12
2. Go to Prodigy MAIN MENU > SETTINGS >
GENERAL and set CONFIGURATION ID1,
position 5 to B.
3. Go to SETUP and select NETWORK
INTEGRATION.
4. Use the adjust and set values arrows to display
L-CONNECTION and press the SAVE button
to continue.
5. Adjust the L-CONNECTION ADDRESS if
required and press SAVE button to continue.
NOTE: Both the L-Connection address and
CS8500 address setting will need to be
exactly the same.
CONTROL MODE will need to be set to ROOM
SENSOR. Press the SAVE button to continue.
7. NETWORK SENSOR > CO2 needs to be set
to YES (optional). Press the SAVE button to
continue.
8. NETWORK SENSOR > RELATIVE HUMIDITY
needs be set to YES (optional). Press the
SAVE button to continue.
9. NETWORK SENSOR > TEMPERATURE will
need to be set to YES (optional).
10.
questions until it returns you to the NETWORK
INTEGRATION menu option.
NOTE: Once the conguration is saved, then
S-Bus communication will be lost and
alarm 110 (low priority) will be raised. This
will be cleared automatically when any
demand goes to M2/M3.
11. Go to SETUP and select NETWORK
INTEGRATION.
12. Use the adjust and set values arrows to
display BACNET and press the SAVE button
to continue.
13. Adjust the BACNET ADDRESS if required and
press SAVE button to continue.
NOTE: BACnet address and baud rate is to be
determined and/or set by the systems
integrator.
14. Adjust the BACNET BAUD RATE and press
SAVE button to continue.
15. CONTROL MODE will need to be set to ROOM
SENSOR. Press the SAVE button to continue.
NETWORK SENSOR > CO2 (if equipped)
needs to be set to NO (if choosing CO from
CS8500). Press the SAVE button to continue.
17. NETWORK SENSOR > RELATIVE HUMIDITY
needs be set to NO (if choosing RH from
CS8500).
18. NETWORK SENSOR > TEMPERATURE will
need to be set to NO (if choosing temperature
from CS8500).
19.
questions until it returns you to the NETWORK
INTEGRATION menu option.
NOTE: Once the conguration is saved, then
S-Bus communication will be lost and
alarm 110 (low priority) will be raised. This
will be cleared automatically when any
demand goes to M2/M3.