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Technical Specifications
Parameter | Description |
Product Type | USB to Terminal Block Cable |
Interface A | USB 2.0 A Male Connector |
Interface B | 5-Pin Screw Terminal Block |
Pin Definition | VCC / GND / D+ / D- / Shield (or Custom Pinout) |
Cable Length | 3ft / 4ft / 6ft / Custom |
Wire Gauge | 24AWG Data, 22AWG Power (optional) |
Jacket Material | PVC / TPE (optional) |
Shielding | Foil and Braid Shielding |
Operating Voltage | 5V DC |
Max Current | 1A – 2A (depending on wire spec) |
Operating Temp | -10°C to +60°C |
Color | Black / Custom |
This USB to Terminal Block Cable is designed to provide a reliable and easy connection between USB-enabled devices and bare-wire serial or power interfaces. Ideal for industrial equipment, sensor modules, DIY electronics, and embedded systems, the cable allows quick wiring to open terminal blocks without soldering or adapters.
USB A Male Connector – Plugs into any standard USB host
Screw-Type Terminal Block – Secure wiring with no soldering required
5-Pin Layout – Supports VCC, GND, D+, D-, optional SHIELD
Double Shielded Cable – Stable signal, reduced interference
Plug and Play – No driver needed for power or passive connections
Length Options: 0.3m / 0.5m / 1m / 1.5m / Custom
Terminal Block Type: 3 / 4 / 5 / 6 Pins (Customizable)
Color Choices: Default Black, available in Blue / White / OEM
Compatible with microcontrollers, relay modules, sensors
Enables direct access to USB power/data lines via terminal block
Tool-free wiring for fast prototyping or field maintenance
Ideal for field test instruments, industrial control panels, DIY kits
Can be used as USB power breakout or data debugging cable
Industrial Communication (RS232/RS485 interface boards)
Arduino, Raspberry Pi, STM32, ESP32 modules
Power supply and signal breakout testing
Lab environments and IoT device prototyping
USB data/power distribution in custom enclosures
Pinouts must be verified before wiring to avoid damage
Not designed for high-current power delivery
Avoid exposure to moisture or strong EMI environments
Ensure secure terminal tightening to avoid short-circuits
Do not hot-plug on live load when connected to sensitive devices