rosta english - Industrial and Bearing Supplies

Rubber spring ROSTA
Suspension-Tensioner
A Unique Structure And Operation Principles
As A Multi-Functional Mechanical Elements
Carry Out Stable Tensioning, Vibration
Absorption And Noise Reduction.
Rubber springs ROSTA are composed of metallic inner and outer shells and columnar rubber pieces. Columnar rubber pieces are press fit
between the inner and outer shells which have 45° displacement. The spring characteristics are non-linear and columnar rubber pieces are
compressed as they roll and are actuated. Thus, shaking motion is correctly transmitted and vibration and noise are absorbed at the same
time. The tensioners are rich in elasticity. Permanent set is slight and the tensioners strongly resist impact loads and excel in durability.
R U B B E R S P R I N G R O S TA
1. Large Torsional Angle
A unique structure with rolling and compressing rubber, torsional angles
can be allowed up to ±30°.
2. Ideal Spring Characteristics
Not only non-linear characteristics of spring, but also other directions as
upper, lower, left and right sides can be applicable.
3. Excellent Vibration and
Shock-Absorbing Action
A damping rubber has been adopted which is rich in elasticity, excellent in
insulation of vibration. The intrinsic damping function of rubber is much
larger compared with the metal, and comparatively obtains a significant
damping effect.
4. Simple Structure, Excellent Durability
Composition of 4 rubber pieces, metallic inner and outer shells -- light
and compact. The preliminary compression rubber pieces are built in,
elaborating an excellent durability for the fluctuations and the impact load.
5. Daily Maintenance Free
The metals do not come in contact each other so that they will not wearout. Moreover, it will not get affection of water and dust so that daily
maintenance is unnecessary.
6. Not Affected By Temperature Change
Operation temperature range: -40°C to 80°C.
R U B B E R S P R I N G R O S TA
Suspension-Tensioner Equipped With Spring,
Damper And Bearing Function.
Rubber spring ROSTA is a suspension unit. It is a unique, simple structure with columnar rubber pieces pressed to fit in between
metallic inner and outer shells, and even from Machine Industry to transportation, removal equipment, recreation facilities, and the
amusement equipment can be used as a multi-purpose mechanical elements.
Moreover, metallic portions do not come in contact, it is excellent in durability because of a simple structure, and also daily
maintenance is unnecessary.
Suspension-tensioner equipped with spring, damper and bearing function
Spring function
Damper function
Bearing function
Torsional angles can be allowed up to±
30°. The spring characteristics are nonlinear and torsional rigidity increases
a s the load inc re a se s. T he to rqu e
characteristics are decided by the length
of the tension. Moreover, loads in all
directions of tensile, compressive and
shear loads, can be supported.
Inner friction of rubber bodies is more
than 1,000 times compared with a metal
(spring steel). This allows early stopping
of vibration caused by a low amplitude
or shock during resonance. Tensioners
are used as shock absorbers, vibration
isolators, anti-vibration supports and
other purposes.
Tension rubber suspensions can transmit
high-period shaking motion while
absorbing vibration. Normally, durability
of bearings lowers if transmission of
shaking motion or oiling or greasing
is not adequate. The bearing function
provided by the tensioners can replace
ball and needle bearings without
requiring routine maintenance service.
Compression function
Bearing function
Shock absorption function
Hinge function
Tension function
Shaking function
Spring function
Multi-functions, multi-purposes - ROSTA Suspension Unit
Shapes of inner and outer shells, materials, installation method and two single parts connected shapes - There are six kinds of
basic units ready to serve.
It is a multi-purpose mechanical element that can be used on wide-range freely.
FULL LINEUP
TENSIONER DEVICES
The basic tensioner unit - SE model is integrating
the inner shell and metal arm, and the outer shell
and flange. The RSE model is a belt tensioner
combining an aluminum alloy roller with the SE
model.
