CL3-E CANopen/USB Technical Manual

3240h Digital Inputs Control

Function

This object can be used to manipulate the digital inputs as described in the " Digital inputs and outputs" section.

It applies for all the subindices:

  • Bit 0 to 15 control the special functions.
  • Bit 16 to 31 control the level of the outputs.

Object description


Index 3240h
Object Name Digital Inputs Control
Object Code ARRAY
Data type UNSIGNED32
Saveable yes, category: application
Firmware Version FIR-v1426
Change History

Version 1.0.3: Sub-index 01h: The "Name" entry was changed from "Special Function Disable" to "Special Function Enable"

Firmware Version FIR-v1512: Amount of subentries has changed from 8 to 9.


Value description


Sub-index 00h
Name Highest Sub-index Supported
Data type UNSIGNED8
Access Read only
PDO Mapping No
Admissible Values  
Specified Value 08h


Sub-index 01h
Name Special Function Enable
Data type UNSIGNED32
Access Read/write
PDO Mapping RX - PDO
Admissible Values  
Specified Value 00000000h


Sub-index 02h
Name Function Inverted
Data type UNSIGNED32
Access Read/write
PDO Mapping RX - PDO
Admissible Values  
Specified Value 00000000h


Sub-index 03h
Name Force Enable
Data type UNSIGNED32
Access Read/write
PDO Mapping RX - PDO
Admissible Values  
Specified Value 00000000h


Sub-index 04h
Name Force Value
Data type UNSIGNED32
Access Read/write
PDO Mapping RX - PDO
Admissible Values  
Specified Value 00000000h


Sub-index 05h
Name Raw Value
Data type UNSIGNED32
Access Read/write
PDO Mapping RX - PDO
Admissible Values  
Specified Value 00000000h


Sub-index 06h
Name Input Range Select
Data type UNSIGNED32
Access Read/write
PDO Mapping RX - PDO
Admissible Values  
Specified Value 00000000h


Sub-index 07h
Name Differential Select
Data type UNSIGNED32
Access Read/write
PDO Mapping RX - PDO
Admissible Values  
Specified Value 00000000h


Sub-index 08h
Name Routing Enable
Data type UNSIGNED32
Access Read/write
PDO Mapping RX - PDO
Admissible Values  
Specified Value 00000000h

Description

The subentries have the following function:

  • 01h: This sub-index switches on the special functions of the respective input if the bit has the value "1".
  • 02h: This sub-index inverts the logic of an input if the respective input has the value "1".
  • 03h: This sub-index forces an input value if the bit has the value "1". An input with a forced value is always set to the value entered in subentry 4h regardless of the applied voltage level.
  • 04h: This sub-index specifies the input value to be forced.
  • 05h: This sub-index always contains the read, unmodified input value.
  • 06h: This sub-index switches the switching thresholds between 5 V (value "0") and 24 V (value "1") if the input supports this function.
  • 07h: This sub-index switches the inputs from a single ended (value "0") to differential (value "1") input if the inputs support this function.
  • 08h: This sub-index enables "Input Routing" when the value "1" is written to it.
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