DALI-2 Series 40 – 2 Switch Coupler – 6mA (Requires CBUS Series 40 Slave Mechanism)

Key Features

  • Connects directly to Clipsal 5041NMS.
  • Powered from the DALI line. Very low current draw.
  • DALI-2 Certified, multi-master.
  • Up to 4 inputs.
  • Allows both of the 5041NMS red or blue LEDs to be selected for feedback colour. All colour selection is made by commissioning software or DALI-2 commands.
  • Programmable over DALI.
  • Very small, designed to be mounted behind a typical wall plate. Fits in common wall boxes.
  • Supports DALI-2 standard -332 for feedback control, including red/blue colour control and indicator on/off control.
  • The internal Application Controller is optional, and if used:
    • Supports small systems, RAPIX Zero-Commissioning, and additional resilience when used in a RAPIX Lighting Control System;
    • Actions available include Toggle on / off, Fade lights up or down, Start or cancel a timer, Recall a fixed level, Toggle between off and the current level, Issue a scene, and many more;
    • Powerful enable/disable rules;
    • Support for multiple Zones – being collections of DALI Groups and/or DALI Short Addresses; and
    • Supports DALI and RAPIX Scenes.

£51.34 + VAT

SKU DGOZ-IC-2 Category Tag

Description

A switch input unit that can utilise up to 2 Clipsal 40-series 5041NMS, allowing use in the RAPIX Lighting Control System or with other DALI-2 compliant Application Controllers.

For the added resilience of RAPIX, the switch input unit allows 40-series push buttons to act as RAPIX DALI-2 Application Controllers, performing switching, dimming, timing, group control, scene control and similar functions.

DALI System Commissioning

This product is set up using any DALI-2 commissioning software that supports DALI-2 Control Device instance types 1 (push buttons) and feature type 32 (feedback). For the higher resilience of RAPIX and to use the built-in Application Controller, the free RAPIX Addressing or RAPIX Integrator software should be used.

DALI-2 Instances

The product has 2 instances, all are Type 1 Push Button.

All instances are always present, irrespective of whether a Clipsal 5041NMS is physically connected or not. If an input has nothing connected, then that instance is present but has no effect.

This product range also supports DALI-2 Feature Type 32 (Feedback on Instance Level) for indicator control. Each instance can have the red or blue indicator selected according to configuration settings and DALI-2 commands

RAPIX Zero-Commissioning: Out-of-box Functions

This product supports RAPIX Zero-Commissioning out-of-box functions:

  • Push / release to transmit Broadcast ON/OFF. Push and hold to DIM UP/DOWN & release to terminate the dimming.

Connecting to the DALI Line

The DGOZ-IC-2 includes a 2-wire cable to allow connection to a DALI line.

Connecting the 5041NMS

A Clipsal 5041NMS has a ribbon cable with connector. This plugs directly into a socket on the RAPIX DALI-2 40-series Switch Input.

DALI-2 Feature 32 Capabilities

This product has the following capabilities:

  • feedbackCapability: Bit 6: common brightness control.
  • feedbackActiveBrightness and feedbackInactiveBrightness are binary: brightness is either on or off.
  • feebackColourCapability supports R and B, with 1-bit resolutions (Red and Blue). Combinations of Red and Blue are not possible.
  • Feedback is only supported for “Feature on Instance Level”.
  • Although both Red and Blue LEDs may be activated, only one or the other may be active on an instance at any time. Mixing of colours is not supported.

Important Notes:

Clipsal and Iconic are trademarks or brands of Schneider Electric (Australia) Pty Ltd.

5041NMS is an orderable part number of Schneider Electric (Australia) Pty Ltd.

Documentation

Data Sheet


Installation Guide


Brochure


RAPIX System Overview Brochure

Brand

Ozuno

Ozuno is a 100% Australian owned premium lighting control systems company. They make rock solid lighting control and energy management products.
Products span the range from standalone lighting control devices to complex networked lighting control systems.