5
HTE402559
13/47
Low frequency
←→
High frequency
Low frequency
←→
High frequency
The preparation for operation is described here. Please follow each setting and see the
detail on the page in the hollow arrow .
・
Setting of Soft start ramp-up time
・
Setting of On delay and Off delay time for Overflow
control
・
Speed change with an external signal and etc.
Select the drive frequency range according to your
partsfeeder and linear feeder.
・４５ to ９０Ｈｚ (Half-wave Drive Unit)
・９０ to １８０Ｈｚ（Full-wave Drive Unit）
・１８０ to ３６０Ｈｚ（High-frequency Drive Unit）
・６５ to １２０Ｈｚ（Moderate-Frequency Drive Unit）
５）
Everyday operation
４）
Additional Function
１）
Initial Setting
Set the drive frequency
output range according to
your
partsfeeder
and
linear feeder.
２）
Setting of Stroke
Set the stroke of the partsfeeder
and linear feeder so smooth that
work pieces are discharging on
the track.
See page 14
See page 24
☆Operation mode
It is depend on using a stroke sensor or not.
Initial Setting
Preparation for operation
☆
Output Frequency Range
Auto-tuning mode
“
AUTO FREQ
”
:
Using a stroke sensor
The drive frequency chases the
resonant frequency of the
drive unit automatically.
The stroke is set manually.
Constant stroke control at the
set point
Constant Stroke mode
Using a stroke sensor
The drive frequency and stroke
are set manually.
Constant stroke control at the
set point
Constant Output Voltage mode
Using no stroke sensor
The drive frequency and stroke
are set manually
Constant
output
voltage
control
S
t
r
o
k
e→
Automatic Stay on the
resonant
frequency
Auto-tuning control image
Constant Stroke & Voltage
S
t
r
o
k
e→
See page 20
See page 16
See page 18
３）
Setting the maximum
stroke and Scaling of it.
Any trouble arises during the adjustment please initialize the
setting and restart the adjustment from the beginning.
See page 42
