DALI Relay Module | 86458629 | 86458675

DALI RM8/RM16/RM16-DE/RM16-CEL

Module for controlling a relay contact via the DALI bus

DALI Relay Module RM8/16/16-DE/16-CEL provides a relay contact controllable via the DALI bus which can be used to switch constant loads of up to 1 or 2 kVA. DALI RM16 is particularly suited for high starting current peaks up to 160 A; it is equipped with a changeover contact which is used as a relay contact. The RM8 is suited for starting current peaks of up to 80 A; the relay contact is designed as a normally open contact.

A special feature of the switching actuator DALI Relay Module RM8/16/16-DE/16-CEL is that it maintains the switching status of the relay in the case of a bus supply failure. Any switch-on and/or switch-off delay can be programmed via the DALI bus. Thus, loads without DALI input can be incorporated in the DALI system.
 

Product features

• Compact relay module for the direct control of 230 VAC loads via DALI
• Simple incorporation of loads without DALI input into a DALI circuit; the loads can be switched on and off using DALI commands
• Different variants available, suitable for your application requirements
• Possibility of configuring switch-on and switch-off delays using the parameters FADE RATE and FADE TIME
• DALI Cockpit is the DALI configuration tool of Lunatone which is available for free download; it can be used for configuration
• DALI Relay Module RM 8/16/16-DE/16-CEL is supplied by the DALI bus; no further supply required
• RM16 is particularly suitable for high starting current peaks up to 160 A
• The interface represents a bus user and can be addressed accordingly

Available versions:

Other technical data:

• Power supply: via DALI-Bus
• Typical current consumption: 2,7mA
• Inputs: DALI
• Used DALI addresses: 1
• Switch-on / switch-off voltage relay contact: 250 VAC / 400 VAC
• Maximum permissible switch frequency: 1Hz
• Temperature: 0 °C - 45 °C
• Protection class: IP20
• Connecting wires profile: 0,5 - 1,5 mm²

History (Previous)

Item RM8 86458675 from Article 86456944