And the NSE model is a chain tensioner combining
a sprocket idler with the SE model.
ANTI-VIBRATION MOUNTINGS
T he dual- conne c te d suspe nsion unit, D O -A
type, is combined to bracket to form the antivibration mounting ESL model and V model. ESL
model is the best for anti-vibration at the medium
and low frequency and V model is suitable for
comparatively high frequency.
All models are designed as applicable for various
directions of installation, compression, tension and
shearing and allows the load in any direction.
OSCILLATING MOUNTINGS
Shaking mount and drive head suppor ting a
vibration conveyer or sieving machine can be
designed by the ROSTA suspension unit. There
are two main categories of oscillating mounting
machines to excite oscillation, one is by crankmotion and the other is by vibrating motor. The
former type, AU model, is a shaking mount used
together with the drive-head RST model. And the
latter type, AB model, is not only a mount, but can
also be used as an anti-vibration mounting of the
low frequency.
ROSTA Tensioner
Maintains Appropriate Tension Of The Belt, And
Automatically Absorbs Slack, Vibrations, And Shocks
Of The Chain.
The ROSTA tensioners can be used for tensioning, pressure rollers, and dumpers.
The basic structure has an arm pre-installed to the inner shell of the ROSTA suspension unit. The outer shell has a flange shape.
Installation can be done using only one center bolt, which allows easy installation for maintenance of appropriate belt tension,
absorption of chain slack, the scraper of the conveyor belt, and pressure rollers.
Moreover, the arm has two mounting holes (normal and hard) so that the idler mounting position can be selected according to the
operating load range.
The lineup consists of three models: the standard SE model with a bare arm, the RSE model with a pre-installed pulley idler, and the
NSE model with a pre-installed sprocket idler.
ROSTA Tensioner
SE model
Tensioner unit
＋ Pulley idler
RSE model
＋Sprocket idler
NSE model
¢ Structure
Outer shell
SE MODEL
Rubber
Inner shell
RSE MODEL
NSE MODEL
Pulley idler
Tensioner unit
4
Tensioner unit
Sprocket idler
Tensioner unit
ROSTA Tensioner
ò Load range : 0N to 2600N
ò Torsional angle : 0° to 30°
ò Operating temperature range : –40°C to 80°C
Tensioner
15
ROSTA TENSIONER
SE MODEL
¢ Specification
Model
Load range F [N]
Maximum displacement S1 [mm]
Maximum displacement S2 [mm]
Mass [kg]
SE-11
SE-15
SE-18
SE-27
SE-38
SE-45
0~80
0~135
0~350
0~800
0~1500
0~600
40
50
50
65
87.5
112.5
30
40
40
50
70
90
0.20
0.40
0.60
1.70
3.55
6.40
* Load range is for the normal position specification.
Hard position load range ≒ 1.25 × Normal position load range.
¢ Dimension
S1
(normal)
S2
(hard)
CAD
CAD
T
F
normal
T
F
H1
H2
L
hard
G
C
P
E
A
R
D
B
N
M
Unit [mm]
Model
A
B
C
D
E
G
H1
H2
L
N
P
R
T
M
CAD
file No.
SE-11
SE-15
SE-18
SE-27
SE-38
SE-45
51
64
79
108
140
200
20
25
30
50
60
70
36
48
58.5
80
107
160
35
45
58
78
95
115
6
8
10.5
15
15
18
5
5
7
8
10
12
80
100
100
130
175
225
60
80
80
100
140
180
90
112.5
115
155
205
260
22
30
35
52
66
80
8
8.5
8.5
10.5
12.5
12.5
5
6
8
10
12
12
8.5
10.5
10.5
12.5
20.5
20.5
M6×20
M8×25
M10×30
M12×40
M16×40
M20×50
SE1
SE2
SE3
SE4
SE5
SE6
Ordering Information
SE - 15
Size
16
ROSTA TENSIONER
RSE MODEL
¢ Specification
Model
Load range F [N]
RSE-11
RSE-15
RSE-18
RSE-27
RSE-38
RSE-45
0~80
0~135
0~350
0~800
0~1500
0~2600
Maximum displacement S1 [mm] Maximum displacement S2 [mm]
40
50
50
65
87.5
112.5
Applicable belt
Max. rotational speed [min-1]
Mass [kg]
A
B
B
C
−−
−−
8000
8000
8000
6000
5000
4500
0.25
0.60
0.80
2.15
4.75
8.30
30
40
40
50
70
90
* Load range is for the normal position specification.
