves a shadow under the wing of a wide-body aircraft. The design office spent a week on a coverage model rather than the usual rule-of-thumb spacing, and the model is now part of the operators standard hangar package. Deluge discharge testing was done with the test lamp and did not require a live fire, which the airport fire service accepted as commissioning evidence.

Partnership Models - Project Supply, Authorized Reseller, Regional Distributor, Strategic OEM

Wanlin offers 3 partnership tiers for cross-border flame detector buyers, EPC contractors, terminal and refinery operators, tunnel and transport authorities, battery storage integrators, contractors and overseas cooperation partners:

All partners receive: free firmware updates for life of product, free DOA replacement within 60 days, dedicated account manager and response within 4 business hours, free certification documentation and test report copies, destination-language manual support, coverage and spacing design per project, commissioning checklist and flame test lamp guidance, integration assistance including Modbus register maps and MQTT topic structure for partners running their own servers, and one joint trade-show booth per year at Intersec Dubai, Security Essen, NFPA Conference, Firex International, Secutech, SICUR, FeuerTrutz, FireExpo or Canton Fair on a cost-share basis.

Conclusion - How to Start Your Flame Detector Sourcing Today

Wanlin Group 2026 flame detector export program is now open for global B2B buyers, regional distributors, EPC contractors, refinery and terminal operators, chemical and petrochemical plant owners, hydrogen and biofuel developers, battery storage and data centre integrators, tunnel and transport authorities, aviation hangar operators, marine and offshore operators, mining and metals groups, facility management contractors, insurers, cross-border trading companies and OEM and ODM partners across 60+ destination markets. To initiate a sourcing discussion, request a quotation or schedule a factory audit in Shenzhen, please contact our export team via the channels below. Sample orders ship within 3-7 days via DHL Express for in-stock SKUs; custom-configuration samples require 7-15 days. Standard lead time for bulk OEM orders is 12-18 days. Strategic OEM Partner applications are reviewed quarterly and require a minimum USD 320,000 annual commitment.

We sincerely invite global safety equipment buyers, national importers, tender bidders, EPC and system integration contractors, terminal, depot and refinery operators, hydrogen, LNG and biofuel project developers, battery storage and data centre integrators, tunnel, rail and aviation authorities, marine and offshore operators, mining and metals groups, petroleum and chemical majors, system integrators and cross-border trading companies to engage in long-term cooperation with Wanlin Group as your China-based OEM and ODM partner, regional exclusive distributor or strategic global supplier under the Wanlin brand. Wanlin is the Chinese source factory behind 60+ country flame detection programmes, the SMT lines, optical calibration benches and flame test gallery behind every batch, and this 12-section export program. Let us catch the fire in the first five seconds together.

Article signature:

working_principle: A pressurised non-flammable aerosol is metered through a valve into a soft dispersion cup that seals against the detector housing, while the optional heat head raises a PTC ceramic element to a set temperature under closed-loop control
sensing_element: Calibrated aerosol metering valve with a dose counter, plus a PTC ceramic heating element and a PT1000 chamber probe on the heat test head
alarm_threshold: Heat head selectable at 60, 80 or 100 deg C plus an 8 deg C per minute rate-of-rise ramp, and an aerosol bypass mode for cleanroom halls
accuracy_class: Heat head held to +/-3 deg C at the set point, aerosol dose repeatability within +/-5% across 500 bursts per canister, response timer resolution 0.1 s
response_time: Heat head reaches the set point within 25 s and holds for the 120 s test window, with the response timer reading to 0.1 s
power_supply: Rechargeable 18650 3.7V 2600 mAh pack with 5V 2A USB-C charging, roughly 400 bursts or 90 heat cycles per charge
power_consumption: 1.8 W with the heat head active, 0.4 W aerosol-only, 0.2 W standby
output_signal: USB-C service port plus BLE, with the PTC heat head and the PT1000 chamber probe reporting the measured ramp to the app
coverage_area: One unit services a full building round; the telescopic pole reaches 1.2 m to 4.5 m ceiling heights and the dispersion cup fits 100 mm to 160 mm detector housings
alarm_output: Green pass and red fail LED with an audible confirmation tone, a 0.1 s resolution response timer on the display, and a dated per-device record in the app exportable to CSV or PDF
ip_rating: IP42 handheld body, IP54 with the transit case closed
operating_temp: -10 deg C to +50 deg C
humidity_range: 10-90% RH non-condensing
housing_material: Flame-retardant ABS V-0 body with a silicone grip, an aluminium telescopic pole and a food-grade silicone dispersion cup
dimensions_weight: 220 mm x 90 mm x 70 mm handheld body at 620 g with the battery, pole collapsing to 1.2 m
certifications: CE / RoHS / REACH / FCC Part 15 / UN 1950 aerosol transport classification / NIST traceable heat head calibration certificate

• Author: Wanlin Group Fire Detection Division Export Engineering Team
• Published: 2026-09-23 17:44
• Data sources: Wanlin Group 2026 flame detector export programme documentation, optical calibration records per production lot, EN 54-10 and FM 3260 type-test references, ATEX and IECEx certificate sets matched to shipped model codes and serial prefixes, false-alarm immunity test records against welding arcs, sunlight, hot surfaces and halogen lighting, coverage and spacing design files from deployed refinery, terminal, tunnel, hangar and battery storage sites, integration records covering 4-20 mA, Modbus RTU, relay, MQTT and BACnet IP deployments, commissioning aim surveys and obscuration trend logs from partner projects, RoHS and REACH declarations.
• Shenzhen HQ: Wanlin Group (Wanlin Fire Detection Division), Building B, Building 1, Beisida Medical Device Building, 28 Nantong Avenue, Baolong Community, Baolong Sub-district, Longgang District, Shenzhen, Guangdong, China


• Reference: www.wanlinfire.com / A119-YW / EN 54-10 / FM 3260 / UL 268 / UL 521 / ATEX / IECEx / IEC 61508 SIL2 / NFPA 72 / NFPA 15 / NFPA 30 / ISO 7240 / GB 15631 / EN 50194 / EN 54 / RoHS REACH
• Contact: Email wanlinfirecontrol@163.com | Phone +8613261677119 | Website https://www.wanlinfire.com