Export notification appliance resource
On en.exue100.net, plan Smart Building Fire Detection for Commercial Buildings export wireless standalone sounder beacon projects for public buildings, with.
Direct answer
A wireless standalone sounder beacon is an audible and visual notification device used to warn occupants and, in a documented networked configuration, receive or report alarm events without conventional field wiring between every initiating device and notification point.
For Smart Building Fire Detection for Commercial Buildings, confirm the alarm workflow and exact radio variant before treating the device as compatible with a detector, gateway, app or monitoring platform.
Documented model
The supplied manual describes a 4G sound and light alarm with DC 24 V power, rechargeable backup battery, local audible and visual warning, remote event reporting and Fire CRT linkage. Published values apply only to the documented configuration.
Published manual data
Evidence scope: manufacturer-published manual and product record. These documents are not third-party certification or destination-market approval.
| Model | WANLIN-656 |
|---|---|
| Product type | Wireless audible and visual fire alarm notification device |
| Published communication | 4G mobile network |
| Working voltage | DC 24 V |
| Backup battery | Rechargeable lithium battery, 2500 mAh |
| Standby current | Up to 10 mA |
| Alarm current | Up to 150 mA |
| Operating temperature | -10 C to +50 C |
| Relative humidity | Up to 95% RH, non-condensing |
| Published alarm sound level | At least 80 dB(A) |
| Published alarm light intensity | At least 1000 cd |
| Installation reference | Wall mounting at 2.5 m or higher, subject to project design |
Variant control
| Communication | 433 MHz wireless communication |
|---|---|
| Power | DC 3 V using two 1.5 V batteries |
| Standby current | Up to 6 uA |
| Alarm current | Up to 120 mA |
| Published sound level | 130 dB manufacturer-manual value; confirm the controlled SKU and measurement method |
| Ingress protection | IP40 |
| Dimensions | 87 x 102 x 60 mm including base |
| Operating temperature | -10 C to +55 C |
| Relative humidity | Up to 95% RH, non-condensing |
| Network modes recorded in reports | 4G / LoRa / NB |
|---|---|
| Power recorded in reports | DC 24 V main supply; DC 3.7 V backup |
| Standby / alarm current | Up to 10 mA / 150 mA |
| Sound pressure level | 75 dB to 110 dB |
| Dimensions / mass | 118 x 86 x 50 mm / 190 g |
| Flash frequency | 1.0 Hz to 2.0 Hz |
| Cycle period | 2.0 s to 5.0 s |
| Test basis | GB 26851-2011 |
The 4G manual and earlier report use an upper operating temperature of +50 C, while a later stamped report records +55 C. Treat this as a controlled-revision question and confirm the final ordered SKU/BOM rather than merging the values.
Verified China evidence
Certificate 2025-6796 identifies WANLIN-656 as a TD-LTE/LTE FDD terminal with CMIIT ID 25C11193L976. It was sealed on 2025-04-21 and states a five-year validity period. This is China radio evidence for the identified configuration.
Approval 00-E603-259161 identifies WANLIN-656 as a TD-LTE wireless data terminal. It was issued on 2025-09-10 and is valid through 2027-09-10. It is a China public-network trial approval, not permanent or global approval.
Reports HN-24-8816286 and HN-25-8816286 record commissioned WANLIN-656 testing against GB 26851-2011. The reports give product test results; they are not represented as product certification certificates.
Module boundary: CCC certificate 2023011606588570, trial approval 00-E224-239444 and SRRC certificate 2023CP20841(M) identify the NT26-FCN communication module and its holder. They do not automatically certify the complete WANLIN-656 product or establish export-market acceptance.
Wireless export architecture
Freeze the SKU/BOM, power input, backup battery, sound output, visual output, radio module, antenna, SIM or gateway dependency and firmware revision.
Define initiating devices, local activation, platform receipt, mobile notifications, acknowledgement, event history, network outage behaviour and responsible responder.
Match product safety and radio or telecom evidence separately to the exact configuration, legal holder, destination country and current validity period.
Documented boundary: the current manual supports the published 4G configuration. The 433 MHz configuration has a separate manual. LoRa appears in commissioned test records, but each ordered radio configuration still requires SKU/BOM, compatibility and destination-market evidence confirmation.
Answers for buyers
A separate manual documents the 433 MHz configuration, while the 4G manual and China regulatory records document an identified cellular configuration. LoRa appears in commissioned test records, but exact hardware, protocol and market evidence still require SKU/BOM confirmation.
Review the current controlled manual, exact SKU or BOM, radio documents, power details, compatibility record and destination-market requirements. Request model-matched evidence rather than relying on a family name.
No. The model family alone does not prove identical radio modules, frequency bands, firmware, labels or market evidence across all variants.
Test local sound and light, linked activation, network reporting, communication and fault indicators, platform receipt, notification routing and outage behaviour for the final configuration.
Specify the country, quantity, alarm workflow, sound and visual requirements, power arrangement, radio option, platform or gateway, label language and required evidence.
Send the destination country, quantity, alarm workflow, radio option, power arrangement, platform requirements and required evidence to wanlinfirecontrol@163.com.
Last reviewed: 2026-11-02. No local office is claimed; Wanlin Fire manufactures in Shenzhen, China and supports export enquiries.