HF100
CapecitanceHeightControler
http://www.heavth.com
第
- 3 -
页
共
14
页
1 IMPORTANT INFORMATION
1.1
S
ERVICE
A
SSISTANCE AND
C
ONTACT
I
NFORMATION
For service assistance, have the following information available:
•
HF100 model, part and serial number located on a label
•
Type of cutting application you are using
You can contact our at:
TEL: 086-0519-89182619
FOX: 086-0519-89183619
1.2 RECEIVING AND UNPACKING
After receiving the HF100 you should:
•
Carefully, unpack and inspect the equipment.
•
Compare the received shipment with the packing list.
•
Report any damage to the carrier and your representative.
•
Store equipment that will not be used in a clean, dry location.
•
Take appropriate precautions to prevent moisture, dust and dirt
from accumulating in storage and installation areas.
1.3 SAFETY CONSIDERATIONS
Safety practices should not be an after thought. Before installing or
servicing the controller,
review and follow applicable policies and procedures to ensure
worker safety. Machinery must be in a safe state and you must be
aware of any additional hazards that can arise.
1.4 PRE-INSTALLATION CONSIDERATIONS
Before installing the HF100:
•
Check to be sure that you have all of the required parts. Refer to
P6 of this manual.
•
Familiarize yourself with the parts of the HF100 by reviewing P4
in this manual.
•
Check to be sure that the torch lifter motors you are using with the
HF100 are within the acceptable range.
•
Review the instructions for Configuring the Lifter Mechanics in
section 1.6 of this manual.
1.5 CONFIGURING THE LIFTER MECHANICS
Proper configuration of the torch lifter mechanism is an important
factor for establishing the accuracy of your cutting system. Be sure
that:
•
Gear reduction is selected on the torch lifter so that the maximum
suspension speed does not exceed 3000 mm/min (120 IPM). If
higher accuracy is required, maximum suspension speed should
be set to 1500 mm/min (60 IPM).
•
Gears, racks and spindles have minimal backlash.
•
Oversizing is avoided. The mass of moving parts, including
armature inertia must be as small as possible. Motors with low
nominal RPM are preferred.
•
Only DC motors with the following ratings are used:
MOTOR RATINGS
：
DC MOTOR
MOTOR VOLTAGE
：
DC24V
MAX CURRENT
：
6A