Shared Mobility Terminal Control

Industrial-grade internal interconnect solutions designed for shared mobility terminals, including smart locks for bike-sharing, central control units for e-scooters, and T-BOX systems for car-sharing. Our Pin Header/Berg connectors feature protective shrouds to prevent pin bending during transit vibration, while IDC ribbon cables ensure neat routing in compact spaces. Built to meet the high-volume demands of fleet operations, our solutions deliver the consistency and maintainability your infrastructure requires.

Shared Bikes Shared E-Scooters Shared Cars Smart Locks Mobility Terminals

Features

Key Advantages

Dupont Housing with Pin Protector to Prevent Bending

IDC Tool-Free Quick Repair

8-16 Pin Standard Interface

IP54 Water and Dust Resistant

-20°C to +70°C Wide Temperature Range

Overview

In-depth Product Details & Applications

Solution Overview

With the massive scale, wide distribution, and complex operating environments of shared mobility terminals, connector maintainability and long-term reliability directly impact device uptime and operational costs. This solution utilizes a standardized interface design featuring Box Header/IDC ribbon cable assemblies, enabling quick plug-and-play replacements during maintenance to significantly reduce labor costs.

Key Applications

Smart Bike Locks: Mainboard to communication module connections, GPS positioning, motor drivers, Bluetooth modules, and buzzers
Shared E-Scooter Controllers: Battery management interfaces, motor controller signals, dashboard display connections, and alarm modules
Shared Car T-BOX: 4G communication module interfaces, CAN bus transceivers, GPS/BeiDou positioning, and accelerometer sensors
Smart Parking Locks: Mainboard to ultrasonic sensor connections, motor drivers, wireless communication modules, and solar charging interfaces

Solution Advantages

The robust Box Header housing effectively protects pins from bending during transit and handling; the standardized IDC interface boosts on-site repair efficiency by 60%; and the polarized design prevents incorrect insertion, ensuring devices are never damaged during maintenance.