Hard position load range ≒ 1.25 × Normal position load range.
¢ Dimension
L2
L3
L1
S1
(normal)
CAD
D1
CAD
M1
F
B
D
H1
F
G
M
A
Unit [mm]
Model
A
B
D
D1
G
H1
L1
L2
L3
M
M1
CAD
file No.
RSE-11
RSE-15
RSE-18
RSE-27
RSE-38
RSE-45
51
64
79
108
140
200
20
25
30
50
60
70
35
45
58
78
95
115
30
40
40
60
80
90
5
5
7
8
10
12
80
100
100
130
175
225
35
45
45
60
90
135
8
11
13
14
18
22
8
11
9
11
17
17
M6×20
M8×25
M10×30
M12×40
M16×40
M20×50
M8×45
M10×60
M10×60
M12×75
M20×100
M20×140
RSE1
RSE2
RSE3
RSE4
RSE5
RSE6
* For detailed dimensions of the tensioner part, refer to the dimension table of the SE model.
* For details of the pulley idler, refer to Options on page 19.
Ordering Information
RSE - 15
Size
The latest CAD data can be downloaded from our website. ¶ h t t p : // w w w. m i k i p u l l e y. c o . j p /
CAD
CAD
The CAD mark indicates that CAD data is available by CD-ROM.
The CAD file No. represents the file name in the CD-ROM.
17
ROSTA TENSIONER
NSE MODEL
¢ Specification
Model
NSE-15
NSE-18
NSE-27
NSE-38
NSE-45
Load range F [N]
-35S
-35D
-35S
-35D
-40S
-40D
-50S
-50D
-60S
-60D
-80S
-80D
-100S
-100D
-120S
-120D
Maximum displacement S1 [mm] Maximum displacement S2 [mm]
0~135
50
40
0~350
50
40
Applicable chain
Mass [kg]
0.55
0.70
0.75
0.90
0.83
1.1
2.1
2.5
2.2
2.8
4.5
5.4
7.5
9.4
8.5
10.9
35
35
40
50
0~800
65
50
60
0~1500
87.5
70
0~2600
112.5
90
80
100
120
* Load range is for the normal position specification.
Hard position load range ≒ 1.25 × Normal position load range.
¢ Dimension
S1
(normal)
M2
CAD
F
D
Y
F
B
H1
U
CAD
L3
G
M
A
Unit [mm]
Model
NSE-15
NSE-18
NSE-27
NSE-38
NSE-45
-35S
-35D
-35S
-35D
-40S
-40D
-50S
-50D
-60S
-60D
-80S
-80D
-100S
-100D
-120S
-120D
A
B
D
G
H1
L3
U
64
25
45
5
100
7
9
79
30
58
7
100
7
24
108
50
78
8
130
8
28
140
60
95
10
175
13
40
200
70
115
12
225
13
70
Y adjustment
range
19-41
24-37
35-54
39-50
35-54
39-50
41-79
47-73
41-79
47-73
60-97
67-90
90-155
108-136
90-155
116-129
* For detailed dimensions of the tensioner part, refer to the dimension table of the SE model.
* The symbol "S" at the end of the size indicates a single row of sprocket, and "D" indicates two rows of sprockets.
* For details of the sprocket idler, refer to Options on page 19.
