Removable Electric Bike Lock RS485 Concealed Smart Battery Lock
| Model: | DCS1730 / DCS1738 | Target Vehicle Type: | E-Bikes / Electric Scooters / Shared Mobility Vehicles / OEM Battery Platforms |
| Power Module Management Value: | Vehicle-Side Remote Lock Control For Removable Battery Modules | Battery Security Direction: | DCS1730 For High Pull-Strength Battery Anti-Theft Security |
| Smart Management Direction: | DCS1738 For Remote Battery Access Management And Battery Presence Detection | Installation Value: | Concealed Rear Seat / Battery Compartment Mounting |
| Control Interface: | UART / RS485 / CAN With Controller, IoT Or Battery-Side Power Source | OEM Confirmation Focus: | Battery Module Path, Compartment Space, Mounting Direction, Wiring Route, Voltage And Protocol |
| High Light: | removable electric bike lock,electric bike lock rs485,removable smart battery lock |
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Product Description
Smart Battery Lock For Removable Power Module Management For OEM Projects
Product Overview
The Smart Battery Lock is designed for removable power module management in e-bikes, electric scooters, shared mobility vehicles and OEM battery platforms. It helps vehicle-side systems control battery access through an electronic lock structure installed around the rear seat or battery compartment area.
For removable battery designs, the lock must do more than hold the battery in place. It should support remote lock and unlock control, protect the battery compartment from exposed mechanical access and match the electrical architecture of the vehicle platform.
DCS1730 provides the high-strength battery security direction for projects that prioritize stronger holding force, while DCS1738 provides the smart remote management direction for connected vehicles that need battery access control and presence detection. OEM teams can select the suitable model according to the battery module path, compartment structure, wiring route and control protocol.
Key Features
- Smart Battery Lock Control: Supports vehicle-side remote lock and unlock operation for removable power modules.
- Power Module Management Focus: Designed for battery access control in e-bikes, scooters and shared mobility platforms.
- DCS1730 High-Strength Direction: Suitable for projects where removable battery holding strength is a key selection factor.
- DCS1738 Smart Management Direction: Suitable for connected battery access control and battery presence detection.
- Concealed Battery Compartment Mounting: Installs around the rear seat or battery compartment area for cleaner vehicle integration.
- Vehicle Electronics Integration: Works with controller, IoT or battery-side systems through source-listed communication interfaces.
- IPX7 Whole-Unit Protection: Supports outdoor mobility operation and wet-use environments.
- No Wheel-Speed Logic Required: Battery module locking is independent from wheel speed sensing or brake-lock safety logic.
Technical Parameters
| Parameter | Specification |
|---|---|
| Reference Models | DCS1730 / DCS1738 |
| Product Category | E Bike Battery Lock |
| Voltage | 5V DC / 48V DC |
| Communication | UART / RS485 / CAN |
| Power Source | Controller / IoT / Battery |
| Electronic Protection Speed | Not Required |
| Speed Sensing Distribution | Not Required |
| Spoke Hole | None |
| Product O.L.D. | None |
| Axle Hole Size | None |
| Hub Axle | None |
| Main Axle Load Strength | None |
| Brake Diameter | None |
| Brake Interface / Braking Performance | None |
| Operating Temperature | -20°C To 65°C |
| Waterproof Rating | IPX7 Whole Unit |
| High Temperature Storage | 80°C ± 2°C For 48 Hours |
| Low Temperature Storage | -30°C ± 2°C For 48 Hours |
| High Temperature And Humidity | 65°C, 95%RH, 48 Hours |
| Salt Spray Test | 72 Hours, Neutral |
| Mounting Position | Rear Seat / Battery Compartment Area |
| Certifications | RoHS / REACH To Be Confirmed Against Final Compliance Documents |
Reference Model Difference Table
| Reference Model | Product Name | Model Positioning | Pull Test | Power Module Management Use |
|---|---|---|---|---|
| DCS1730 | High Pull-Strength E-Bike Battery Lock | High Pull-Strength / Anti-Theft Battery Security | >=800kgf | Use when removable power module holding strength is the primary security concern. |
| DCS1738 | Smart E-Bike Battery Lock | Smart Remote Battery Management | Not Provided | Use when remote battery access management and battery presence detection are key system requirements. |
Technical Advantages / How It Works
The lock connects with the vehicle-side electronic system and performs lock or unlock actions after receiving authorized control signals. This makes battery access part of the vehicle management system rather than a purely manual compartment operation.
For removable power module projects, the concealed mounting position helps protect the battery interface and keeps the lock structure integrated with the vehicle body. This is useful for shared fleets, OEM e-bike platforms and scooter projects where battery access must be controlled repeatedly.
The DCS1730 direction supports stronger anti-theft retention, while the DCS1738 direction supports connected battery management. Final matching should be confirmed by battery compartment geometry, power supply, protocol requirements and the expected battery removal workflow.
Applications
This smart battery lock direction is suitable for removable e-bike battery packs, shared e-bike power modules, electric scooter battery compartments and OEM electric mobility platforms that require controlled battery access.
It is especially useful for projects where the battery module needs to remain removable for charging or service, while the locking system must support remote control, concealed mounting and outdoor operating conditions.
OEM Matching Notes
Before sampling or production, confirm battery module path, compartment space, lock direction, mounting structure, wiring route, voltage, communication protocol, waterproof requirement, battery removal workflow and required access logic.
FAQ
Q: What is the main keyword focus of this product page?
A: It focuses on smart battery lock control for removable power module management and OEM battery platforms.
Q: Which reference models are used?
A: The page references DCS1730 and DCS1738 in the E Bike Battery Lock series.
Q: How should DCS1730 and DCS1738 be selected?
A: DCS1730 is the high pull-strength battery security direction, while DCS1738 is the smart remote battery management direction.
Q: Does this lock require wheel speed sensing?
A: No. Battery compartment locking does not require electronic protection speed or speed sensing distribution.
Q: What communication interfaces are supported?
A: The reference parameters list UART, RS485 and CAN communication.
Q: What should be confirmed before installation?
A: Confirm battery module path, compartment size, mounting direction, wiring route, voltage, communication protocol and lock matching structure.
