download cyclo right angle type and bevel buddy box 4 series (pdf)

HYPONIC GEARMOTOR®

PARAMAX®

BEVEL BUDDYBOX®4Series

BEVEL BUDDYBOX®5Series

Lineup of Sumitomo’sRight Angle Series

More compact right angle gearmotors implemented by the optimal design.

Also with an enlarged motor capacity up to 11kW.Capacity 15W~11kW

Capacity 0.1kW~55kW

Ratio 1/5-1/1440

Ratio 1/11-1/10658

Ratio 1/6.3-1/450

Right angle gearmotors equipped with a bevel gearmotor

that is added to the output stage by making use of superior

characteristics of Cyclo® Reducer.

Compact gearmotor type structure implementable by use

of high mechanical strength, high-function right angle reducer.

Torque 2.6~552kN.m

Ratio 1/11-1/7228Capacity 0.1kW-55kW

Lineup dedicated to shaft mount series for small size range.

A high-function and compact design Right angle gearmotor is available by selecting a mounting position and direction of your choice.

Included in this catalog

HYPONIC GEARMOTOR® is a product of Sumitomo Heavy Industries Gearmotors Co., Ltd.

Right Angle SeriesLineup

A2

Overview of Bevel BUDDYBOX®

A1

A2

A4

A6

A8

A12

Gearmotors

A

B B1Motor Variations

About Inverter Drive

1. About Selection

2. Selection Table

1) Three Phase Motor

2) AF Motor

3. Dimensional Drawings

1) Shaft or Case Mount Types

2) Flange Type

3) Foot Mount Type

B2

B3

B5

B25

B29

B111

B127

B129

B165

B201

Table of Contents

Table of ContentsSumitomo’s Right Angle Gearmotor Series

Contents

Features

List of Models and Specifications / Application Products

Product Range of Reducers

Product Range of Motors

A3

1. About Selection

2. Selection Table

1) Reduction Ratio: 11~305

2) Reduction Ratio: 364~10658

3. Dimensional Drawings

1) Shaft or Case Mount Types

2) Flange Type

3) Foot Mount Type

C3

C13

C14

C118

C131

C132

C136

C140

1. Reducer Section

2. Motor Section

3. Common

E3

E31

E71

ReducersC

OptionsD

Technical DataE

Product Lineup

Warranty Standard

Safety Precautions

F2

F4

F5

Other DataF

1. Reducer Section

Outdoor Type, Dustproof Type, Anticorrosion Specification, and Low/High Temperature Specification, and Others

D2Provisions for Ambient Conditions

D4Installation Options

Oil Gauge OptionsD13Lubrication Options

D14Provisions for Ambient Conditions

2. Motor Section

Motors With encoderD20Provisions for Different Operation Conditions

Terminal Box Repositioning, Material/Type Change, and with TerminalD21Terminal Box Options

D22Brake option

D24Provisions for Overseas Specifications

3. Common

D43Coating and Rust Prevention Options

C1

D1

E1

F1

Shrink Disk Specification, Taper-Grip Specification, Torque Arm, and Ceiling/Wall Mount Type

Outdoor Motors, Dustproof Motors, Explosion Proof Motors, Anticorrosion Motors, and Water Proof Motors, Thermal Classes, and Others

With Special Brake Torque, Quick Braking Connection Option, and Loose Device

Sumitomo’s Cyclo® Gearmotor Right Angle Type Bevel BUDDYBOX® Reducers

A4

Versions of new sizes have come to market in Cyclo® Reducer right angle series of Bevel BUDDYBOX®, well-known for their features of “Strong, Long Life Span, and High-Efficiency.”An additional capacity of motor is also provided.The range of variations for compact right angle gearmotors has further increased.

Compact but large allowable radial loadMore compact than a typical right angle shaft gearmotors in the same class.Also, the allowable radial load signifi-cantly increased by use of an FCD gear case.

Easy-maintenance for lubricationGrease and lubricant oil, which were separated at both the input stage and output stage, are unified for easier maintenance.

