Fagor nc-200 pb Installation Instruction

Binary values (1/0) are displayed in an 8-digit row identified as 1 through 8 from right
to left.

X

X

X X

X

X

X

X

8

7

6

5

4

3

2

1

Feedback configuration, different per axis. Binary type.

This parameter sets the specific characteristics of the feedback
device (rotary or linear encoder) used to read the axis position.

Digit

8

Direction of the distance-coded Io (0 = Increasing, 1 = Decreasing)

Fagor offers two types of linear encoders depending on the type of
reference marks they use (Io): the standard one with several reference
marks every 50 mm and the one with distance-coded reference marks
(models with "O", e.g.: MOVX, FOP, etc.).

When using a rotary encoder or a standard Fagor linear encoder
(without "O") for this axis, this bit must be set to "0".

When using an "M" or "F" series Fagor linear encoders with
distance-coded reference marks (e.g.: MOVX,  FOP) for this
axis, this bit must be set to "0".

When using a "C" type linear encoder with distance-coded reference
marks, (e.g.: COX, COVP) for this axis, this bit must be set to "1".

7

Pitch of the distance-coded Io (0 = 20 mm, 1 = 100 mm)

This bit is ignored if bit 6 has been set to "0".
When using Fagor M or C series linear encoders, this bit must be "0".
When using Fagor F series linear encoders, this bit must be "1".

6

Type of linear scale's Io (0 = Fix, 1 = Coded)

Fagor offers two types of linear encoders depending on the type of
reference marks they use (Io): the standard one with several reference
marks every 50 mm and the one with distance-coded reference marks
(models with "O" e.g.:  MOVC, COS, etc.).

When using a rotary encoder or a standard Fagor linear encoder, this
bit must be set to "0".