
a) Select the “Motor - Encoder” tab and conrm settings for motor
maximum current and pole count, as well as the encoder resolution
are correct. If you are using a non-AMP motor, these data must be
obtained from your motor’s datasheet.
b) Execute the Timing Wizard, following the on-screen prompts. This will
ensure that the drive can properly commutate the motor.
Step 6
a) Select the “Tuning - Sampling” tab. If using an Applied Motion motor, click the “Open” button, navigate
to the SV7 folder, and select a tuning le. Select the le that most closely matches your inertia load.
The le names indicate the inertia ratio for which they were optimized. For example, the le V0200
48V 2.5X.svt was optimized for the V0200 motor at 48V and a 2.5:1 inertia ratio.
b) If using a third-party motor, the system must be tuned manually. Consult the Quick Tuner™ Software
Manual for step-by-step tuning instructions.
The Quick Tuner™ manual should be considered required reading for anyone tuning a servo system.
Step 7
Select the “Inputs - Outputs” tab, and congure any dedicated-function I/O your application
may require.
Step 8
Download your settings to the drive. Your drive is now congured for use.
Step 9
If you have any questions or comments, please call
Applied Motion Products Customer Support:
(800) 525-1609, or visit us online:
www.applied-motion.com.
404 Westridge Dr.
Watsonville, CA 95076
Tel: 800-525-1609
Fax: 831-761 -6544
www.applied-motion.com
920-0053 rev A
a) Apply power to the drive.
b) Enter the proper IP address (refer to step 1d above), then select the “Drive”
tab and press the “Ping” button. You should receive a response similar to
that shown here.
c) Select the appropriate operating mode for your drive.
d) If using an Applied Motion servomotor, press the “Open” button and select
a factory tuning le, paying close attention to the voltage and inertia ratio.
Step 5
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