Ordering Information
NSE - 15 - 35S
Size
18
Sprocket nominal designation
M
M2
CAD
file No.
M8×25
M10×55
NSE1
M10×30
M10×55
NSE2
M12×40
M12×80
NSE3
M16×40
M20×100
NSE4
M20×50
M20×130
NSE5
ROSTA TENSIONER
Options Idler/Bracket
¢ Pulley Idler RA Model
Unit [mm]
B
d
d1
C
D
A
L1
Model
A
B
C
D
d
d1
E
L1
Bearing
RA-11
RA-15/18
RA-27
RA-38
RA-45
13
16
22
39
48
7
9
12
15
15
9
13
16
22
60
30
40
60
80
90
8
10
12
20
20
12
15
18
28
28
3
6
6
8
10
35
45
60
90
135
608 ZZ
6200 ZZ
6301 ZZ
6304 ZZ
6304 ZZ
* Fixing bolts and nuts for the pulley idler are accessories.
* Material: Aluminum alloy.
E
¢ Sprocket Idler N Model
N-15-35D
Unit [mm]
N-38-80D
B
Model
L
T
N-15
T
d1
d
DH
O.D
B
N-27
B
B
d1
d
DH
P.D
O.D
d1
d
P.D
O.D
P.D
N-18
B
N-38
N-45
T
L
N-45-100D,120D
Single row: S
-35S
-35D
-40S
-40D
-50S
-50D
-60S
-60D
-80S
-80D
-100S
-100D
-120S
-120D
O.D
P.D
B
66
60.89
9
75
69.12
9
89
81.37
12
95
85.61
12
108
98.14
15
127
112.70
15
140
123.30
15
DH
−−
50
−−
54
−−
63
−−
64
−−
69
−−
76
−−
78
d
d1
10
30
10
30
12
37
12
37
20
52
20
52
20
52
L
T
−−
14.4
−−
21.5
−−
26.8
−−
34.5
−−
43.9
−−
53.4
−−
68.9
4.4
4.3
7.3
7.1
8.9
8.7
11.9
11.7
15.0
14.6
18.0
17.6
24.0
23.5
Teeth
Bearing
20
6200 ZZ
17
6200 ZZ
16
6301 ZZ
14
6301 ZZ
12
6304 ZZ
11
6304 ZZ
10
6304 ZZ
* Fixing bolts and nuts for the sprocket idler are accessories.
* The symbol "S" at the end of the size indicates a single row of sprocket, and "D" indicates two rows of sprockets.
Double row: D
¢ Bracket WS/WD Model
J
U
T
S
K
G
D
B
CAD
CAD
H1 H2 A
F
E
C
Unit [mm]
Model
Applicable tensioner
A
B
C
D
E
F
G
H1
H2
J
K
S
T
U
CAD file No.
WS-11/ WD-15
WS-15/ WD-18
WS-18/ WD-27
WS-27/ WD-38
WS-38/ WD-45
WS-45/ WD-50
SE,RSE,NSE-11
SE,RSE,NSE-15
SE,RSE,NSE-18
SE,RSE,NSE-27
SE,RSE,NSE-38
SE,RSE,NSE-45
46
58
74
98
116
140
45
55
70
90
110
140
30
32
38
52
55
66
7
7
9.5
11.5
14
18
30
40
50
65
80
100
13
13
15.5
21.5
24
30
11.5
13.5
16.5
21
21
26
27
34
43
57
66
80
35
44
55
75
85
110
10
12
20
25
35
40
7.5
7.5
10
12.5
15
20
4
5
6
8
8
10
6.5
8.5
10.5
12.5
16.5
20.5
5.5
6.5
8.5
10.5
12.5
12.5
WD1
WD2
WD3
WD4
WD5
WD6
The latest CAD data can be downloaded from our website. ¶ h t t p : // w w w. m i k i p u l l e y. c o . j p /
CAD
CAD
The CAD mark indicates that CAD data is available by CD-ROM.
