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Settings 5.2.4 C&P20 Axis Control Service Manual SIPLACE X Series 301 Checking the Z Axis Dynamics Measurement Setup The positioning time for the Z axis is 30 ms +/-3 m s (6 segment h ead) and 24 +/-1 ms DL M2 ( for …

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Settings
Axis Control 5.2.4 C&P20
300 Service Manual SIPLACE X Series
5.2.4.4
5.2.4.4 Axis Control of Z Axis
Axis Control of Z Axis
Axis control of Z axis
The Z axis DLM2 head is driven via a DC servo motor.
The C&P20 Z axis is driven via a 3~ AC drive. This acti-
vation is via two control signals phase from the VC3 con-
troller Itarget "W" and I-target "U". The intermediate
circuit voltage is approx. 24V.
1. Axis controller board A363 with VC3 controller (VC =
Velocity Commutation) or A 364
2. 1 control signal
3. LEDs on servo amplifier:
4. Servo amplifier
5. 3~ AC(DC) motor.
6. Between the motor and the incremental encoder
there is a fixed mechanical connection.
7. Read unit: transmits the exact position of the axis
(track signals).
8. Elastic mech. connection (belt) and light barrier
down, for fast recognition of the lower position.
The servo board controls the 3~ AC(DC) motor directly.
Settings
5.2.4 C&P20 Axis Control
Service Manual SIPLACE X Series 301
Checking the Z Axis Dynamics
Measurement Setup
The positioning time for the Z axis is 30 ms +/-3 ms (6 segment head) and 24 +/-1 ms DLM2 (for the 12
segment head) for 685 digits. The positioning time Z-C&P20 for 15 mm (equal to the DLM2 path) is
20 ms in both directions. For a path of 0-10000 digits (10 mm), the positioning time should be 16.7 ms.
Position the gantries so that the Z axis is above the calibration component position.
SITEST:
► Select C&P heads ==> Select head ==> Axis functions
==> Select Z axis ==> Axis continuous run Select and edit values in digits and accept. Target posi-
tion = 10000 digits (10 mm); Positioning type = absolute.
Signal Example C&P20 Z Axis with the Control Signal at Vnom. Output
NOTICE
Same measurement procedure
The measurement procedure follows the same preparations and procedures as for the star ax-
is.
Z axis dynamic signals for C&P20 -15.4 mm range
1. Motor phase current signal (
Vnom output
)
2. Uncommutated current signal V
reg
3. Deviation of position
4. End signal
15.4 mm (DLM2 path) positioning with the Z axis into free
space
Z axis dynamic signals for C&P20 - calibration tool pocket
1. Motor phase current signal (V
nom
output)
, positioning up in each case
2. Uncommutated current signal V
reg
, positioning downwards
3. Deviation of position
4. End signal
6.8 mm positioning with the Z axis into the calibration tool
pocket
Settings
Axis Control 5.2.4 C&P20
302 Service Manual SIPLACE X Series
5.2.4.5
5.2.4.5 Axis Control of DP Axis
Axis Control of DP Axis
Checking the DP Axis Dynamics
Measurement Setup
The SIPLACE service technician can use special software to start a continuous function run and can, for
example, check the positioning times of the individual DP drives in SITEST (service password).
SITEST:
► Select C&P heads ==> Select head ==> Axis functions
==> DP Select the axis ==> Select Axis continuous run and enter the values in 1/100° (start position
0 – target position 18000) position time = absolute
= Start
⇨ The value shown for each individual DP drive should be less than 300 ms at 180°.
Axis control of DP axis for a C&P20 segment
The DP axis of the DLM2 head is driven via a DC servo
motor. The DP axes of the C&P20 segments are posi-
tioned by a DP masterboard and an "on board" direct
control unit. The control system uses CAN Bus at the re-
spective head board. The intermediate circuit voltage is
approx. 24 V. There is no swiveling in or out of a turning
station due to the direct drive in the segment drive motor.
The MC transmits the activation commands via the ma-
chine CAN Bus to the head processor.
This activates via four DP tasks and the head CAN bus
system with activation commands, via the
▪ head adapter
▪ intermediate distributor,
▪ the collector rings of the E/D transformer at the moth-
erboard with the DP motor.
The DP motor control in the segment is handled at the DP
control board with the help of count pulse from the inte-
grated HALL incremental encoder.
NOTICE
No measuring points
There are no measurement points accessible on the C&P20 rotary drives.