L OIL

Features of theBevel BUDDYBOX®

Features

Typical ril ril rigghghghtt angle shaashashaftfftgeaarmogeagearm tors in the sae same classthe he sath ..ss.

Long life and excellent shock resistanceThe input stage uses our Cyclo® speed reducer or planetary gear which allows a greater shock resistance than helical gears and a longer operating life.

The gear tooth profile enables the sharing of the load by a number of teeth.

Planetary gearCyclo

Load concentrated in one sectionHelical gear

A5

Wide Variety of Application Products and OptionsThe input stage uses our Cyclo® speed reducer.This enables us to equip the right angle gearmotor with extensive options and applicable products found on the Cyclo® speed reducer. We can support wide range of customers’ needs.

Encoder

ExplosionProof Motor

InverterMotor

High-EfficiencyMotor

Input hollow shaftfor Servo Motor

Torque Limiter

Double Oil Seal(Standard for Output Shaft)

Reliable in WorldwideEasy maintenanceThis construction uses the Cyclo® speed reducer for easy disassembly and repair, allowing for better serviceability.This also makes service support at your local service center possible.

Because of the Cyclo® speed reducer used globally, it can be manufactured according to optimum specifications in the country and region of use.Motor maintenance and a replacement can be supported locally.

Clean and Waste Water Treatment Waste Water Treatment

Environmental equipmentTraveling device Traverse device

CraneStacker

Conveyor

ConveyorAgitatorPump

Chemical PlantSteel millsConveyor

Steel Plant

FCD Gear Case(available as standard)

GOST-R StandardsEC DirectivesCSA StandardsUL Standards CCC Standards

Options

*Please consult us for overseasservice locationsservice locations.

Shrink Disk

High Efficiency Motor Specification supportLineup of IE2 high efficiency motors that fall under international standard IEC60034-30 is available.We also support high efficiency motor standards of various countries.

Table of Model

If the gearmotor is being used with inverter drive, it can be used separately by either sensorless vector or V/f control.*(Refer to Page B3-B4)

If Sumitomo’s HF-320α HF-430 Series sensorless vector control inverter is being used:

If a general-purpose inverter is being used:[1] If it is being used with 60Hz or less in constant torque operation mode:

[2] If it is being used with 60Hz or less in reduced torque operation mode:

If the gearmotor is being used with sensorless vector control:

If the gearmotor is being used with V/f control:

Three Phase Motors

Selection table: B29

Dimensional drawing: B201



FlangeLxFM

Foot MountLxHM

AF Motors(V/f control; for constant torque inverter drive)





High-Efficiency Motor





Reducer Type Forinverter drive use

Selection table: C13

Dimensional drawing: C140



FlangeLxF

Foot MountLxH

A6

Table of Models andSpecifications

Gearmotors

Standard Specifications

Three phase motor

Three phase motor

cy (Hz)cy cyncyncyncyencencencuencOutput Frequen

995 100080 990

40 66035 445

6 20 30 60 12200

V200200VVVVVVVVVVV (400V)

V220VVVVVVVVVVV (440V)

0200 Torque in a sT shMax Torque in a short time

cTorquque in cccccccccocoT continuousoperatioatiooo n

zz)zzzHzHzHzHHHFrequency (H

Torq

ue (%

)

rque

(%To

rqu

)

que

orqu

e(% (%

To))

150

100

80

5040

0 6 220 40 60 120

200 Max Torque in a short time

Torque in continuousoperation

(Frequenncy ((HHz)

11150

11100

80

5040

0 6 20 40 60 1120

* The above graph is an example.

(If a Sumitomo-made inverter SF-420 is being used, consult us.)

Shaft or Case MountLxYMLxUM

Shaft or Case MountLxYLxU

AF motor

InstallationReducer SectionReducer SectionReducer SectionReducer Section

D4D6D8D10

LubricationOil gauge special Reducer Section D13

Operation ConditionsWith encoder Motor Section D20

Terminal BoxRepositioningTerminal box materialWith terminal block

Motor SectionMotor SectionMotor Section

D21D21D21

BrakeBrake torque specialQuick brakingWith loose device

Motor SectionMotor SectionMotor Section

D22D22D23

Overseas SpecificationsMotor Section D24~42

CoatingCommon D43

Ambient ConditionsOutdoor

Dustproof (light, heavy) Explosion proof Anticorrosion Low/high temperature High Humidity

Altitude

Thermal class Water proof

Reducer SectionMotor SectionReducer SectionMotor SectionMotor SectionReducer SectionMotor SectionReducer SectionMotor SectionReducer SectionMotor SectionReducer SectionMotor SectionMotor SectionMotor Section

Prevents valued machines from overload.

