Ideal for 4WD, caravan, and battery box setups where two Anderson devices need to be powered from one source with cleaner cable routing.
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$69.95 AUD
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$69.95 AUD
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Fast dispatch Australia-wide from Battery Force
Built in-house for quality and reliability
Designed for Australian touring conditions
Expert support available before and after purchase
Reliable power connections you can trust
The Battery Force Anderson Plug Splitter Lead (1 to 2 Staggered) is designed to power two Anderson-connected devices from a single source while improving cable management and reducing clutter.
Featuring staggered output leads, this design allows each connection to sit more naturally without bunching or strain at the split point. This makes it ideal for tighter installs, battery boxes, and setups where space is limited or cable routing needs to be clean and organised.
Built with durable cabling and secure Anderson-style connectors, it provides reliable power distribution in both 12V and 24V systems. Whether you're running multiple accessories or expanding your setup, this splitter offers a practical, plug-and-play solution.
Key Features
Anderson plug splitter (1 input to 2 outputs)
Staggered lead design for improved cable management
Reduces clutter and cable strain at connection point
Parallel wiring for consistent voltage across outputs
Plug and play installation
Durable cable construction
Suitable for 12V and 24V systems
Manufactured by Battery Force
Specifications
Product Type
Splitter Lead
Connection Type
Anderson Plug (1 to 2)
Configuration
1 Input / 2 Output (Staggered)
Voltage
12V / 24V compatible
WiringType
Parallel
Application
Power distribution
Installation
Plug & Play
Brand
Battery Force
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What does “staggered” mean?
It means the two output leads are offset rather than the same length, helping reduce cable bunching and making installations cleaner.
What is the benefit of staggered leads?
It improves cable management, reduces strain on connectors, and makes it easier to route cables in tight spaces.
Is this wired in parallel?
Yes, both outputs receive the same voltage from the input connection.
Can I run two devices at once?
Yes, as long as your power source can handle the combined load.
