User Manual
PLUS+1® Compliant IX012-010 Function Block
IX012-010 Function Block
Input
Enbl_RecheckCRC
Enbl_ResetTest
BusRecvryTm
DriverRecvryTm
RepTime_Supply
RepTime_DigAn_In
RepTime_MF_In
Inputs – Power Supply
Signal
Type
C1p02_Pwr
Bus
AnIn U16
Volt U16
Updated BOOL
Inputs – CAN Shield
Signal
Type
C1p05_AnIn
Bus
AnIn U16
Volt U16
Updated BOOL
©
Danfoss | July 2018
Type
Range
BOOL
——
BOOL
——
U16
0–65535
U16
0–65535
U16
0–65535
U16
0–65535
U16
0–65535
The status of power supply input on the connector and pin C1p02 is described.
Direction
Range
——
——
Input
0 – 32767
Input
0 – 55015
Input
——
The status of analog and CAN0 shield inputs on the connector and pin C1p05 is described.
Direction
Range
——
——
Input
0 – 32767
Input
0 – 5753
Input
——
Description
Determines if the I/O module CRC is periodically checked to ensure the device's
configuration matches the function block's configuration.
T: The CRC is requested from the I/O module and compared every 5 seconds.
F: The CRC is only requested from the I/O module during initialization.
Determines if the I/O module volatile memory is periodically checked to ensure
the device has not lost volatile configuration information due to temporary loss
of power.
T: Volatile information is requested from the I/O module and compared every 1
second.
F: Volatile memory is not checked after initialization and temporary loss of
power to the I/O module may go undetected.
BusRecvryTm sets the time the I/O module CAN port waits after going into a
"bus off" condition before attempting to go back on the bus.
1000 is 1 ms.
DriverRecvryTm sets the time the I/O module CAN port waits after a CAN error
causes the driver to reset before attempting to go back on the bus.
1000 is 1 ms.
Determines how often the Power, Sensor Power, and CAN Shield input values
are transmitted from the I/O module.
1000 is 1 ms.
Determines how often the DigIn and AnIn values are transmitted from the I/O
module.
1000 is 1 ms.
Determines how often the MFIn values are transmitted from the I/O module.
1000 is 1 ms.
Description
Analog input AD count.
Due to CAN message optimization, this value is approximated by scaling the Volt
signal.
Analog input voltage
100 is 100 mV.
True when the AnIn and Volt signals are refreshed.
Description
Analog input AD count.
Due to CAN message optimization, this value is approximated by scaling the Volt
signal.
Analog input voltage
100 is 100 mV.
True when the AnIn and Volt signals are refreshed.
11063398 | AQ00000107en-US0101 | 5
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