SPECIFICATIONS AND DIMENSIONS
6.
6 - 1 Speci
¿
cations
Model
IH - 300
Maximum Motor Rotation
Speed
Less than 40,000min
-1
(rpm)
Appropriate Motor
ENK - 410S, ENK - 250T
IM - 300, IM - 301
（
Emax EVOlution
）
（
ROTUS
）
Vibration Level m / s
2
Less than 2.5m / s
2
Weight
62g
Noise Level at 1m distance
Less than 70dB (A)
Temperature
Humidity
Atmospheric
Pressure
Operation Environment
0 - 40°C
MAX.75%
(No condensation)
800 - 1,060hPa
Transportation and
Storage Environment
-10 - 50°C
10 - 85%
500 - 1,060hPa
<Option>
Collet
(CHH -
□□
)
ȭ
1.0mm,
ȭ
1.5mm,
ȭ
1.6mm,
ȭ
2.0mm,
ȭ
2.35mm,
ȭ
2.5mm,
ȭ
3.0mm,
ȭ
3.175mm
6 - 2 Outside View
Fig. 2
CONNECTION OF THE ATTACHMENT TO THE MOTOR
7.
Make sure your hands and all interlocking parts of the Attachment and motor
are clean before connecting the motor to the Attachment. This is critical to
preventing contaminants from entering the motor or Attachment.
CAUTION
Tighten
Transmission Clutch
Align the thread on the front end of the
motor and the rear of the Attachment,
and turn the Attachment clockwise.
If the drive shaft of the motor does
not engage properly to the drive dog
on the Attachment, it may only turn
approximately two threads before
stopping. DO NOT FORCE THE
TOGETHER. Loosen the Attachment
from the motor, rotate the Attachment
shaft by hand then re-try. The drive shaft
and the drive dog must be fully engaged.
When fully engaged, secure the motor
and Attachment using the provided pin
wrench (K - 233) (Fig. 3).
Fig. 3
CHANGING THE CUTTING TOOL
8.
・
Do not open and close the collet without cutting tools.
・
Do not rotate the motor when replacing the cutting tools (when turning the
lever vertically toward a arrow in Fig. 4). This will cause damage to the motor
or the Attachment.
CAUTION
①
Turning the lever vertically toward a arrow in Fig. 4 (counterclockwise) to loosen the
collet, the cutting tools can be replaced.
②
Return the lever vertically to close the collet.
* If it is hard to remove the collet or the cutting tools, use the provided wrench.
When putting high torque by cutting tools with the large cutting tool diameter, or when
turning toward closing the collet, there is a case where the collet or cutting tools can
not be put off by hand. If so, align the nose's slit and spindle's wrench position, and
put a L shaped wrench to
¿
x the spindle. Set the provided wrench (5.1mm) to the
collet, turning the lever vertically. And turn the wrench counterclockwise to release the
collet or the cutting tools (Fig. 5).
CLOSE
Loosen
OPEN
Loosen
Wrench (5.1mm)
L Shaped Wrench
Turning left (Counterclockwise)
(Detach the collet or the cutting tool)
In case of turning the
lever vertically
REPLACING AND CLEANING OF THE COLLET
9.
①
Replacing of the collet
Turning the collet left to detach the collet,
turning the lever vertically (Fig. 6). Can
usually attach and detach the collet by
hand. If the attach or detach of the cutting
tool is dif
¿
cult, refer to " 8 CHANGING THE
CUTTING TOOL *If it is hard to remove the
collet or the cutting tools, use the provided
wrench " section.
②
Cleaning of the collet
Release and clean the collet at least once a week not to loss it is precision. Coat oil
lightly on the collet before putting the collet back into Attachment.
Loosen
Pull Out
Fig. 6
Contents are subject to change without notice.
2015.07.20 005
Fig. 5
Fig. 4
Tighten
Loosen
Fig. 7
TROUBLESHOOTING
10.
Trouble
Cause
Inspection / Corrective Action
Spindle does not rotate
or rotate smoothly.
The spindle ball bearings
have been damaged.
Replace the ball bearings.
(Return to NAKANISHI dealer service.)
The motor has been
damaged.
The lever is OPEN
position (Fig. 4).
Turn the lever position to CLOSE (Fig. 4).
Spindle does not
run with the collet
tightened.
(Lever is CLOSE
position.)
Cutting debris has
contaminated the ball
bearing, or the ball
bearing is out burned.
Replace the ball bearings.
(Return to NAKANISHI dealer service.)
Overheating during
rotation.
Cutting debris has
contaminated the ball
bearing, and the ball
bearings are damaged.
Replace the ball bearings.
(Return to NAKANISHI dealer service.)
Abnormal vibration or
noise during rotation.
Using bent cutting tool.
Replace the cutting tool.
Cutting debris has
contaminated the ball
bearings.
Replace the ball bearings.
(Return to NAKANISHI dealer service.)
The spindle ball bearings
have been damaged.
Cutting tool slippage.
Collet is not correctly
installed.
Check and clean the collet. Reinstall the collet
and re-tighten. Check the accuracy.
The collet is worn.
Replace the collet.
High run-out.
Cutting tool is bent.
Replace the cutting tool.
The collet is worn.
Replace the collet.
Inside of the spindle is
worn.
Replace the spindle shaft.
(Return to NAKANISHI dealer service.)
Contaminants inside the
collet or the spindle.
Clean the collet and the inside of the spindle.
The spindle ball bearings
have been damaged.
Replace the ball bearings.
(Return to NAKANISHI dealer service.)
Collet is not OPEN or
CLOSE.
Chucking system is
broken.
Repair the chucking system.
(Return to NAKANISHI dealer service.)
The lever is not turned
until OPEN or CLOSE
position.
Turn the lever to OPEN or CLOSE
position.
If a problem or concern occur, please check the following items prior to consulting your
dealer.
DISPOSAL OF THE ATTACHMENT
11.
When disposal of an Attachment is necessary, follow the instructions from your local
government agency for proper disposal of industrial components.
③
Attachment and Adjustment of the collet
(1) Turning the lever vertically. And turning the collet clockwise by
¿
nger to the end to
attach, while clutching the test bur or the using cutting tools into the collet.
(2) And turn the collet about 1 / 5 counterclockwise to adjust the cutting tool to pull out
easily. In this case, about 0.1mm thinner of cutting tool can be used (Fig. 7).
13.3
59.9
ȭ
18.9
ȭ
15.9
ȭ
17
* The clutching of collet can be adjusted according to the above. When loosing the
cutting tools, or not pulling it out, can be adjusted according to the above.
In case of using a brushless motor, refer to the Emax EVOlution Control Unit Operation
Manual.
In case of using an air motor, refer to the ROTUS air motor and the Air Line Kit Operation
Manuals.
