Hardkorr 0AWG Battery Linking Cables (300mm, 85mm²) – Ideal for Parallel Battery Systems

Upgrade your battery setup with our high-quality 0AWG Battery Linking Cables, designed to make building a parallel battery system simple and reliable. These cables are rated at 85mm² cross-section, making them suitable for large-capacity systems where efficiency and minimal voltage drop are essential. Measuring 300mm in length and pre-fitted with crimped M8 ring terminals, they are perfect for DIY installations and ensure a secure, low-resistance connection between batteries.

What is a Parallel Battery Connection?

A parallel battery connection allows two or more batteries to be linked together to increase the total capacity (amp hours) of your system while maintaining the same system voltage. For example, connecting two 100Ah 12V batteries in parallel results in a 200Ah 12V system, doubling the available energy storage without altering the voltage output.

Setting Up Your Parallel Battery System

• Ensure all batteries are the same type, size, age, and fully charged before linking.
• Connect the positive terminals of each battery using a red cable.
• Connect the negative terminals of each battery using a black cable.
• For charging or discharging, attach your charger or load to the positive terminal of the first battery and the negative terminal of the last battery in the series.

## Features##

Features

• Suitable for high-capacity and large battery setups
• 0AWG (85mm²) cable gauge for superior current handling
• Comes in a convenient 300mm length
• Pre-crimped M8 (8mm) ring terminals for easy and secure connections
• Heat-resistant insulation rated up to 105°C
• Ideal for creating expandable parallel battery systems
• DIY-friendly installation with no special tools required

## Features##

## Specifications##

Specifications

• Cable Length: 300mm
• Cable Gauge: 0AWG (85mm²)
• Terminals: M8 / 8mm Ring Terminals
• Heat Resistance: Up to 105°C

Note: Always consult your battery manufacturer’s guidelines to confirm compatibility with parallel setups.

## Specifications##