MSS Multi Scene Station

Available in four different colors and six different button formats, the Multi Scene Station powered by one replaceable coin cell battery-CR2032, communicates with Echoflex lighting controllers and delivers color blended temperature and light intensity to spaces where innovative architectural lighting is desired.

Baseboard Controller Module

Controller Module regulating temperature for electric baseboard heaters and similar heating systems

Temperature Setback Controller

Temperature Setback Controller for Packaged Terminal Air Conditioners (PTAC) with Telegram repeating and BEMS system integration

Load Controller Module

Load Controller for receptacles and wall boxes with central command support for BEMS gateway control

Phase Adaptive Dimmers

The Echoflex Phase-Adaptive Dimmers offer smooth, reliable wireless dimming control for all types of workloads. The 600-Watt Dimmer (ER6CD) offers 600 watts of dimming at 120 Volts in forward- or reverse-phase dimming configuration. The 1200-Watt Dimmer (ER12CD) supports up to 1200 watts of load in forward- or reverse-phase dimming configuration with both 120 and 277

Power Load Controller

LED Power Load Controller with single relay control output

Tri-Zone Dimming Controller

LED Tri-Zone Dimming Controller with three 0-10V Dimming outputs

Tunable White Dimming Controller

LED fixture with two 0-10V channels delivering dimming and tunable white color temperature

LED Fixture Controller-High Voltage

The ELED1H is a wireless power pack style lighting controller combined with a 240-347 VAC input, 0-10 V dimming capability and a rugged load relay, The ELED1H is ideal for individual fixture or single zone lighting control.

LED Fixture Controller

The ELED1 is a 1/2″ nipple or surface (strap) mount individual fixture or single zone control with 0-10V dimming. This controller supports range confirmation and works with Echoflex sensors equipped with the range confirmation feature to provide visual feedback of a linked sensors’ signal strength for optional sensor placement.