BACnet device

Setup the rubix-compute as a native BACnet/IP device

reference

RC is a rubix-compute
wires is a rubix-wires

prerequisites

1. You need a rubix-compute and an IO-16
2. plugin the IO-16 into the side of the RC and power the RC and set the IO-16 address to 1
3. make sure you can ping the RC default IP on ETH-1 is 192.168.15.10 see networking for more info

Setup

1. Download once downloaded just double-click on the icon to run
2. Getting setup
3. Add a token to download
4. Add a supervisor
5. Add a host (rubix-compute)
6. Install apps driver-bacnet & rubix-wires

BACnet config

After the bacnet-driver is installed we need to

1. Set the bacnet device-name
2. Set the bacnet device-id
3. Set how many IO-16s we have plugin into the side

Adding nodes in wires

So a BACnet-supervisors can read/write to the BACnet this is archived via by adding some nodes in wires

Reading a 10K temperature sensor via UI-1

Lets started with a simple example of reading a 10K sensor on UI-1 on device-1 (address 1)

1. Add a node called bacnet-server (if not already added)
2. Right-click on the bacnet-server node and Open Sub Flow
3. Add a node called analog-input
4. Right-click on the analog-input node and edit the node settings
5. Set the IO Device Address to 1
6. Set the UI number to 1
7. Set the UI Input Type to thermistor_10k_type_2
8. Deploy the flow

Writing to a relay via UO-1

Lets started with a simple example of writing a 12vdc Relay on UO-1 on device-1 (address 1)

1. Add a node called bacnet-server (if not already added)
2. Right-click on the bacnet-server node and Open Sub Flow
3. Add a node called analog-ouput
4. Right-click on the analog-ouput node and edit the node settings
5. Set the IO Device Address to 1
6. Set the UI number to 1
7. Set the UI Ouput Type to digital
8. To turn on/off the relay every 50 loop's (rubix-wires runtime looping) let's add a node called flow-loop-count
9. Wire the toggle of the flow-loop-count to the in15 of the analog-ouput node
10. Deploy the flow