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Wireless Heat Detector: Standalone Smoke Alarm Guide

Wireless Heat Detector: Standalone Smoke Alarm Guide explains smoke detector choices, model-family differences, buyer checks, documentation limits and OEM...

Direct answer

How should buyers define a smoke alarm project?

An export standalone smoke alarm detects smoke and provides a local audible warning without requiring a conventional fire alarm control panel. For commercial buildings, buyers should first define the protected space, required local alarm behaviour, reporting method, power arrangement and destination-market evidence.

This page is written for commercial building, facilities and engineering buyers. It is a product-family selection resource, not a claim that every variant has the same approval, radio module or market access.

WANLIN-307 connected standalone smoke alarm reference for commercial buildings

Model reference image

Review the exact configuration, not only the family name

The image identifies a WANLIN-307 family reference. Radio, power, label and evidence scope can differ by controlled configuration; confirm the SKU/BOM before using any formal product or compliance statement.

Open the WANLIN-307 product passport · Review the public evidence center

Verified manual data

WANLIN-307 documented configuration

Evidence scope: WANLIN-307 user manual, Ver 1.0. Documented manual configuration only; radio, platform, power and market variants require separate SKU/BOM confirmation.

Parameters transcribed from the supplied WANLIN-307 user manual
Detection principleInfrared photoelectric smoke sensing with MCU processing
Rated working voltageDC 3 V
Battery capacity2400 mAh
Standby current≤ 6 μA
Alarm current≤ 100 mA
Sound pressure> 80 dB(A) at 3 m directly in front
Operating temperature−10 °C to +50 °C
Relative humidity≤ 95% RH at 40 °C ± 2 °C
Alarm outputAudible and visual alarm
Low-voltage indicationBelow 2.7 V; indicator and one chirp about every 40 s
Normal indicatorIndicator illuminates about every 40 s
Approximate weight140 g including battery
Manual-listed execution standardGB 20517-2006
Installation referenceGB 50116-2013; final layout must follow project design requirements

Important: “GB 20517-2006” is presented here as the execution standard stated by this manual. This wording is not a third-party certificate claim and does not establish destination-market acceptance. The manual also advises against use where relative humidity exceeds 95%, air speed exceeds 5 m/s, or heavy dust, water mist, steam, oil mist or corrosive gas is present.

Site-specific planning lens

How does Wireless Heat Detector Systems for Commercial Buildings affect selection?

433 MHz, LoRa, 4G and NB-IoT describe different communication paths; they are not interchangeable labels and may change the hardware, infrastructure and regulatory review.

For this site's commercial buildings focus, the planning lens is “Wireless Heat Detector Systems for Commercial Buildings.” Treat the alarm, communication path and destination-market evidence as three separate purchasing decisions.

System integrators should also describe gateway placement, network ownership, event recipients, escalation rules and any required API or platform handoff.

Existing site context: Wanlin Fire presents Wireless Heat Detector Systems for Commercial Buildings with clear selection criteria, technical support, system compatibility details and global project supply options. Use that context to define the application; it does not replace model-specific technical or compliance review.

A family-level brochure is useful for selection but is not proof that every radio, enclosure, battery or sensor configuration has identical market acceptance.

Last reviewed: 2026-11-02 · Reviewed by Wanlin Fire Equipment for product-family and evidence-boundary consistency.

Which standalone alarm options can be reviewed?

WANLIN-303

Standalone photoelectric smoke alarm family

Review standalone, 433 MHz, LoRa or 4G candidates only after the exact hardware and radio version is identified.

WANLIN-307

Connected standalone smoke alarm family

Candidate configurations may include standalone, 433 MHz, LoRa, 4G or NB-IoT; availability and evidence must be confirmed per SKU/BOM.

WANLIN-309

Wireless reporting smoke alarm family

Use when the project requires a local alarm plus a defined reporting path; verify gateway, network and destination-market requirements.

WANLIN-370

Combination alarm reference

A smoke/heat/carbon-monoxide combination concept is not interchangeable with a smoke-only alarm; confirm the required sensing functions first.

How is a purchase specification verified?

Decision rule: use a formal claim only when the evidence is current and matches the model, configuration, legal holder, standard and market. Otherwise the status remains pending verification.

  • Certificate is not the same as a test report.
  • A declaration is not the same as third-party certification.
  • A product manual is not proof of market approval.

Answers for buyers

Standalone smoke alarm questions

Can one certificate be applied to every WANLIN smoke alarm variant?

No. A certificate or test report must match the exact model, hardware or radio configuration, legal certificate holder, standard, validity period and destination market.

What should be included in an OEM smoke alarm enquiry?

Include the destination market, application, quantity, sensing function, radio or network path, power preference, packaging language, branding scope and required evidence.

Are product-family brochures sufficient for procurement approval?

No. Brochures support initial selection, but formal approval should use model-specific specifications, configuration records, applicable evidence, label artwork and current instructions.

What should be checked during sample approval?

Check model marking, sensing function, alarm behaviour, communication path, power arrangement, gateway or platform interaction, label artwork, manual revision and the evidence pack.

Does remote notification replace the alarm sound?

No. Remote event reporting and local audible warning are separate functions. The project specification should define both and identify who responds to remote events.

Request a model-specific export review

Send the destination country, application, quantity, reporting method, preferred power arrangement and required delivery schedule to wanlinfirecontrol@163.com. Recommendations and formal claims remain subject to exact-model evidence review.

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