Servo Commands To Use - YASKAWA Sigma-7-Series Product Manual

With ft/ex specification for transfer and alignment application with special motor, sgm7d motor
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4.2.5

Servo Commands to Use

The following table gives the servo command required to use the rotational coordinate system.
Refer to the following manual for details on servo commands.
Σ
-7-Series MECHATROLINK-III Communications Standard Servo Profile Command Manual (Manual No.: SIEP
S800001 31)
Servo
Command
POS_SET
(20h)
INTERPOLATE
(34h)
POSING
(35h)
FEED
(36h)
EX_FEED
(37h)
EX_POSING
(39h)
ZRET
(3Ah)
VELCTRL
(3Ch)
TRQCTRL
(3Dh)
Operation
Set the coordinate within the range of the rotational coordinate system.
Set the coordinate setting (POS_DATA) so that Pn87C ≤ POS_DATA ≤
Set Coordinates
command
Pn87A. If you set a value that exceeds this range, an A.94B alarm (Data
Setting Warning 2) will occur and the command will not be executed.
Interpolation feeding is performed within the range of the rotational
coordinate system.
Set the target position (TPOS) so that Pn87C ≤ TPOS ≤ Pn87A. If you
Interpolation
set a value that exceeds this range, an A.94B alarm (Data Setting Warn-
ing 2) will occur and the command will not be executed. The motor
rotation direction is determined by the setting of Pn87E = n.X
(Movement Method for Rotational Coordinates).
Positioning is performed within the range of the rotational coordinate
system.
Set the target position (TPOS) so that Pn87C ≤ TPOS ≤ Pn87A. If you
Positioning
set a value that exceeds this range, an A.94B alarm (Data Setting Warn-
ing 2) will occur and the command will not be executed. The movement
direction is determined by the setting of Pn87E = n.X (Movement
Method for Rotational Coordinates).
Constant-speed
Constant-speed feeding is performed.
feed
Positioning at a
Positioning within the range of the rotational coordinate system is per-
constant speed
formed by using an external positioning input signal as a trigger during a
for an external
constant-speed feeding operation.
input
Positioning within the range of the rotational coordinate system is per-
formed by using an external positioning input signal as a trigger while
moving to the target position.
Set the target position (TPOS) so that Pn87C ≤ TPOS ≤ Pn87A. If you
External input
positioning
set a value that exceeds this range, an A.94B alarm (Data Setting Warn-
ing 2) will occur and the command will not be executed. The movement
direction is determined by the setting of Pn87E = n.X (Movement
Method for Rotational Coordinates).
Origin return
An origin return is performed.
Speed control
Speed control is performed.
Torque (force)
Torque (force) control is performed.
control
4.2 Setup Procedure

4.2.5 Servo Commands to Use

Description
4
4-7

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