AXIOMATIC AX180800, User Manual

Page: 39 / 72

UMAX180800, 20 Thermocouple, 2 RTD, 4 Inputs, 6 Relays Dual CAN Controller Version 1 Page: 39-71
Name
Default
Value
Range Units Description
Signal #1Offset 0 Any value signal
units Offset of the 1-st CAN
continuous output signal.
Signal #2 Type 0 -
Undefined 0 - Undefined,
1 - Discrete,
2 - Continuous
–
Type of the 2-nd CAN
output signal.
Signal #2 Source 0 - Not
Connected Any signal output of
any function block or
“Not Connected". See
Signal Source table.
–
Input signal source of the 2-
nd CAN output signal.
Signal #2 Byte
Position 1
1…8 –
Byte position of the 2-nd
CAN output signal.
Signal #2 Bit
Position 1
1…8 –
Bit position of the 2-nd CAN
output signal.
Signal #2 Size 1
1…32
bit Size of the 2-nd CAN output
signal.
Signal #2
Resolution 0 Any value signal
units /
bit Resolution of the 2-nd CAN
continuous output signal.
Signal #2 Offset 1 Any value signal
units Offset of the 2-nd CAN
continuous output signal.
… … … … …
Signal #10 Type 0 -
Undefined 0 - Undefined,
1 - Discrete,
2 - Continuous
–
Type of the 10-th CAN
output signal.
Signal #10 Source 0 - Not
Connected Any signal output of
any function block or
“Not Connected". See
Signal Source table.
–
Input signal source of the
10-th CAN output signal.
Signal #10 Byte
Position 1
1…8 –
Byte position of the 10-th
CAN output signal.
Signal #10 Bit
Position 1
1…8 –
Bit position of the 10-th
CAN output signal.
Signal #10 Size 1
1…32
bit Size of the 10-th CAN
output signal.
Signal #10
Resolution 1 Any value signal
units /
bit Resolution of the 10-th CAN
continuous output signal.
Signal #10 Offset 0 Any value signal
units Offset of the 10-th CAN
continuous output signal.
1 Proprietary A PGN (61184) is excluded. It is taken by Axiomatic Simple Proprietary Protocol and
therefore cannot be used in function blocks.
Configuration parameters:
Signal #1…10 Byte Position
and
Signal #1…10 Bit Position
,
together with the
Signal #1…10 Size
have the same meaning as in the CAN Input Signal
function block. The user should be careful not to overlap the output signals.
The following rules apply when converting function block output signal data to the CAN signal
code:
•
Undefined signals are presented in the CAN signal code with all bits set to 1.