- Designed for OEM applications where the controller manufacturer implements their applications using X10 Powerline control.
- TTL control signals
- X-10 send and receive capability
The XM10U X-10 Two-way PLC Interface has been designed for controller manufacturers to implement X10 PLC control. The functionality of the PLC control is decided by the controller manufacturer and implemented in the controller panel. An accompanying document defines the interface that the user will need for implementing X10 control. With a control panel which has been designed to interface with X10 PLC, the installation is simple. Just plug the XM10U into the 230V power supply and use a telephone cable to connect the XM10U RJ11 socket to the control panel. A red LED will glow when power is being received by the XM10U. It will flash slowly when X10 signals are being exchanged.
|Supply Voltage:||230V +10%-15% 50Hz|
|Ambient Temperature:||-10°C to +40°C (operation)|
-20°C to +70°C (storage)
Serial data input:
|Min.logic "1":||4V input will sink approx 2.5mA|
|Max.Logic "1":||20V input will sink approx 18mA|
|Max.logic "0":||0.8Vwill sink approx 0.1mA|
|(Voltages and currents with respect to terminal 2)|
Note: this output is an open collector transistor. Therefore, the logic "1" voltage is quoted as a reference for defining the output leakage current. An output pullup resistor is required to generate a logic level. The pullup can be returned to any voltage up to 20V with respect of terminal 2.
|HF output to AC powerline:||60mW average into 5 ohms load (5V peak-peak instant)|
|Conformity:||Class 116 of EN50065-1|
|Width of X10 envelope:||1ms+100µsec-50µsec|
|Isolation voltage:||4kV RMS 50Hz for 1 min.|
Max phase delay between zero crossing point of AC power line and zero crossing detect output (either transition) is 100µsec.
Max allowable delay between transitions on zero crossing detect output and serial data input "0"-"1" transition is 50µsec.
Max delay between serial input envelope "0"-"1" transition and carrier burst reaching 90% is 50µsec.
- (Black) Zero Crossing
- (Red) Common
- (Green) X-10 Receive
- (Yellow) X-10 Transmit