Omron NY532-1500 User Manual page 405

There are two counter channels, and there are two external latches for each channel. Wire the input
signals that are required for your application.
Refer to the GX-series EtherCAT Slave Units User's Manual (Cat. No. W488) for input signal wiring
methods.
PDO Mapping
This section describes mapping PDOs to control encoder axes from the MC Function Module.
You must map the objects that are required for the motion control functions that you will use to process
data communications. The PDO map is a list of required objects that is prepared in advance.
You select the PDOs to use in the Edit PDO Map Settings Window of the EtherCAT Tab Page in the
Sysmac Studio.
The following PDOs are mapped by default in the Sysmac Studio.
RxPDO (1700 hex)
RxPDO (1701 hex)
TxPDO (1B00 hex)
TxPDO (1B01 hex)
TxPDO (1B02 hex)
TxPDO (1B03 hex)
TxPDO (1BFF hex)
Additional Information
If you use the recommended Encoder Input Terminals (GX-EC0211/EC0241, version 1.1 or
later), then it is not necessary to change the default PDO map on the Sysmac Studio.
NY-series Industrial Panel PC / Industrial Box PC Motion Control User's Manual (W559)
Channel 1 Instruction Bits (4020 hex-01 hex) and Channel 2 Instruction Bits
(4020 hex-02 hex)
Channel 1 Preset Value (4011 hex-01 hex) and Channel 2 Preset Value (4011
hex-02 hex)
Channel 1 Position Value (4010 hex-01 hex) and Channel 2 Position Value
(4010 hex-02 hex)
Channel 1 Latch Value A (4012 hex-01 hex) and Channel 2 Latch Value A (4012
hex-02 hex)
Channel 1 Latch Value B (4013 hex-01 hex) and Channel 2 Latch Value B (4013
hex-02 hex)
Channel 1 Status Bits (4030 hex-01 hex) and Channel 2 Status Bits (4030 hex-
02 hex)
Sysmac Error Status (2002 hex -01 hex)
Appendices
A
A-23