The CAD file No. represents the file name in the CD-ROM.
19
ROSTA TENSIONER
Design Check Items
¢ Selection
ò RSE Model
ò NSE Model
Find the belt size, belt appropriate tension (required tension), and
belt deflection angle q. Using the easy selection graph below,
select the size from the intersection of the belt size or appropriate
tension and the belt deflection angle q. The appropriate tension
varies depending on the number of belts.
For chain transmission, no excessive initial tension is required
on the chain because of the engagement with the sprocket.
Therefore, the chain tensioner only needs to apply small tension
sufficient to eliminate slack.
Select the tensioner size appropriate for the chain size from the
table below.
In this case, the set angle of the tensioner should be 10 to 15°.
For a longer chain, consider the weight of the chain itself.
ROSTA mounting angle is set to 15°.
Q
5000
RSE-45
Belt appropriate tension (required tension) [N]
RSE-38
RSE-27
1000
RSE-18
500
RSE-15
RSE-11
100
50
10
120
130
140
150
160
Belt angle Q for mounting the tensioner [ ° ]
Reference
Ls
Q
dp
Dp
Dp: Large pulley diameter
dp: Small pulley diameter
C: Distance between shafts
Lb: Length of the belt used
T0: Belt appropriate tension
C
Belt length:Le=2C +
P(Dp+dp)
(Dp+dp)2
+
4C
2
2
Span length:Ls= C2 – (Dp–dp)
4
Belt deflection:L=Lb – Le
Belt angle:Q=2sin-1·
Ls
(Ls+L)
Tensioner setting load:F=T0·cos(
20
Q
)
2
Chain size
NSE size
35S
35S
35D
35D
40S
40D
50S
50D
60S
60D
80S
80D
100S
100D
120S
120D
NSE-15-35S
NSE-18-35S
NSE-15-35D
NSE-18-35D
NSE-18-40S
NSE-18-40D
NSE-27-50S
NSE-27-50D
NSE-27-60S
NSE-27-60D
NSE-38-80S
NSE-38-80D
NSE-45-100S
NSE-45-100D
NSE-45-120S
NSE-45-120D
¢ Spring Characteristics
ò Torsional Angle - Load Curve
45
SE-
2000
Q
F
38
SE-
1000
27
SE-
500
400
18
Load F [N]
300
SE-
200
15
SE-
100
11
SE-
50
40
30
20
10
5
10
15
20
25
30
Angle Q [ ° ]
ò Torsional Angle - Displacement Conversion
110
SE
-4
5
S
100
Q
90
8
-3
SE
Displacement S [mm]
80
70
7
-2
SE
60
50
/18
-15
SE
40
11
SE-
30
20
10
5
10
15
20
25
30
Angle Q [ ° ]
* Spring characteristics are normal position specifications.
The latest CAD data can be downloaded from our website. ¶ h t t p : // w w w. m i k i p u l l e y. c o . j p /
CAD
CAD
The CAD mark indicates that CAD data is available by CD-ROM.
The CAD file No. represents the file name in the CD-ROM.
21
ROSTA TENSIONER
Design Check Items
¢ Idler Setting
¢ Installation
l Always set the idler on the deflection side of the chain/belt.
l Adjust the positioning notch on the flange part of the ROSTA
For forward reverse rotation, set the idlers on both sides.
tensioner to the designed position. Installation is made
easily by placing a mark corresponding to the notch on the
supporting plate on which the ROSTA tensioner is to be
installed. This notch can also be used as a detent.
l To apply tension from the outside of the chain/belt, set the
idler on the side of the smaller sprocket (pulley). On the other
hand, to apply tension from the inside, set the idler on the side
of the larger sprocket (pulley).
