Rockwell Automation 5370-CMPK Color CVIM Module MATH-PAK - Manual (Page 79)

Appendix A
Color CVIM Communications with MATH-PAK Installed
A–9
Table A.7
Configuration blocks (even numbered, 110–156) for formulas 1–8, 17–24, 33–40
(windows 1–24) – fault and warning ranges
Remote I/O
& RS–232
Word #
Bit # Definition Usage Notes
15 0–15 Fault Range High (Integer)
Words 15 and 16 represent a 16 (bit).16 (bit)
fixed point decimal value or 32 bit integer.
16 0–15 Fault Range High (Fraction)
17 0–15 Fault Range Low (Integer)
Words 17 and 18 represent a 16 (bit).16 (bit)
fixed point decimal value or 32 bit integer.
18 0–15 Fault Range Low (Fraction)
19 0–15
Warning Range High
(Integer) Words 19 and 20 represent a 16 (bit). 16 (bit)
fixed point decimal value or 32 bit integer.
20 0–15
Warning Range High
(Fraction)
21 0–15
Warning Range Low
(Integer) Words 21 and 22 represent a 16 (bit).16 (bit)
fixed point decimal value or 32 bit integer.
22 0–15
Warning Range Low
(Fraction)
23 0–15 Reserved
Configuration blocks 110-156 (even-numbered) provide the fault and
warning range information for windows 1–24, respectively, if no
corresponding formulas are enabled. If formulas are enabled, the fault and
warning ranges for the enabled formulas will replace the ranges for
corresponding windows in the configuration blocks. For a listing of
configuration blocks for corresponding formulas and tools, refer to
Table A.5, page A–7.
Formula contents: The contents of the defined formulas are stored in
blocks in a portion of Color CVIM memory referred to in the Color CVIM
Communications Manual as “template” memory. In order to transfer the
formula content information, you must set the discrete bits for template block
transfer (refer to, in the Color CVIM Communications Manual, Table 4.C,
Word 23, Block Transfer Type bits).
The Color CVIM communications manual lists and describes all of the
accessible discrete bits. The discrete bit information for an enabled formula
(fault and warning range flags) will replace the discrete bit information for a
corresponding gage or window, as shown in Table A.8, beginning on page
A–10.
Discrete Bits