Maxiflex P3 PAC User Manual
51
-© Omniflex
UMM126XR18.pdf
Digital Inputs 49-64
where individual inputs are allocated as follows:
3
Bit 0: Input 7 >= High Limit
Bit 1: Input 7 >= High-High Limit
Bit 2: Input 7 <= Low Limit
Bit 3: Input 7 <= Low-Low Limit
Bit 4: Input 7 Calibration Error
Bit 5: Input 7 Configuration Corrupted
Bit 6: Input 7 Incorrect Input Type
Bit 7: Unused (will read as 0)
Bit 8: Input 8 >= High Limit
Bit 9: Input 8 >= High-High Limit
Bit 10: Input 8 <= Low Limit
Bit 11: Input 8 <= Low-Low Limit
Bit 12: Input 8 Calibration Error
Bit 13: Input 8 Configuration Corrupted
Bit 14: Input 8 Incorrect Input Type
Bit 15: Unused (will read as 0)
Digital Output and Analogue Output Data Spaces are unused by this module
CONFIGURATION DATA SPACE
DIT (Offset)
Input 1 Type
17
Input 2 Type
18
Input 3 Type
19
Input 4 Type
20
Input 5 Type
21
Input 6 Type
22
Configuration Registers Reserved (set to 0)
23 - 25
where Input Type is chosen from one of the following:
0 = No Input Type Selected
100 = Input is PT-100
101 = Input is Ni-120
Temperature Scale (degrees C or F)
Bit = 0: All temperature Inputs read as a signed integer representing tenths of
degrees C (e.g. 1000 = 100.0 degrees C)
Bit = 1: All temperature inputs read as signed integer representing tenths of
degrees F
26
Configuration Registers Reserved (set to 0)
27
– 29
Input 1 High-High Limit (set in display format)
30
Input 1 High Limit
31
Input 1 Low Limit
32
Input 1 Low-Low Limit
33
Input 1 Deadband
34
Input 2 High-High Limit
35
Input 2 High Limit
36
Input 2 Low Limit
37
Input 2 Low-Low Limit
38
Input 2 Deadband
39
Input 3 High-High Limit
40
Input 3 High Limit
41
Input 3 Low Limit
42
Input 3 Low-Low Limit
43
Input 3 Deadband
44
Input 4 High-High Limit
45
Input 4 High Limit
46
Input 4 Low Limit
47
Input 4 Low-Low Limit
48
Input 4 Deadband
49
