Skip to end of metadata
Go to start of metadata

You are viewing an old version of this page. View the current version.

Compare with Current View Page History

Version 1 Current »

When using incremental encoders, 4 objects influence the rotation direction and communication of the motor. All 4 objects must be set correctly to ensure proper commutation.

 0x2001, Encoder Type

0

Quadrature (incremental, A lead B)

1

Quadrature (incremental, B lead A)

0x2004, Rotation Direction Select

Setting this value = 1 will invert both the encoder direction AND the motor phases direction. (Checking the “Reverse” checkbox in the Setup screen will set 0x2004=1)

image-20240709-223152.png

0x2020, Motor and Hall Phase Correction

Bits within this Object are used to Invert/swap motor phase direction and to swap and invert halls as needed.     

Bit

Description

Object Value

0

Invert Motor Phase direction

1

8

Hall U polarity reversal

256

9

Hall V polarity reversal

512

10

Hall W polarity reversal

1024

11

Reserved

2048

12

Hall U, Hall V replace

4096

13

Hall V, Hall W replace

8192

14

Hall W, Hall U replace

16384

 

 

 

 Hall settings are referenced to the encoder direction after the Rotation Direction Select is applied.

Invert Motor Phase Direction is XOR’d with Rotation Direction Select

               

0x280C,0x0,[non-P Series Motor] Hall Offset

Value ranges from 0 to 360

Hall settings are referenced to the encoder direction after the Rotation Direction Select is applied.

 

Standard rotation direction for P Series drives is CCW. Parker standard convention is CW.

Valid combination for Parker rotary motors:

Actual Direction

CCW**

CCW

CW

CW

0x2001 encoder type

1 (B -A)

0 (A-B)

1 (B -A)

0 (A-B)

0x2004 rotation direction select

0

1

1

0

0x280C] Hall Offset

330

330

210

210

0x2020 Motor and Hall Phase Correction

0

1

8192

8193

Swap Motor Phase

0

1

0

1

Hall V, Hall W replace

0

0

8192

8192

**Used in published motor files

 

Valid combinations for Parker Trilogy linear motors:

Actual Direction

TRI +

TRI -

TRI +

TRI -

0x2001 encoder type

0 (A-B)

0 (A-B)

1 (B -A)

1 (B -A)

0x2004 rotation direction select

0

1

1

0

0x280C] Hall Offset

30

150

30

150

0x2020 Motor and Hall Phase Correction

8193

1

8192

0

Swap Motor Phase

1

1

0

0

Hall V, Hall W replace

8192

0

8192

0

Using the Trilogy +/- direction from the catalog

 

image-20240507-224427.png

 

Code for Object dictionary motor files

Rotary CW

0x2001,0x0,Encoder Type,0

0x280C,0x0,[non-P Series Motor] Hall Offset,210

0x2004,0x0,Rotation Direction Select,0

0x2020,0x0,Motor and Hall Phase Correction,8193

 

Rotary CCW

0x2001,0x0,Encoder Type,1

0x280C,0x0,[non-P Series Motor] Hall Offset,330

0x2004,0x0,Rotation Direction Select,0

0x2020,0x0,Motor and Hall Phase Correction,0

 

Linear TRI+

0x2001,0x0,Encoder Type,0

0x280C,0x0,[non-P Series Motor] Hall Offset,30

0x2004,0x0,Rotation Direction Select,0

0x2020,0x0,Motor and Hall Phase Correction,8193

 

Linear TRI-

0x2001,0x0,Encoder Type,1

0x280C,0x0,[non-P Series Motor] Hall Offset,150

0x2004,0x0,Rotation Direction Select,0

0x2020,0x0,Motor and Hall Phase Correction,0

 

Linear LXR+

0x2001,0x0,Encoder Type,0

0x280C,0x0,[non-P Series Motor] Hall Offset,210

0x2004,0x0,Rotation Direction Select,0

0x2020,0x0,Motor and Hall Phase Correction,8193

 

Linear LXR-

0x2001,0x0,Encoder Type,0

0x280C,0x0,[non-P Series Motor] Hall Offset,330

0x2004,0x0,Rotation Direction Select,1

0x2020,0x0,Motor and Hall Phase Correction,1

 

Important to note:  To change these, drive has to be disabled, click Save to Memory and either Soft Reset or Cycle Power. If the Soft Reset or Cycle Power isn't done, it won't take affect and motor can be unstable/risk damage.

  • No labels