Category
BS-CWS-X
Solar-powered Flip-type Parking Lock
Size (L*W*H):140*410*1238 mm
BS-CWS-X
BS-CWS-X Parking Space Lock
Dual Ultrasonic Vehicle Detection | 24 V DC | Optional Solar + Battery | 4–8 s
The BISEN BS-CWS-X is a motor-driven parking space lock for managed parking and payment-linked access. Dual ultrasonic vehicle detection supports the parking workflow, while optional solar and battery power can be specified for suitable sites. Confirm the payment and release logic with the selected platform.
Key Features
Dual ultrasonic vehicle detection.
Parking-payment workflow support: catalogue describes raising after vehicle detection and lowering after payment.
Optional solar and battery power.
Brushless DC drive.
Specifications
Parameter | Specification |
|---|---|
Supply voltage | 24 V DC |
Motor | 24 V DC / 25 W |
Optional power | 4.2 W solar panel + 24 V / 10 Ah storage battery |
Communication | 4G / Bluetooth / RS485 |
Payment method | Mobile QR-code payment; platform compatibility to be confirmed |
Open/close time | 4–8 s |
Housing dimensions | 1238 × 410 × 140 mm |
Weight | 55 ±1 kg |
Operating temperature | −25°C to +65°C |
Which Configuration Do I Need?
Requirement | Selection / Check |
|---|---|
Payment-linked parking space | Confirm the platform and release process |
No convenient grid connection | Check optional solar/battery suitability |
Vehicle detection area | Verify sensor placement and clearance |
FAQ
Is solar power standard? No. The solar panel and storage battery are optional.
How is a vehicle detected? The product supports dual ultrasonic sensing.
Can I connect any QR payment service? Confirm the supported platform, payment provider and region with BISEN.
What is the operating time? The catalogue specifies 4–8 s.
About BISEN
BISEN SMART ACCESS is a China-based manufacturer of barrier gates, gate operators and access-control equipment, serving distributors, integrators and contractors worldwide.
Get a quote: Send the lane or parking-space layout, product configuration, power/network availability and required parking-platform interfaces.