SR-2303AC-4CH-DIN DALI-2 phase dimmer (trailing edge) 4x400W DT6

Sunricher SR-2303AC-4CH-DIN he is professional 4-channel DALI-2 phase dimmer DT6, designed to regulate the brightness of dimmable LED bulbs, LED lamps, LED power supplies and classic or halogen bulbs.

The device uses trailing edge dimming and enables independent or joint control of four lighting circuits via the DALI bus. Each channel provides a maximum output current 1.8 A, while the maximum performance depends on the type of load and the number of simultaneously used channels.

The dimmer is equipped digital display and control buttons, which allow manual setting of DALI addresses. Can be adjusted according to installation requirements 1, 2, 3 or 4 DALI addresses for joint or separate control of outputs.

The integrated function of setting the minimum brightness level allows you to adapt the dimming range to the characteristics of the connected light sources. The lighting can also be controlled using a classic button via the function Push DIM.

The device is intended for mounting on standard DIN rail 35 mm and is suitable for intelligent lighting control systems in homes, offices, hotels and commercial buildings.

Main features

• 4-channel DALI-2 phase dimmer DT6

• Trailing edge dimming

• Four output channels 100–240 V AC

• Maximum output current 4 × 1.8 A

• Maximum LED load power 4 × 200 W at 230 V AC

• Maximum resistive load power 4 × 400 W at 230 V AC

• Possibility of joint or independent control of four channels

• Adjustable number of DALI addresses: 1, 2, 3 or 4

• Manual addressing using buttons and digital display

• Control via DALI or Push DIM button

• Compatibility with dimmable LED bulbs and LED power supplies

• Support for classic and halogen bulbs

• Support for resistive and capacitive loads

• Adjustable minimum brightness level

• Galvanically isolated construction

• Input voltage 100–240 V AC

• Mounting on a 35 mm DIN rail

• Dimensions 145.4 × 90 × 66.4 mm

• Degree of protection IP20

Information from the manufacturer