16-13
IM DL950-02EN
Setting the Encoding Conditions
When the encoding type is Incremental ABZ or Incremental AB and the count condition is x2
Set the count condition to x2.
Select the edge to reset the value on
(A , A , B , B , Z Level²)
Turns rotation direction inversion on or off
When the count condition is x1
When the encoding type is Incremental ABZ or Incremental AB and the count condition is x4
When the encoding type is Incremental AZ or Incremental A and the count condition is x2
Set the count condition to x1.
Turns rotation direction inversion on or off
Select the edge to count pulses on¹
(A , A , B , B )
1 Can be set when the Encoding Type is Incremental ABZ or Incremental AB
2 Can be set when the Encoding Type is Incremental ABZ or Incremental AZ
Select the edge to count pulses on
(A , A , B , B )
Select the edge to count pulses on
(A , A , B , B )
Select the edge to reset the value on¹
(A , A , B , B , Z Level²)
Set the count condition to x2 or x4.
Turns rotation direction inversion on or off
Select the edge to reset the value on
(A , A , B ,¹ B ,¹ Z Level²)
Number of counts per rotation
Number of counts per rotation
Number of counts per rotation
When the Encode Type Is Set to Absolute 8bit, Absolute 16bit, or Gray Code
Set the encode type to Absolute 8bit, Absolute 16bit, or
Gray Code.
Select Rotary Angle.
See “Setting the Source Conditions.”
Set the number of pulses per
rotation.
Turns negative logic on or off
Set the scaling.
(Radian, Degree, User Define)
When User Define is selected
Set the scaling factor.
Setting the Source Conditions
Set the source channel* (input channel of a logic module).
(Only the channels with logic modules installed are displayed.)
Set the logic source to ON.
* Source2 can be set when the encode type is set to Absolute 16bit or Gray Code.
16.1 Configuring Real Time Math
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