D2~3D14D2~3D15D16~17D2~3D18D2~3D19D2~3D19D2~3D19D19D19

Optional Specifications

Application Products Relevant Products

A7

Output shaft shrink disk spec Output shaft taper grip spec Torque arm Wall and ceiling

Catalog C2019

With Torque Limiter Helical BUDDYBOX®

Available for a wide range of servo and JEM flange motors.

Input Hollow Type

* Consult us for product details.

A Cyclo® reducer integrated with a hollow shaft type parallel shaft gear box. Compatible with various specifications.

Capacity: 0.1kW 30kWReduction ratio: 11 4365

ACommon

BGearmotors

CReducers

DOptions

ETechnical Data

FOther Data

Range of Available Reduction Ratio


ACommon

BGearmotors

CReducers

DOptions

ETechnical Data

FOther Data

Range of AvailableReduction Ratios

Product Rangeof Motors

ACommon

BGearmotors

CReducers

DOptions

ETechnical Data

FOther Data

Range of Available Reduction Ratio


Torque curve

Output power curveAF motor

TorqueOutput

100

5020

60 60 120

50

80

100

(%) (%) 95 10080 90

40 6035 45

Torq

ue (%

)

6 20 30 60 120

200V 400V

220V 440V

General-purpose motor

If a general-purpose motor is operated with an inverter, the reduced torque operation characteristic is obtained as shown in this figure.Also for the starting torque, a difference of 40 to 60% relative to the AF motor is generated.

Cost of standard motor + Electricity rate

Cost of standard motor

Cost of high-efficiencyffmotor

Years usedYY

Pay-back period for increase in cost

Branch point

Expense Cut for CCC

r savingpower savinger savinger savingCut for

Cost of high-efficiency motor ff+ Electricity rate

　　　　　　　　　　　　　　　　　　　

Boost

Base frequency

Output frequency [Hz]

Base voltageOutput voltage [V]

Torque curve

Output power curveAF motor

TorqueOutput

100

5020

60 60 120

50

80

100

(%) (%) 95 10080 90

40 6035 45

Torq

ue (%

)

6 20 30 60 120

200V 400V

220V 440V

General-purpose motor

If a general-purpose motor is operated with an inverter, the reduced torque operation characteristic is obtained as shown in this figure.Also for the starting torque, a difference of 40 to 60% relative to the AF motor is generated.

200 Short time maximum torque

Continuous operation torque

For 0.1~0.2kWFrequency [Hz]

Torq

ue [%

] 150

100

80

5040

0 6 20 40 60 120

200 Short time maximum torque

Continuous operation torque

For 0.4 22kWFrequency [Hz]

Note: The maximum output frequency is 110Hz for a 22kW motor.

Note:

Torq

ue [%

] 150

100

80

5040

0 6 20 40 60 120

Evaluate load characteristics

Determine load factor (Table B2)

Calculate average load torque (TE)

Determine reduction ratio (Z)

Selection Tables (pages B29 and later)

TR0 ≥ TETR0: Allowable output torque at required

maximum input speed

Select tentative frame size

Evaluate input speed

Calculate %ED

Selection Tables(pages C13 and later)

Check allowable maximum input speedCheck duty rate

Check the strength of output shaft and coupler,including key surface pressure.

Evaluate starting/stopping peak torque(TP)

Allowable Maximum Output Torque Table(Pages B26 and 27)

Rated output torque ≥ TP×Fn×FSF

Determine Frame Size

Evaluate radial and axial load

Allowable load ≥ Actual load

NO

NO

NO

NO

(Increase frame size)

( 　　　　 )Select larger framesize or lower averageoutput torque TE.

