Technical & Electrical Specifications

Nominal Voltage

12 V DC

Operating Efficiency

90%

Terminal Pinouts & Hardware Connections

Verify physical terminal sizes, stud threads (M6, M8, M10), and circuit polarity before crimping lugs or running wiring.

Hardware terminal connection details and stud sizes for Dual USB-C Charging Socket
Terminal Label	Polarity / Type	Nominal Voltage	Physical Hardware	Location
+ pos	+ DC Positive	12V	Screw Terminal Clamp	Left Panel
- neg	- DC Negative	12V	Screw Terminal Clamp	Left Panel
USB1+ usb1_pos	+ DC Positive	5V	USB Type-C Female	Right Panel
USB1- usb1_neg	- DC Negative	5V	USB Type-C Female	Right Panel
USB2+ usb2_pos	+ DC Positive	5V	USB Type-C Female	Right Panel
USB2- usb2_neg	- DC Negative	5V	USB Type-C Female	Right Panel

Installation Safety Standard: Always size circuit protection (ANL, MIDI, or MEGA fuses) to protect the cable run attached to these terminals against dead shorts and thermal overload, in compliance with AS/NZS 3001, AS/NZS 3004, and ABYC E-11 standards.

Official Product Manual & Wiring Guidelines

Manufacturer technical instructions, safety precautions, and troubleshooting procedures.

1. Safety Instructions

Overcurrent Protection: Protect the 12V input with an appropriate fuse (typically 5A or 7.5A) close to the power source. Do not exceed the rated output capacity of the USB ports.

Input Voltage Range	9V - 16V DC
Output Voltage	5.0V DC per port
Max Output Current	3.0A per port (6.0A total)
Efficiency	90% typical

Dual USB-C Charging Socket

Technical & Electrical Specifications

Terminal Pinouts & Hardware Connections

Official Product Manual & Wiring Guidelines

1. Safety Instructions

2. Specifications

3. Wiring Guidelines

Plan Your System with the Dual USB-C Charging Socket

Component Summary

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