Micromod MOD: 1800P - MOD 30ML Identity Module (Version 2) System, I/O and Communications Functions - Manual (Page 220)

Logic Functions - Book 1
ANALOG INPUT BLOCKS (VCI, TII, TI, RI, RTI, RTTI)
7-10
7.2.3 Thermocouple Input Block Description (TI)
This block is used to input a thermocouple value, compensate it and translate it to a scaled
temperature. It’s input is from a thermocouple module and it’s compensation input from a
RIM, or WRIM block or a floating point value specified in the thermocouple module block or
through the local CJC input. A functional block diagram of a thermocouple input block is
shown in Figure 7-7. The menus used to configure the block re shown in Figure 7-8 and 7-9.
The mnemonics, valid values, and data types for all fields that may be selected for display
and/or be used in making softwiring connections are listed in Table 7-3. Section 7.2.8 further
defines the input block configuration parameters.
+
+
Mult
Sum
RANKINE
Thermocouple Type
Input Module
Floating Point Count
CELSIUS
FAHRENHEIT
Input Module
No.
Filter Type
Temperature
Scale Filter
Microvolt
Calculation
KELVIN
Output
Calibrate
- Zero
Filter
RIM, WRIM, CJIM or Local
Floating Point Count
Linearization
Scaled Counts
Deg C
Calculation
Inverse
Linearization
Sum
Cold Junction
Compensation
Input
Filter Time
(minutes)
Output
Calibrate
- Span
NONE
Value
LSP
BAD GOOD
Bad Inputs
Accepted
(YES/NO)
Result Quality
State
(RUN, HOLD,
OFF, DEBUG)
Quality and
Error Check
Input Module Result Quality
Result
Quality Limit
- Bottom Quality Limit
- Top
Range Check
Diagnostic
Group
(NONE, 1-7)
CERRU
CERRA
Set Quality
Bad on
Calculation
Error (Y/N)
Calculation
Error
(ENAB/SUPP)
NONE
AUTO
USER
CERRUQ
CERRAQ
Figure 7-7. Thermocouple Input Block (TI), Functional Block Diagram