ABB DAPU100 3ASC25H204 control board

ABB DAPU100 3ASC25H204 control board

Technical data of product parameters

The following example shows how DAPU100 3ASC25H204 to use the Discrete Input Interrupt to
control a high-speed application. In the example, the DII is used to ensure that
all bottles exiting a filling and capping machine have their caps installed.
The bottle proximity switch is used as the DII input. When a bottle passes the
proximity switch, the processor executes the DII subroutine. In the subroutine
the processor reads the state of the cap proximity switch. If the cap is installed, DAPU100 3ASC25H204
the chute solenoid does not energize; allowing the bottle to continue down the
line. If the cap is missing, the chute solenoid energizes, causing the defective
bottle to divert down the chute and into the reject bin.This function allows a specialty I/O module to interrupt the normal processor
operating cycle in order to scan a specified subroutine file. Interrupt operation
for a specific module is described in the user’s manual for the module.
Not all specialty I/O modules are capable of generating I/O interrupts. Refer
to the user manual of the specific specialty I/O module to see if it supports
this feature. For example, you cannot use a standard discrete I/O module to
accomplish an I/O event-driven interrupt.• When you are configuring the specialty I/O module slot with the DAPU100 3ASC25H204
programming device, make sure you program the “ISR” (interrupt
subroutine) program file number (range 3 to 255) that you want the
processor to execute when the module generates an interrupt. Specialty
I/O modules that create interrupts should be configured in the lowest
numbered I/O slots. DAPU100 3ASC25H204
• Create the subroutine file that you have specified as the ISR number in
the I/O module slot configuration.The Interrupt Subroutine (INT) instruction should be the first instruction in
your ISR. This identifies the subroutine file as an I/O interrupt subroutine.
The ISR contains the rungs of your application logic. You can program any
instruction inside an ISR except a TND, REF, or SVC instruction. IIM or
IOM instructions are needed in an ISR if your application requires immediate
update of input or output points. Terminate the ISR with an RET (return)
instruction.

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