Universal Dimmer Module
EPM-DM3D
The universal dimmer module EPM-DM3D is designed to control
lighting loads. The module can operate in three-channel, twochannel
and one-channel modes. The device supports dimming of both forward (leading edge) and reverse phase (trailing edge) type loads.
The control, data exchange and configuration are all handled via TCP/IP protocol.
Universal Dimmer Module
EPM-DM6D
The universal dimmer module EPM-DM6D is designed to control LED lighting loads as well as incandescent and halogen loads.
The module operates in six-channel mode and can be configured to five-channel and four-channel modes.
The device supports dimming type of both leading edge and trailing edge modes and non-dim mode.
The control, data exchange and configuration are all handled via TCP/IP protocol.
Power Relay Module
EPM-RL6D
The Highcross EPM-RL6D is a module designed to switch lighting,
motors and other high voltage loads via relays.
The module features digital inputs allowing to control outputs via
standard buttons or switches without an external control system.
LED control Module
ECM-LD4D
ECM-LD4D module is designed to control brightness of LED strips. The module is compact and uses 1kHz PWM
to constant voltage lighting control and has two versions to control up to 10A/30VDC or 5A/48VDC
load for every channel. The outputs can be combined to increase the output power up to 20A, 30A
and 40A @ 30VDC.
LED control Module
ECM-LD9D
ECM-LD9D module is designed to control brightness of up to 9 monocolor LED strips or 3 RGB LED strips or their combinatios. The costeffective module uses 1kHz PWM to constant voltage
lighting control and has two versions to control up to 10A/30VDC or 5A/48VDC load for every channel.
Some or all outputs can be combined to increase the output power up from 20A up to 75A @ 30VDC.
Control module for curtains, shutters and screens
EPM-BS3D
EPM-BS3D is a motor control module designed to provide control of bidirectional motors for drapes,
shades and skylights as well as projection screens, lifts and gates via mutually exclusive high voltage relays. The module features digital inputs allowing motor control via standard buttons without an external control system.
The device switches channels off automatically after individual channel's timeout.