Campus Card Terminal Device Connection

Targeting the internal circuit board connection requirements of devices in the campus all-in-one card system, such as consumption POS machines, recharge terminals, access control card readers, attendance machines, and self-service inquiry terminals, we provide precision connection solutions with round-hole pin headers/female headers. High-reliability precision contacts meet the requirements of 7×24-hour all-weather operation, ensuring stable communication for every card transaction.

Campus card POS consumption access control card reading attendance terminal self-service terminal

Features

Key Advantages

Precision turned round pin/round hole

High-reliability 7×24 uninterrupted operation

Gold plating + palladium plating anti-oxidation process

Anti-static ESD protection

Withstands 10,000 mating cycles

Plug and play, tool-free installation

Overview

In-depth Product Details & Applications

Solution Overview

Campus card terminal devices are numerous, frequently used, and operate around the clock; any connection failure may lead to transaction failure or data loss. This solution adopts precision-turned round-hole pin headers/female headers to ensure stable data communication between card-reading terminals and the back-end system with extremely high contact reliability and signal integrity.

Main Application Areas

Consumer POS machines: card-reading module to main control board connection, NFC antenna interface, printer connection, PIN pad
Recharge/deposit terminals: card reader module connection, amount display panel, touchscreen FPC, network communication module
Access control card readers: RFID antenna interface, main control board connection, electric lock control output, Wiegand/RS485 communication
Attendance/query terminals: fingerprint recognition module connection, infrared sensing interface, LCD display driver, voice module

Solution Advantages

The precision turning process ensures stable contact resistance <10mΩ, so weak card-reading signals do not attenuate; the gold plating + palladium plating process adapts to long-term operation without oxidation; the insulator uses high-temperature PPS material to meet the heat dissipation requirements of equipment operating for long periods.