Status Logic........................................................................................................................................................................................ 8
Configure Communication for the Function Block..............................................................................................................9
Configure Primary Communication for Function Block................................................................................................9
Configure Redundant Communication for Function Block.........................................................................................9
Pre-Made Service Screen.............................................................................................................................................................11
IEC 61508-3 Annex D Supplemental Information.............................................................................................................. 12
PLUS+1® Compliant PVED_CLS_STAT_MSG_5 Function Block
Before You Begin
Before reading this manual, read and understand the safety manual of the entire library (Safety Manual
and Programmer Guide - General, document number AQ00000254).
Warning
Do not change parameters while the machine is driving. Before changing parameters bring the machine
into a safe state to prevent harm for the operator and bystanders.
Warning
Fault detection and diagnostics must be tested with the final application which is assembled from the
function blocks.
PLUS+1® Compliant PVED_CLS_STAT_MSG_5 Function Block
PVED_CLS_STAT_MSG_5 Function Block
This function block configures the PVED_CLS_STAT_MSG_5 for use with the PVED-CLS.
The inputs of the block are formatted to generate the message identifier that the PVED-CLS transmits.
This block receives the message and reformats the data for use in PLUS+1® GUIDE. For more information,
refer to PVED-CLS communication protocol.
Inputs
Enter the PVED_CLS_STAT_MSG_5 function block for an overview of its signals.
To avoid compiler errors, use only the data types specified in this table.
ItemTypeRange
ParaBus————This bus contains configuration values. You can replace these values with signals
CAN.PortPort————Determines which CAN port to transmit data from. This variable can be found in the
ChkptBOOLT/F——Enables advanced checkpoints with namespace for each Diag signal.
Unit
Description
routed from the application if desired.
CAN sub-bus if using the Main Template.
T: Include checkpoints when compiled.
F: Do not include checkpoints when compiled.
Parameters
Learn how the function block uses parameters to customize the function.
To avoid compiler errors, use only the data types specified in this table.
ParameterTypeRangeUnitDescription
AddrU80 to 253——Source address of the PVED-CLS.
Primary default: 19
Redundant default: 90
TimeoutU1610 to 10000msMaximum time in ms between messages before a timeout fault is triggered.
Outputs
Learn how the outputs of the function block work.
ParameterTypeRangeUnitDescription
Diag
Status
STAT_MSG
Bus————This bus provides diagnostic values for troubleshooting. In
U160, 0x8008——
Bus————This bus provides the output values for the block.
addition, all inputs, parameters, and output signals are contained
inside of the bus.
This signal indicates if a parameter fault is declared. It is a bitwise
code, so multiple items can be reported at a time. The following
status codes are provided:
0x0000: No fault.
0x8008: At least one parameter is out of range.
-1: Left
0: Neutral. No steering wheel activation.
1: Right
Fault detection algorithm – fault condition
T: Active
F: Inactive.
Fault detection algorithm – measured wheel angle.
-10000 corresponds to the left most position.
0 corresponds to the neutral position.
10000 corresponds to the right most position.
Fault detection algorithm – actual spool position.
Negative values correspond to spool movement to the left.
Positive values correspond to spool movement to the right.
Spool diagnostic type.
0: Spool monitoring active.
1: Spool movement check active.
2: Parallel execution of spool monitoring and spool movement
check active.
3: No spool diagnostics active.
Spool control flag.
T: Spool control enable.
F: Spool control disabled.
Pulses TRUE for one loop when new data is available.
T: Received new data.
F: Did not receive new data.
No message has been received yet from the device.
T: No message received since power on.
F: A message has been received since power on.
True if the time since the last status message has exceeded the
value determined by Timeout.
T: The status message has timed out, block outputs set to zero/
false. NA signals set true.
F: No error.
Indicates if the related signal is available.
T: Signal is not available.
F: Signal available.
Indicates if the related signal is reserved.
T: Signal is reserved.
F: Signal available.
Indicates if the related signal is reserved.
T: Signal is reserved.
F: Signal available.
Indicates if the related signal is reserved.
T: Signal is reserved.
F: Signal available.
Indicates if the related signal is reserved.
T: Signal is reserved.
F: Signal available.
Indicates if the related signal is reserved.
T: Signal is reserved.
F: Signal available.
Indicates if the related signal is reserved.
T: Signal is reserved.
F: Signal available.
Status Logic
This topic describes how status logic is indicated for the function block.
The status code indicates whether the parameters used in the function are within their valid range.
PLUS+1® Compliant PVED_CLS_STAT_MSG_5 Function Block
PVED_CLS_STAT_MSG_5 Function Block
ConditionHexBinaryCauseResponseCorrection
Invalid setup
*
Position of set bit in a 16 bit fault or status code. Bit 1 is the least significant bit. Bit 16 set to 1 indicates a standard Danfoss status code or fault code.
Configure Communication for the Function Block
0x8008
*
1000At least one parameter is out
of range.
Status code reported.Correct the out of range
parameters.
The following sequence demonstrates how to setup the function block for primary or redundant
communication.
Note, you need to route the Addr parameter out from the Parameters page.
Configure Primary Communication for Function Block
For primary communication, set the parameter Addr to 19.
Enabling Checkpoints
Configure Redundant Communication for Function Block
For redundant communication, set the parameter Addr to 90.
Chkpt enables the checkpoints for each Diag Bus Signal.
It is pre-connected to a constant True.
Set Chkpt to False if you do not want to use the checkpoints or if you need to free up some memory. Be
aware that Fault and Status signals disappear from the service screen by setting to False.
Warning
The programmer must implement sufficient fault management and is responsible to reach the safe state
according to the safety concept for the application.
Identical Function Blocks Need Different Namespace Values to Successfully Compile
If you use the same function block more than once in an application, you must change each function
block’s namespace value to avoid compiler errors.
All function blocks contain Advanced Checkpoint with Namespace components that enable the PLUS+1
Service Tool to read block input and output values.
Some function blocks contain non-volatile memory components that store function block operating
parameters.
True if the time since the last status message has exceeded the value determined by Timeout.
T: The message has timed out, block outputs set to zero/false. NA signals set true.
F: No error.
No message has been received yet from the device.
T: No message received since power on.
F: A message has been received since power on.
——
T/FFault detection algorithm – fault condition.
Fault detection algorithm – error condition.
T: Active.
F: Inactive.
Spool control flag.
T: Spool control enabled.
F: Spool control disabled
Spool diagnostic type.
0: Spool monitoring active.
1: Spool movement check active.
2: Parallel execution of spool monitoring and spool movement check active.
PLUS+1® Compliant PVED_CLS_STAT_MSG_5 Function Block
PVED_CLS_STAT_MSG_5 Function Block
OutputTypeDescription
FDA Spool DirT/F
FDA Spool Pos%
FDA WAS DirChg ——
FDA WAS Pos%
IEC 61508-3 Annex D Supplemental Information
Fault detection algorithm – spool direction.
-1: Left
0: Neutral
1: Right
Fault detection algorithm – Actual spool position.
Negative values correspond to spool movement to the left.
Positive values correspond to spool movement to the right.
Fault detection algorithm – Wheel angle change.
0x0000: No fault.
0x8008: At least one parameter is out of range.
Fault detection algorithm – Measured wheel angle.
-100% corresponds to the left most position.
0 corresponds to the neutral position.
100% corresponds to the right most position.
The following table provides IEC 61508-3 Annex D supplemental information.
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