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All bit offsets are made relative to a particular byte, and therefore span the range 0 to 7. Bit offsets are "right justified", meaning that when a byte is presented in binary numerical format, bit 0 is on the right side. In the following example, only bit 0 is set: 00000001  Although the input and output channel blocks are capable of specifying and interpreting a discrete value in a single bit, the entire byte (which contains the referenced bit) is read and written by the input/output channel blocks, respectively. 

Although this is not a problem for inputs, it does present a problem for outputs. For example, if two different output channel blocks are used to write discrete output values that are contained within the same byte of the channel output data message, the execution order of the channel blocks and/or their containing Control Modules will determine which values are written to the device. Thus it is recommended that all discrete output channel values that are contained within a specific byte be referenced from a single output channel block.

NFBU200 -S10 

AAB841-S00

UT130-RN

F3YP18-0N

F3BL00-0N

F3PU20-0S

F3BU09-0N

F3SP28-3S

F3XP01-0H

F3XP02-0H

F3LC11-1F

F3XD64-3F

CP401-10

AAI841-S00

ADV551-P00/ATD5A00

PS31*A

F3YD64-1P

F3SP28-0S

AMM31T-S2

ADV551-P00/ATD5S-00

AAI141-S00 +ATA4S-00

F3YD14-5A

F3XD32-3F

AAI543 -S00 S1

FBM05 P0400YF 

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