The DIX1 is a dimmer interface that can be mounted in a junction box located behind pulse switches. By applying the DIX1, lighting points provided with a dimming actuator can be dimmed and/or switched locally or by remote control.
• Sends ON/OFF and DIM commands
• Can control up to a maximum of 4 addresses
• Can only be used with pulse switches
• One wire per address for on,off, dim and bright
• Status can be requested after commands have been sent.

The SVX10 is a signal repeater that repeats and then transmits the signals in a single phase installation. The SVX10 is mounted in a junction box.
• Repeats all X10 commands to their maximum value
• Can be used in single phase installations with low Xanura signal levels where equipment filters are not satisfactory.
• Amplifies Xanura signals / X10 signals all letter codes as standard.
• Can be set up to amplify a single or several letter codes.

• Can be used to control various switch and dim actuators or light scenarios
• Provided with four potential free contact inputs
• Can be operated with (rocker)switches and retractive switches
• Four independently programmable addresses and functions
• Sends switch, dim and group commands
• Can be programmed remotely

• Can be used to dim socket outputs and luminaires up to 250 Watt
Can be operated with retractive switches
• Provided with two 230 V-inputs, possibility to operate a luminaire with different switches using only one module
• One 25-250 Watt output
• Suitable for conventional and halogen lighting, and low voltage halogen lighting with a coil wound or leading edge electronic transformer
• Can be programmed remotely

• Can be used to switch socket outlets, luminaires and in combination with motion sensors
• Can be operated with (rocker)switches and retractive switches
• Provided with two 230 V-inputs, possibility to operate a luminaire with different switches using only one module
• One switched 16A output with integrated, patented, hybrid circuit
• Two independently programmable addresses
• Can be programmed remotely