60-100 Dual Intensity Circuit

The 60-100 Dual Intensity Circuit is a specialized automotive lighting module engineered for vehicles requiring switchable brightness control in auxiliary lighting systems. Whether you're upgrading off-road lighting, accent LEDs, or auxiliary work lights, this dual intensity circuit gives you the flexibility to operate at either 60% or 100% output depending on your driving conditions and power budget. Mechanics and fabricators appreciate this component for custom lighting installations where dimming capability reduces electrical strain during low-visibility situations while maintaining full brightness for maximum visibility when needed.

This compact circuit module operates by providing two distinct brightness levels through internal switching logic, allowing parallel or series circuit configurations depending on your wiring design. At 60% intensity, the circuit reduces power draw—useful for extended run times or when battery capacity is limited—while the 100% setting delivers full luminous output for night driving or heavy-duty work applications. The extremely lightweight design at just 0.03 lbs and compact footprint measuring 3.05 x 0.65 x 3.5 inches make integration into tight engine bays or behind-dashboard installations straightforward, with no need for bulky external relays or additional control modules.

Custom builders and restoration enthusiasts benefit most from this circuit when retrofitting vintage vehicles with modern LED lighting or when adding auxiliary illumination to trucks and SUVs. The dual intensity feature is particularly valuable for dual-beam setups where you need independent brightness control—imagine running lower intensity for parking lights or daytime signature lighting, then switching to full power for actual night driving. Installation requires basic wiring knowledge; the module integrates into any 12-volt or 24-volt automotive electrical system where you have available switching capability, making it ideal for anyone looking to add sophisticated lighting control without expensive OEM modules.