Flange part
l Install the ROSTA tensioner on the machine using the attached
hexagonal bolt (A). Check the strength of the machine
installation part and flatness of the installation surface. If the
ROSTA tensioner cannot be installed directly on the machine,
use the bracket (WS/WD model).
l Set the chain tensioner so that three or more teeth of the
sprocket idler are engaged with the chain.
Hexagonal boltl (A)
l Excessive tension on the chain/belt dramatically shortens the
life of the chain/belt as well as the life of the bearing. Allow
appropriate looseness. As a guide, the setting angle is about
10 to 15°.
l To apply tension from the inside of the V belt, use a V pulley
idler. For a timing belt, use a timing idler.
l The tensioner mounting bolt has a strength category of 8.8.
Tighten it with the following tightening torque.
Bolt size
Appropriate tightening torque [N·m]
M6
M8
M10
M12
M16
M20
10
25
50
90
210
410
Bracket
l Hold the outer shell of the ROSTA tensioner with a spanner,
and tighten the attached hexagonal bolt (A) to secure the
ROSTA tensioner. When the ROSTA tensioner is used with
an angle close to its allowable angle, use a torque wrench to
tighten it at the specified torque.
Hexagonal bolt (A)
l Install the sprocket idler to the ROSTA tensioner. First, secure
the supporting bolt (D) firmly to the arm with the retaining nut
(B). After that, adjust the sprocket idler within the specified
installation range (catalog Y dimensions) to align it with the
travel path of the chain, and secure it with two nuts (C).
Supporting bolt (D)
Retaining nut (B)
Nut (C)
Arm
l Always set the idler on the inside of the arm. If it is necessary
to set it on the outside of the arm, set it as close to the arm as
possible. In this case, the allowable torsional angle is ±15° or
less for the maximum.
(Outside)
(Inside)
* Avoid oil or grease on the rubber (NR) because it has insufficient
oil/grease resistance.
22
Tensioner
23
APPLICATION
40
Motor Support Base
Conveyor Centering Equipment
Belt Cleaner Support
Roller Suspension
Cleaner Brush Suspension
Carrier Roller Anti-Vibration
Segregator Support
Vibration Motor Support Base
See-Saw Support
Crane Vibration Isolation and Sound Proofing
Suspension
Vibration Isolation & Sound Proofing
41
Safety Precautions (Please read prior to use)
Please read carefully through the instruction manual and the
technical information for proper use and safety.
In this manual, safety precautions are classified into "DANGER"
and "CAUTION".
l When death or serious injury may result by mishandling
¢ 2.Mounting precautions
ò Tighten bolts or screws completely.
Depending on the tightening adjustment of bolt or
screw, exceptionally dangerous situations such
as product damage or performance degradation
could occur.
Always use a calibrated torque wrench and clamp
at the tightening torque specified by Miki Pulley.
Tighten the bolts with the torque specified by the
bolt manufacturer unless otherwise specified.
l When disability or only physical damage may result by
mishandling
Equipment use (atomic energy, aerospace, medical treatment,
transportation, or various safety devices) that may result in
serious bodily injury or loss of life directly by mechanical failure
or mishandling, careful examination is necessary. Contact us for
further information.
The company has taken all possible measures to produce a
quality product; however, please pay attention to safety measures
for the machine in case anything goes wrong.
ò Do not turn on the power of the
equipment.
It is very dangerous if the driving part starts by
accident while mounting the product. Be sure that
the main power of the equipment is turned off.
¢ 1.Structural precautions
ò Use a safety cover.
Touching the product during operation could
cause injury.
Place a safety cover to avoid any accident.
Additionally, set up a safety mechanism for quick
stop of the product when opening the cover.
ò Do not use the product in a
flammable or explosive atmosphere.
The parts are supported by rubber. In some
applications, they may become charged and
produce sparks during discharge.
Do not use the product near flammable liquids
or in the presence of gas and other explosive air
particles.
ò Use the product within the specified
maximum tolerance.
The installation of the product must be performed
within the specified maximum tolerance.
