DDS 208 Board is a general purpose control device designed for
factory and home automation, remotely configurable and controllable
over TCP/IP networking protocol, the de facto standard
for Internet connections.
Boards behaviour can be fully programmed using ladder
language, allowing a whole network of DDS208 boards to work
stand-alone, without need of an external controlling device, i.e.
dedicated server, home PC, etc.
A minimal web server is integrated onto the board, for an
immediate view of its state by simply using a common web browser.
MODBUS protocol is implemented over TCP/IP layer as a
possible solution for remotely controlling the board.
RS-485 ports are available for DMX and DOMONet
connections towards additional modules, such as DDS147 I/O expansion
module.
Technical specifications:
8 optocoupled digital inputs;
8 optocoupled digital outputs;
4 D/A Converters, 8 bit, 0-10V;
4 A/D Converters, 10 bit, 0-5V /
0-10V;
2 RS-485 optocoupled serial
communication ports;
2 RS-232 serial communication
port;
3 Ethernet ports, 10Mbit/s, RJ45,
for connections towards home/office LAN and/or additional DDS 208
Boards;
Infrared receiver/repeater;
Backup battery;
Graphic LCD monochromatic display
240x128;
Matrix keyboard;
Power supply: 18 VAC.
DDS 147: DMX controlled I/O module
DDS147 REV.A is a compatible DMX 512 board. Up to 3
relays contacts (2 NO and 1 NO+NC) with diagnostic led can be
controlled by DMX channels. DMX base address of the 3 channels is
programmable by DIP Switch, on board Red LED indicates presence of
DMX signal on bus.
DDS 147: DOMONet controlled I/O module
DDS147 REV.A is a compatible DOMONet and MODBUS RTU board. Up to 3
relays contacts can be controlled (2 NO and 1 NO+NC) with diagnostic
led. Up to 3 digital inputs (PNP) with diagnostic led. Up to 3
A/D converters 0-5V 10Bits and precision resitor pull-up for direct
connection of PTC, NTC or fotoresistor 1 Remote control infrared
receiver
DOMONet and MODBUS device address is programmable by DIP Switch and an on board Red LED
indicate the bus connection state.
