Digital Input Block; Analog Input Block; Digital Output Block - BONFIGLIOLI AGILE Applications Manual

2.2.5

Digital input block

Combining a digital function block input with a digital input (terminal) or a frequency inverter
control signal:
− Drag a block DigIn from the library to the function block input.
− Double-click the block DigIn.
− Select an input buffer for the PLC signal.
− As the global source, select the digital input or control signal to be applied to the functional
module input.
2.2.6

Analog input block

Combining an analog function block input to a analog input (terminal) or a frequency inverter
signal:
− Drag a block "Analog In" from the library to the function block input.
− Double-click the block "Analog In".
− Select a physical quantity or percent for the PLC signal.
− Select percent if a signal at the analog input (terminal) of the frequency inverter is to be
applied to the function block input.
− As the global source, select the signal to be applied to the functional module input.
2.2.7

Digital output block

Combining a digital function block output with a device function or a digital output (terminal):
− Drag a block DigOut from the library to the function block output.
− Double-click the block DigOut. Select an output buffer.
Example:
Selected output
buffer
1
4
1
4
08/10
08/10
Signal source for de-
vice function
2401
2404
Signal source for digital
output (terminal)
80
83
VPLC / PLC
VPLC / PLC
Example of device function
Start Anticlockwise
69
= 2401 – PLC-Output buffer 1
Error acknowledgment
103
= 2404 – PLC-Output buffer 4
Example of digital output (terminal)
Operation mode
OUT1D (X13.5)
AgilE:
= 80 – PLC-Output buffer 1
Operation mode digital output 1
ACU:
= 83 – PLC-Output buffer 4
531
530
13
13