Using the product with more than the maximum
tolerance could cause damage or adverse effect
on the equipment.
ò Wear protective equipment.
To avoid any injur y during installation of the
product, make sure to wear protective equipment
such as safety glasses or gloves.
ò Carry and mount the product by
ò Set up a safety mechanism.
The driven and driving sides could be completely
detached in case the product is damaged.
Set up a safety mechanism such as a safety brake
to avoid any danger.
42
using a hoist.
Lifting of a heavy weight could cause back injury.
Use a hoist when carr ying or mounting the
product.
¢ 3.Cautions during operation
ò Do not touch the product during
operation.
Touching the product during operation may cause
injury.
Make sure not to touch the product during
operation.
ò When abnormal noises or vibrations
occur, stop operation immediately.
If abnormal noises or vibrations occur during
operation, improper mounting should be
considered. Do not leave the situation as it is. It
may cause damage to the equipment itself. Also,
for reasons other than above, the belts and other
screws may loosen or become defective even if
the product is mounted correctly.
ò Do not use the product in an environment
that could cause harmful effects.
D o n ot u s e th e p r o d u c t i n a n e nv i r o n m e nt
where chemicals may spill, humidity is high, or
temperature is too high or too low.
¢ 4.Cautions for maintenance and inspection
ò Do not turn on the power of the
equipment.
It is extremely dangerous if the driving part starts
operating by accident while dismounting the
product.
Make sure that the main power of the equipment
is off.
ò Do not dismantle the product.
We will refuse to take responsibility as to the
damaged product that is dismantled, remodeled
or repaired by a third party except our company
and the designated company. Therefore, for the
product that the assembly process or procedure
of dismantlement is described in the manual, we
will not be responsible as well. Please use our
service network for repair and dismantlement.
¢ 5.Cautions for disposal
ò Do not leave the product around
where young children may play.
ò Ask a waste-control-collection
company for disposal.
ò Operate the product within the
"maximum permissible torsional angle."
U s i n g t h e p r o d u c t o u t s i d e t h e "m a x i m u m
permissible torsional angle" may damage the
product or have harmful effects on the equipment.
Always operate the product within the specified
"maximum permissible torsional angle."
Please note that this safety precautions and specification described in
each manual may be changed without prior notice.
Contact Miki Pulley for additional information or questions on these
precautions.
ò Operate the product within the
"permissible loading force."
Using the product outside the "permissible loading
force" may damage the product or have harmful
effects on the equipment. Always operate the
product within the specified "permissible loading
force."
ò Operate the product within the specified
“maximum permissible misalignment.”
U s i n g t h e p r o d u c t o u t s i d e t h e "m a x i m u m
permissible misalignment" may damage the
product or have harmful effects on the equipment.
Always operate the product within the specified
"maximum permissible misalignment."
43
Please Consult Our Website.
More information on new products and on events such as tradeshows
01
Multilingual website
(4 languages)
J a p a n e s e, E n g l i s h , C h i n e s e (s i m p l i f i e d
characters) and Korean.
* Some product information is available in
Japanese only.
01 Top page
02
Downloading
Latest information including a catalog, instruction
manual and CAD data can be downloaded.
05 Instruction manual
PDF page
04 Catalog PDF page
03 Product information page
03
02 Page for introduction of products
Enriched content
Abundant information other than product information is also provided.
08 International network information page
44
07 Tradeshow information page
06 A d v e r t i s e m e n t a n d s e l f introduction page
All Kinds of Mikipulley's Products.
Motion control and power transmission equipment
Flexible Couplings
Speed changers and Reducers
Suspension/Rotation Speed Indicators
Inverters/ DD Motors
Electoromagnetic Clutches and Brakes
ETP Bushings
45
461 Imai-Minami-cho, Nakahara-Ku, Kawasaki-Shi, Kanagawa-Ken, 211-8577,Japan
'09.10-0-SO-RST(en)-001A