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Intelligent Drivetrain and Smart Lock Solutions for E-Bikes
1 Years
| Ask Lasest Price | |
| Model Number : | DCS1737 |
| Certification : | RoHS,REACH |
| Delivery Time : | <20days |
| Supply Ability : | Ten thousand sets per month |
| Brand Name : | ELEVANDI |
| Payment Terms : | T/T,PayPal,L/C,D/A,D/P,Western Union,MoneyGram |
| Price : | Negotiable |
The Compact E-Bike Battery Compartment Lock is designed for e-bikes, electric scooters and smart mobility vehicles that need concealed battery locking with simple electronic control. The DCS1737 version is positioned as a compact battery compartment lock option for vehicle projects where installation space, clean appearance and reliable remote lock control are important.
This product supports 5V DC / 48V DC power systems and UART / RS485 / CAN communication. It can be connected with the controller, IoT module or battery system to perform remote automatic lock and unlock operations. Since battery compartment locking does not require wheel speed protection, the parameter table lists electronic protection speed and speed sensing distribution as not required.
With IPX7 whole-unit waterproof protection and battery compartment installation, DCS1737 is suitable for outdoor e-bike and scooter platforms that require compact smart battery security.
DCS1737 secures the battery compartment through an electronically controlled locking mechanism. When the vehicle-side control system sends a command, the lock performs automatic lock or unlock operation. This allows the battery compartment to be controlled by the vehicle platform, improving convenience and supporting smart mobility use.
Compared with mechanical-only battery locks, DCS1737 can be integrated into vehicle-side electronics through UART, RS485 or CAN communication. This makes it suitable for connected e-bike systems and scooter platforms that need remote battery access management.
The compact positioning of DCS1737 makes it useful for vehicle projects where the lock must fit into limited battery compartment space while still providing electronic control and waterproof protection.
| Parameter | Specification |
|---|---|
| Product Name | Compact E-Bike Battery Compartment Lock |
| Model | DCS1737 |
| 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 |
| Pull Test | Not Provided |
| Operating Temperature | -20℃–65℃ |
| Waterproof Rating | IPX7 Whole Unit |
| High Temperature Storage | 80℃ ± 2℃, 48h |
| Low Temperature Storage | -30℃ ± 2℃, 48h |
| High Temperature And Humidity | 65℃, 95%RH, 48h |
| Salt Spray Test | 72h Neutral |
| Mounting Position | Battery Compartment |
DCS1737 is suitable for e-bikes, electric scooters and mobility vehicles that require compact battery compartment locking. It is especially suitable for projects where the lock needs to be hidden inside the battery area and controlled electronically through the vehicle system.
Before sampling or production, confirm battery compartment structure, rear-seat mounting space, lock direction, wiring route, cable outlet protection, voltage, communication protocol, battery presence detection logic and final compliance documents.
| Question | Answer |
|---|---|
| What is the main use of this product? | DCS1737 is used to lock and manage the battery compartment of e-bikes, scooters and shared mobility vehicles. |
| How should this SKU be positioned during upload? | DCS1737 should be positioned as the baseline compact battery lock, with simple appearance, convenient assembly and cost-effective integration. |
| Where is the product installed? | The parameter source lists the mounting position as rear seat. For English upload, use rear-seat battery compartment area / concealed battery compartment mounting. |
| Does it support battery presence detection? | Yes. The source introduction states that the product has battery presence detection function. |
| Does it require wheel speed sensing? | No. Electronic protection speed and speed sensing distribution are not required for this battery lock series. |
| What should be confirmed before sampling? | Confirm battery compartment structure, rear-seat mounting space, lock direction, cable outlet protection, voltage, communication protocol, wiring route and battery presence detection logic. |
| Can it work with IoT fleet systems? | Yes. It can work with controller, IoT or battery-side power source and supports UART, RS485 and CAN communication. |
| Is it suitable for outdoor use? | Yes. The parameter source lists IPX7 whole-unit waterproof protection plus temperature, humidity and neutral salt spray test conditions. |
| Can RoHS / REACH be published directly? | Only if final compliance documents are confirmed. Until then, keep certification wording as To Be Confirmed. |
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