( 　　　　 )Increase frame sizeor decrease peaktorque TP. (Pages E8 to E14)

N

tA tR tS

tO

T

TR

TB

tP

TA

Time

Time

Inpu

t spe

edLo

ad to

rque

1.5 kWHzFrequency

Motor poles50Hz 60Hz

P 4n1 r/miMotor speed n 1450 1750

50

Outputspeed

Outputtorque

Allowable radial loadof output shaftff

Hz 60Hz

n2 Tout Pro

Outputspeed

Type (refer to page B16)

FootMount

High-Efficiency

Motor

AFMotor

Note 8

CapacitySymbol

FrameSize

ReductionRatio

Dimensional Drawing(Page)

AvailabilityNote 9

Outputtorque

ddAllowable radial loadof output shaftff

n2 Tout ProSFG SFG - -

r/min N·m kgf·m N kgf r/minrr N·m kgf·m N kgf

18.1 729 74.3 23900 2440 1.11 21.9 604 61.6 25000 2550 1.11 2 - 4A105 - 80 B130 B166 B20223900 2440 1.48 25000 2550 1.48 2 - 4A115 - 80 B130 B166 B20223900 2440 1.77 25000 2550 1.77 2 - 4A120 - 80 B130 B166 B20242100 4290 2.06 40100 4090 2.06 2 - 4B120 - 80 B132 B168 B20442100 4290 2.64 40100 4090 2.64 2 - 4B125 - 80 B132 B168 B204

16.6 797 81.2 23200 2360 1.11 20.0 660 67.3 24600 2510 1.11 2 - 4A105 - 88 B130 B166 B20223200 2360 1.48 24600 2510 1.48 2 - 4A115 - 88 B130 B166 B20223200 2360 1.62 24600 2510 1.62 2 - 4A120 - 88 B130 B166 B20243000 4380 2.06 41100 4190 2.06 2 - 4B120 - 88 B132 B168 B20443000 4380 2.64 41100 4190 2.64 2 - 4B125 - 88 B132 B168 B204

14.3 925 94.3 21500 2190 1.06 17.2 766 78.1 23500 2400 1.06 2 - 4A105 - 102 B130 B166 B20221500 2190 1.40 23500 2400 1.40 2 - 4A115 - 102 B130 B166 B20242700 4350 1.91 42600 4340 1.99 2 - 4B120 - 102 B132 B168 B20442700 4350 2.31 42600 4340 2.51 2 - 4B125 - 102 B132 B168 B20442700 4350 2.78 42600 4340 2.78 2 - 4B140 - 102 B132 B168 B204

12.9 1020 104 20000 2040 1.00 15.6 845 86.1 22600 2300 1.00 2 - 4A110 - 112 B130 B166 B20220000 2040 1.26 22600 2300 1.26 2 - 4A120 - 112 B130 B166 B20242200 4300 1.58 43000 4380 1.66 2 - 4B120 - 112 B132 B168 B20442200 4300 1.92 43000 4380 2.12 2 - 4B125 - 112 B132 B168 B20442200 4300 2.52 43000 4380 2.52 2 - 4B140 - 112 B132 B168 B204

Reduction ratio 60 207

CaseMount ShaftMount

FlangeMount

O

C

d d

102 102 102 102 102 112 112 112 112 112

Marks

Can be manufactured as a standard product.Can be manufactured, be sure to consult us because confirmation of the specifications is necessary.Not available.

AF motor: The availability of combination with constant torque, V/f control inverter motor is shown based on the 60Hz base frequency specification. The available motors are indicated with the additional suffix "AV".* Consult us for the base frequency 50Hz specification.

High-efficiency motor: The availability of combination with high efficiency motor is shown. Such products are labeled with the "ES" suffix to the type symbol.* Although the high-efficiency motors are manufactured in

accordance with IEC60034-30 (IE2), the 0.2~0.4kW motors are manufactured in accordance with JIS C 4212 because of being out of the IEC specification.

