Omega Engineering M-4066 - Manual (Page 47)

OMWT-SOFT-OPC Server OMWT-SOFT-OPC Server Tags N 43
Wireless Analog Output: OutputAnalogn
(OMWT-ANGOUT)
online (R) - indicates if the device is communicating (0 or 1)
polltime (R/W) - how often to poll the device (in milliseconds)
nodaladdress (R/W) – (TCP/IP Receiver). The node address starts at 1.
For TCP/IP Receivers, the node address corresponds to the node
number for the TCP/IP connection. You can write to this parameter to
determine which node to send the output packet. (write 0 and OMWT-
SOFT-OPC will send to all nodes)
repeateraddress (R) – (Wireless mode) contains the location identifier of
the OMWT-REPEAT Repeater. If the sensor did not pass through a
repeater then the value is 0.
serialno (R) - registration number of the access/control reader
updatecount (R/W) – value is incremented whenever the sensor is updated.
output.value (R/W) – set variable to the desired Engineering value
output.raw (R/W) – set the variable to the binary value (0 to 4095).
output.nits (R/W) - units label assigned to the analog output.
output.conv (R/W) - unit conversion parameters string.
(Cal1Raw,Cal1Engr,Cal2Raw,Cal2Engr)
out.status (R) – 1 – OMWT-SOFT-OPC is in the process of sending output
packets based on tries and interval; 0 – OMWT-SOFT-OPC has
finished sending the output packet.
out.interval (R/W) – time in milliseconds between OMWT-SOFT-OPC
sending the output packet.
out.tries (R/W) – the number of times OMWT-SOFT-OPC will send the
output packet. “-1” – never stops sending packets.
out.service (W) – When written to, OMWT-SOFT-OPC sends output
packets to the output device for training.
Note: when either output.value or output.raw is written to, OMWT-SOFT-OPC
will send out output packets based on outtries and outinterval. It first sets
outservice to 1, and then to 0 when finished.
(R) – indicates that the tag is readable.
(W) – indicates that the tag is writeable only.
(R/W) – indicates that the tag is both readable and writeable. OPC Write operations
will either change an I/O point at the device, or an operation will be performed.