Watlow CPC400 - Manual (Page 140)

Chapter 5: Menu and Parameter Reference CPC400 Series User’s Guide
126 Watlow Anafaze Doc. 0600-2900-2000
Heat/Cool Output Retransmit
Choose the loop that provides the process variable to be re-
transmitted. For example, in the sample display at left, the
heat output from loop 1 (01) will retransmit the process
variable from loop 2.
Values: none (0), or loop 1 to 5 (1 to 5) for a CPC404 or 1 to
9 (1 to 9) for a CPC408. Values in parentheses are for serial
communications and LogicPro.
Default: none (0)
Modbus Address (Loops 1 to 9): 44478 to 44486 (heat) or
44495 to 44503 (cool)
Parameter Number: 89 (heat) or 90 (cool)
LogicPro Driver: Database
LogicPro Address (Loops 1 to 9): 89.1 to 89.9 (heat) or
90.1 to 90.9 (cool)
Heat/Cool Retransmit Low Process Variable
Enter the value of the process variable to retransmit as a 0
percent output signal. If the process variable falls below
this value, the output will stay at 0 percent.
Values: Any value within the input sensor range; see
Table 5.7 on page 104.
Default: The minimum value in the input sensor range
Modbus Address (Loops 1 to 9): 44546 to 44554 (heat) or
44563 to 44571 (cool)
Parameter Number: 93 (heat) or 94 (cool)
LogicPro Driver: Database
LogicPro Address (Loops 1 to 9): 93.1 to 93.9 (heat) or
94.1 to 94.9 (cool)
Decimal Placement for Modbus or LogicPro: See Dec-
imal Placement for Numeric Values on page 80.
Heat/Cool Retransmit High Process Variable
Enter the value of the process variable to retransmit as a
100 percent output signal. If the process variable rises
above this value, the output will stay at 100 percent.
Values: Any value within the input sensor range; see
Table 5.7 on page 104.
Default: The maximum value in the input sensor range
Modbus Address (Loops 1 to 9): 44512 to 44520 (heat) or
44529 to 44537 (cool)
Parameter Number: 91 (heat) or 92 (cool)
LogicPro Driver: Database
LogicPro Address (Loops 1 to 9): 91.1 to 91.9 (heat) or
92.1 to 92.9 (cool)
Decimal Placement for Modbus or LogicPro: See Dec-
imal Placement for Numeric Values on page 80.
l01 Heat outputr
retrans PV b 2
l01 Ht retrans r
LowPV b 0 ˚F
l01 Ht retrans r
HighPVb 0 ˚F