DALI controllable Mini Connector for S-TRACK, black

Versatile Accessories for 3-Phase S-TRACK Power Rail

The mini connector for the 3-phase S-TRACK power rail from SLV offers a practical solution for flexible connection of rail systems. With a maximum current load of 16 amps and an operating voltage of 220-250 volts, it is optimally tailored to the requirements of modern lighting systems. The accessory is specially designed for use on ceilings and walls and is used in combination with the matching 3-phase rail system, which is not included in the delivery scope.

Compact Design for Seamless Transitions

The design of the mini connector impresses with its particularly compact construction. With dimensions of 10.6 x 2.5 x 2.8 cm, it integrates unobtrusively into the rail system and allows for an almost seamless transition between the connected rails. The black color and high-quality polycarbonate material ensure a robust and durable design that meets the high demands of everyday use.

DALI Control for Smart Lighting

An outstanding feature of this mini connector is its compatibility with the DALI system, which enables digital and individual control of lighting. The DALI function allows individual phase sections to be specifically dimmed and addressed. This enables users to optimally adapt and flexibly control their lighting solutions according to various needs. This makes the connector especially suitable for modern building technologies and automation systems.

Easy Installation in Rail Systems

The mini connector is specially designed for installation in fixed rail systems. Assembly is straightforward and time-saving, facilitating the replacement or expansion of existing systems. Thanks to protection class IP20 and protection class 1, the product is reliably protected against contact, enhancing operational safety.

Perfect Integration into Digital Building Automation

Thanks to the DALI-compatible components, the mini connector can be optimally integrated into digital building automation systems. This enables intelligent control and evaluation of lighting that goes beyond simple switching functions. Users benefit from increased energy efficiency and a customizable lighting concept that flexibly adapts to changing requirements.