AXIOMATIC Tri-Axial J1939 CAN, User Manual

Page: 41 / 67

UMAX0608XX‐1000. Tri‐Axial J1939 CAN Inclinometer. Version 9B
Page: 41-66
Name
Default
Value
1
Range Units Description
Signal #1 Size 16 [1…32] bit Size of the 1-st CAN output
signal
Signal #1
Resolution 0.002 Any value signal
units /
bit Resolution of the 1-st CAN
continuous output signal
Signal #1Offset -64 Any value signal
units Offset of the 1-st CAN
continuous output signal
Signal #2 Type Continuous {Undefined, Discrete,
Continuous}
– Type of the 2-nd CAN
output signal
Signal #2 Source Roll Angle Any signal output of
any function block or
“Not Connected” – Input signal source of the 2-
nd CAN output signal
Signal #2 Byte
Position 3 [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 16 [1…32] bit Size of the 2-nd CAN output
signal
Signal #2
Resolution 0.002 Any value signal
units /
bit Resolution of the 2-nd CAN
continuous output signal
Signal #2Offset -64 Any value signal
units Offset of the 2-nd CAN
continuous output signal
… … … … …
Signal #10 Type Undefined {Undefined, Discrete,
Continuous} – Type of the 10-th CAN
output signal
Signal #10 Source Not
Connected Any signal output of
any function block or
“Not Connected” – 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
For CAN Output Message #1.
2
Yes – in firmware V1.xx for AX060800, AX060806, AX060807.
3
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.