DL-RM8A Eltako Actuator Flush mount
Module for controlling a relay contact via the DALI bus (DT7) for light installation and flush-mounted socket. 59x33x15mm. Protection class IP20. DALI power consumption 2.7mA. Compact relay module for direct control of 230V AC loads via DALI. Simple integration of loads without DALI input into a DALI circuit, the loads can be switched on and off via DALI commands. The function of the device corresponds to the standard for DALI Device Type 7 switching function (firmware 2.0 and higher). Adjustable behavior for power up and for lack of bus supply The DALI-RM8 is supplied via the DALI bus, no additional supply is required. Switches on at zero crossing. The interface represents a node on the bus and can be addressed accordingly. Configuration via PC software DALI Cockpit. DALI functions and command set: The DALI-RM8 offers the option of connecting loads to the DALI bus and then switching them on and off. The DALI-RM8 is a non-dimmable load control unit based on the DALI specification IEC 62386-208 (Device Type 7). The switching characteristic is therefore determined by comparing the virtual lamp power level (VDAP) with 4 switching thresholds. The virtual lamp power level (VDAP) corresponds to the dimming value of a DALI ECG and is subject to the corresponding properties (limitation by MINLEVEL and MAXLEVEL, dimming speed by FADETIME and FADERATE). For each dimming direction there are 2 switching thresholds, which are used in comparison with the virtual lamp power level. Only the switching threshold valid for the current virtual dimming direction is evaluated. A threshold with the value MASK is inactive and is not used for comparison. Fading is used to implement on and off delays. The DALI-RM8 is powered by the DALI bus. The behavior of the relay in the event of bus supply failure can be configured via the SystemFailureLevel (no change, on or off, factory setting: On). The activation behavior after the bus supply is created can be set via the PowerOnLevel.This text is machine translated.