Inputs - Sensor Power; Inputs - Multifunction Inputs - Danfoss IX012-010 User Manual

User Manual
PLUS+1® Compliant IX012-010 Function Block
IX012-010 Function Block
Inputs – Sensor Power
Signal Type
C1p06_SnsrPwr
Bus
AnIn U16
Volt U16
Updated BOOL
Inputs – Multifunction Inputs
Signal Type
Pin _MFIn Bus
Config
Bus
PinConfig0 U16
PinConfig1 U16
PinConfig1 U16
DigInConfigHigh
U16
DigInConfigLow U16
DigIn BOOL
AnIn
U16
Volt U16
Freq
U16
6 | © Danfoss | July 2018
The status of sensor power input on the connector and pin C1p06 is described.
Direction Range
—— ——
Input 0 – 32767
Input 0 – 10000
Input ——
The status of multifunction inputs on the connectors and pins C1p08, C1p09, and C1p10 is described.
Direction Range
—— ——
—— ——
Output 0 – 3
Output 0 – 3
Output 0 – 3
Output 0 – 65535
Output 0 – 65535
Input ——
Input 0 – 32767
Input 0 – 37400
Input 0 – 35300
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
Determines how the input pin is internally connected.
0: Activated with 5 V or Supply Voltage. The internal Pull Down and Pull Up
resistors are disabled.
1: Activated with Ground. The internal Pull Up resistor is connected to an internal
5 V. The internal Pull Down resistor is disabled.
2: Activated with 5 V or Supply Voltage. The internal Pull Up resistor is disabled.
The internal Pull Down resistor is connected to Ground.
3: Activated with Supply Voltage. The internal Pull Up resistor is connected to an
internal 5 V. The internal Pull Down resistor is connected to Ground.
Sets the maximum input voltage to allow maximum possible input resolution.
0: 0 – 5.753 V
1: 0 – 0.448 V
2: 0 – 37.4 V
3: 0 – ~2.918 V (not recommended)
Sets the maximum input voltage to allow maximum possible input resolution.
0: 0 – 5.26 V
1: 0 – 0.3675 V
2: 0 – 35.3 V
3: 0 – ~2.465 V (not recommended)
DigInConfigHigh is the voltage level required for DigIn to transition from false to
true.
100 is 100 mV.
DigInConfigLow is the voltage level required for DigIn to transition from true to
false.
100 is 100 mV.
Digital input state according to PinConfig0, DigInConfigHigh and
DigInConfigLow.
Analog input AD count.
Due to CAN message optimization, this value is approximated by scaling the Volt
signal.
Analog input voltage.
The actual maximum value is determined by PinConfig1.
100 is 100 mV.
Input Signal Frequency
100 is 100 Hz.
11063398 | AQ00000107en-US0101