FOXBORO AD916CC industrial control spare parts module

FOXBORO AD916CC industrial control spare parts module

Technical data of product parameters

The instruction loads data AD916CC into a new file element at each false-to-true
transition of the rung. When step 4 is completed, the done bit (DN) is set.
Operation cycles to position 1 at the next false-to-true transition of the rung
after position 4.
If the source were a file address such as #N7:40, files #N7:40 and #N7:30
would both have a length of 5 (0 to 4) and would track through the steps
together per the position value.SLC 500 maintains a 20-bit integer free running clock. This 20-bit value
increments every 10 μs. The free running clock is non-retentive, a power cycle AD916CC
resets the fre e running clock to 0. It is accessed using the RHC instruction.
When the RHC rung is true, the instruction moves the current value of the 10
μs free running clock into the destination address. If the destination is an
integer address, the RHC moves the first 16 least significant bits to the
destination address. If the destination is a float address, the instruction
converts the 20-bit free running clock integer value into a float and moves this AD916CC
value to the destination address. Once the free running clock reaches 0x000F
FFFF (10.48575 seconds), it wraps around to 0 and continues incrementingWhen the TDF is evaluated with a true rung state, the instruction calculates
the number of 10 µs ticks that have elapsed from the Start value to the Stop
value and places the result into the Destination location. The TDF instruction
with float addresses accurately computes the time difference between the Start
and Stop timestamps captured within 10.48575 seconds of each other
(1048575 10 µs ticks). The TDF with float addresses calculates an invalid resultAD916CC
if more than 10.48575 seconds have elapsed between the Start and Stop
timestamps. The TDF with integer addresses accurately computes the time
difference between the Start and Stop timestamps captured within 655.36 ms
of each other (65536 10 µs ticks). The TDF with integer address calculates an
invalid result if more than 655.36 ms have elapsed between the Start and Stop
timestamps. It is up to you to assure that the timestamps are captured within
the valid time difference range.

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