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| Brand Name: | BAIWAY |
| Model Number: | RECS |
| MOQ: | Please contact sales |
| Price: | Please contact sales |
| Payment Terms: | T/T |
| Supply Ability: | 5000pcs/month |
The RECS module integrates WiFi, 4G wireless communication, and RS485 industrial bus, allowing it to connect to existing management systems of electric engineering vehicles. Using a private high-efficiency protocol, it aggregates and uploads battery data in real time to enterprise cloud platforms or local maintenance centers. The module has built-in storage space, allowing data to be saved locally. This provides unified and reliable underlying battery data support for multi-vehicle coordination, energy consumption analysis, comprehensively enhancing the digital management level and response efficiency of vehicle fleets.
The RECS module adopts an industrial-grade protective design, featuring strong vibration resistance and dustproof capabilities, making it suitable for challenging operating environments such as mines and construction sites where intense vibrations and high dust levels are common. Additionally, it supports operation across a wide temperature range and remains stable under conditions with significant temperature variations and high humidity. This ensures reliable support for the continuous operational demands of electric engineering vehicles while extending the equipment's service life.
The module is equipped with two independent dry contact outputs for automated management of charging and discharging processes in engineering vehicle batteries, effectively preventing overcharging, over-discharging, high temperatures, and sudden current changes. It also supports multiple alarm functions (e.g., low power, high/low voltage, high/low temperature alerts) and remote real-time data monitoring. Combined with energy efficiency analysis and predictive maintenance strategies, it significantly extends battery life and ensures vehicle availability and worksite operational safety.
Production workstations and inspection staff involved in manufacturing the RECS electric vehicle battery monitoring module.
The image above shows the actual electronics manufacturing environment of Shanghai Capdisp Technology Co., Ltd., where the RECS electric vehicle battery monitoring module is built. It features organised production workstations, electronic assembly equipment, production tools, material handling areas, and personnel performing manufacturing and inspection activities.
This electric vehicle battery monitoring module is produced within this environment according to its confirmed configuration, production specifications, and applicable quality-control requirements. Depending on the configuration, production activities may include electronic component handling, module assembly, wiring or connection, functional verification, and other applicable inspection procedures.
For this electric vehicle battery monitoring module, production and inspection work is carried out with reference to the approved product specifications and the requirements for fleet battery monitoring, covering the installation arrangement, B-/P- terminal connections, current-sensing configuration, and related electrical functions.
This genuine factory image provides first-hand visual evidence of the manufacturing and inspection environment behind the RECS electric vehicle battery monitoring module, giving customers a clear view of the production setting and the personnel involved in electronics manufacturing and quality control.
Specific production procedures, inspection requirements, wiring arrangements, and supporting technical documents may vary according to the confirmed module configuration, approved specifications, and project requirements.
| Parameter | Min. | Nominal | Max. | Unit |
|---|---|---|---|---|
| Working voltage | 8.0 | 30.0 | 80.0 | V |
| Working consumption (Bluetooth/WiFi connected) | 0.6 | 1.5 | W | |
| Working consumption (Bluetooth/WiFi disconnected) | 0.5 | 1.0 | W | |
| Accuracy of collecting voltage | ±1.0 | % | ||
| Accuracy of collecting current | ±1.0 | % | ||
| Accuracy of collecting capacity | ±1.0 | % | ||
| Adjustable turn-on current | 100.0 | mA | ||
| Minimum current detection value | 100.0 | mA | ||
| Capacity detection range | 0.1 | 9999.0 | Ah | |
| Continuous current range | 0~300 | A | ||
| Peak current range | 500A@10s | A | ||
| Ambient temperature range | -10~60 | ℃ | ||
| Bluetooth transmission range | 30 | m | ||
| Transmission baud rate | 115200 | bps | ||
| Bluetooth/WiFi frequency range | 2.402~2.480 | GHz | ||
| Protocol transmission format | Private protocol | |||
| Command response time | <100 | 150 | ms |
A. Module Mounting
The RECS electric vehicle battery monitoring module may be installed inside the battery pack enclosure, on the enclosure surface, or at a suitable position near the battery pack negative terminal, depending on the confirmed installation arrangement.
B. Battery Negative B- and P- Connections
Installation Verification
Before operation, confirm that the module is securely mounted and that the B- and P- connections match the approved wiring configuration. Check terminal fastening, cable routing, and connection integrity before powering the system.
The actual mounting position, cable specification, terminal selection, and wiring arrangement should be determined from the confirmed RECS model configuration, approved wiring diagram, battery system requirements, and applicable installation instructions.
Battery monitors can be used in any scenario involving battery packs. They continuously track the status of the battery pack and display key parameters such as remaining charge, current voltage, current, power, and other relevant data. This allows users to monitor battery health in real time, helping to protect the battery and extend its lifespan.
It is compatible with mainstream battery types on the market, such as lead-acid batteries, lithium-ion batteries, lithium iron phosphate batteries, sodium batteries, etc.
We provide a one-year warranty period. After one year, if the product is damaged due to its own quality issues, we will continue to offer repair or replacement services based on the specific circumstances. For cases where returns or exchanges are not possible due to reasons such as shipping costs, replacements will be sent with the next order.
Please reach out to us via the contact information on our "Contact Us" page.