## Network I/O microblocks Network Input and Output microblocks pass information between points on the network. A network input microblock reads the value of a network-visible BACnet property on the network or of an equivalent value from another supported protocol. A network output microblock writes a value to a point on the network. Read
| Analog Network Input Reads an analog value from a specific address on the network.
| Analog Network Input 2 Reads an analog value from a specific address on the network. Monitors and outputs the validity of network communication between the microblock and its target.
| Binary Network Input Reads a binary (digital) value from a specific address on the network.
| Binary Network Input 2 Reads a binary (digital) value from a specific address on the network. Monitors and outputs the validity of network communication between the microblock and its target.
Write
| Analog Network Output Writes an analog value to a specific address on the network.
| Analog Network Output 2 Writes an analog value to a specific address on the network. Stops writing to the target address when the Enable input is false (off).
| Binary Network Output Writes a binary (digital) value to a specific address on the network.
| Binary Network Output 2 Writes a binary (digital) value to a specific address on the network. Stops writing to the target address when the Enable input is false (off).
Linkage
| BACnet Collector Provides a means for the control program to exchange sets of data across the BACnet network. Creates associations with one or more Provider microblocks and maintains: An Input data array received from Provider microblocks A set of Feedback data transmitted to each Provider microblock
| BACnet Provider Provides a means for the control program to exchange sets of data across the BACnet network. Creates an association with one Collector microblock and maintains: An Output data array transmitted to the Collector microblock A set of Feedback data received from the Collector microblock
Rnet
| BACnet Analog Sensed Value Input Reads an analog value from up to 5 ZS or wireless sensors, and makes the value available to the control program on an output wire. If the Rnet has more than one ZS or wireless sensor, the microblock's combination algorithm determines whether the output value is the average, minimum, or maximum of the readings.
| BACnet Binary Sensed Value Input Reads a binary value from up to 5 ZS or wireless sensors, and makes the value available to the control program on an output wire. If the Rnet has more than one ZS or wireless sensor, the microblock's combination algorithm determines whether the output value is based on a single sensors value or all sensors having the same value.
| Sensor Binder A Sensor Binder microblock is required if your control programs is to work with ZS or wireless sensors. This microblock is where you define up to 5 uniquely-addressed ZS or wireless sensors. The addresses in the microblock must match the sensors' Rnet addresses.