Dimmerpack EUROLITE EDX-1 DMX USB 4 channels 10A

EUROLITE EDX-1 DMX USB 4 channels 10A is a compact dimmerpack designed for control of lighting loads in small stage setups, event rigs and fixed installations. The unit provides four independent channels with a maximum load of 10 A per channel. It supports DMX512 input for conventional lighting control and USB connectivity for simple configuration or PC-based control. The slim form factor and basic control functionality make it suitable where reliable local dimming and straightforward channel management are required.

Advantages

The dimmerpack offers four individually addressable channels, each capable of handling up to 10 A, enabling direct control of multiple lighting fixtures from a single compact enclosure. DMX512 compatibility ensures integration with standard lighting desks and controllers, while USB connectivity allows configuration or simple PC control without additional hardware. The device’s compact construction and user-oriented connectors simplify installation in small stages, mobile rigs or permanent installations where space is limited.

Suitable for

Key specifications

How to use

Connect the dimmerpack to mains power and attach lighting fixtures to the channel outputs, ensuring each fixture’s current draw does not exceed 10 A per channel. Use a DMX controller to assign addresses and control dimming levels across the four channels, or connect the unit to a computer via USB for configuration and simple control when supported. Verify connections and channel assignments before powering on fixtures, and perform a short test at low intensity to confirm correct behaviour.

Recommendations

Keep total load per channel under the 10 A limit and distribute heavy loads across channels when possible. Use proper power cabling and grounding when installing in temporary or permanent setups. For long runs or multiple fixtures, consult cable ratings and minimise voltage drop. When integrating with a lighting desk, ensure DMX termination and correct addressing to avoid control conflicts.