Difference between revisions of "EtherCAT:EC INSTALL STX CDHD"
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==Description== | ==Description== | ||
This subroutine sets up the CDHD and EtherCAT master to work together. | This subroutine sets up the CDHD and EtherCAT master to work together. | ||
| + | <br/><br/> | ||
| + | {{Note/Important| | ||
| + | To be able to configure the CDHD drive you must globally load the library EC_CDHD.LIB}} | ||
| + | <br/> | ||
CDHD can be configured to work in different OpModes that require <u>different PDO mapping</u> of PCMD and VCMD.<br/> | CDHD can be configured to work in different OpModes that require <u>different PDO mapping</u> of PCMD and VCMD.<br/> | ||
Optional PDO mappings are as follows:<br/> | Optional PDO mappings are as follows:<br/> | ||
Revision as of 07:37, 23 October 2014
Description
This subroutine sets up the CDHD and EtherCAT master to work together.
 | IMPORTANT |
| To be able to configure the CDHD drive you must globally load the library EC_CDHD.LIB |
CDHD can be configured to work in different OpModes that require different PDO mapping of PCMD and VCMD.
Optional PDO mappings are as follows:
Synchronous Position Mode - PCMD is mapped to 0x607A and VCMD is mapped to 0x6081
Position Profile Mode - PCMD is mapped to 0x60C1
Synchronous Velocity Mode - VCMD is mapped to 0x60FF
OpMode is set by passing the argument <motion_opmode> with one of the following constants:
CDHD_OPMODE_SYNC_VELOCITY = 7
CDHD_OPMODE_SYNC_POSITION = 8
CDHD_OPMODE_VELOCITY = 3
Input
Drive address, Motion OpMode, Micro-Interpolation Method
Output
None
Return Value
None
Declaration
public sub EC_INSTALL_STX_CDHD(byval drive_addr as long, byval motion_opmode as long, byval micro_interpolation as long)
Syntax
call EC_INSTALL_STX_CDHD(<drive address>, <motion opmode>, <micro interpolation mode>)
Examples
call EC_INSTALL_STX_CDHD(drive_addr, CDHD_OPMODE_SYNC_POSITION, 2) ' mic_int = 2