About "Availability" Column in Selection Table

L1

1 Model Symbol

H2

Y3

M4 8

B129 10

Y111

46135

36

4A1057

5 Special Specifications

2 Output Shaft Direction

H V WOutput shaft direction: Horizontal Output shaft direction: Verticallyupward (solid shaft)Output shaft direction: Vertical (hollow shaft) /

Vertically downward (solid shaft)

3 Mounting Style

Hollow Shaft Type Solid Shaft Type, Flange Mount Foot MountSolid Shaft Type, Case Mount UY F H

8 Output Shaft Projection

None (Solid Shaft) One Side Note One Side Note Both SidesNo Symbol RL T

4 Motor Coupling Method

Integrated Motor Type With Motor AdaptorM JM Input Hollow XM

Standard Specification No Symbol

Special Specification

12 With/Without Brake With brake No SymbolBWithout brake

S

9 Shaft Specification Metric Size (Standard) No CodeTaper Grip Metric Size M

10 SuffixNo Symbol

AV

ES

6 Motor Capacity Symbol

Capacity SymbolkW HP

010. 1 1/8

020. 2 1/4

030.25 1/3

050. 4 1/2

080.55 3/4

10.75 1


1H1. 1 1.5

21. 5 2

32. 2 3

43. 0 4

53. 7 5

85. 5 7.5


107. 5 10

151 1 15

201 5 20

2518. 5 25

302 2 30

755 5 75

403 0 40

503 7 50

604 5 60

4-Pole

7 Frame Size Refer to the selection tables on page B25 and later.

11 Mounting Position Refer to pages B17 to B23.

13 Reduction Ratio Nominal reduction ratio (For the actual reduction ratio, refer to page A8.)

Standard Specification

AF Motor

High-Efficiency Motor

SVServo Motor

TLWith Torque Limiter

Bevel BUDDYBOX® Reducer: L

Mechanical Equipment

Y1 or Y3

Y5 or Y6

Y1 or Y3

Y5 or Y6

Y2

Y4

G1G2

G2

G1

Y5 The center of motor is nearer to the mechanical equipment.Mechanical Equipment

Y6 The center of motor is nearer to the opposite end of the mechanical equipment.Mechanical Equipment

LHYM- YHollow Shaft, Shaft Mount

Hollow Shaft,Flange Mount

LHYM- FSolid Shaft,

Flange Mount

LHFM- L FSolid Shaft,Foot Mount

LHHM- L KSolid Shaft,Case Mount

LHUM- L Y

Both-ended shaft isalso available.

●Check the type and the terminal box position on pages B18 and B23.The terminal box position and cable port direction can be selected in 90-degree steps (refer to page B24).

●The terminal box position cannot be changed after shipment. Be sure to designate it when making the order.

●The standard terminal box position is N33, and the cable port direction is N3A.The terminal box position and the cable port direction can be changed in 90-degree steps. Refer to page B24.

●Wall or ceiling mount is also available (refer to page D10).●The centers of the motor and gear case are out of alignment

(dimension G2 > G1).●The reducer shape varies with the type. For some types, the motor diameter is

larger than the gear case. Be sure to check that there is not any interference withmounting surface caused by the terminal box, motor, DC dimension, etc.

[Reference]In mounting positions Y3, F3, and G3, the gear case is assembled in a positioninverted (i.e., rotated by 180 degrees) relative to the motor, thus the relativeposition to the mechanical equipment is different from Y1, F1, G1. This alsochanges the positions of the terminal box, oil filler, etc.(Refer to page B20.)

LHYM- -Y1LHYM- -Y1

LHYM- -G1

LHFM- L-F1 LHFM- R-G1

LHYM- -F1

LHHM- R-K1

Hollow shaftShaft Mount

Solid ShaftCase Mount

Hollow shaftFlange Mount

Solid ShaftFoot Mount

LHUM- R-Y1LHUM- L-Y1

Solid ShaftFlange Mount

LHHM- L-K1

N35

N34

N36

N33

N3A

Mounting Positions Y1,G1,K1 Mounting Positions Y1,F1,K1N35

N36

N33N34

N3A

Rotation direction of motor or input shaft Note 1, 2

Standard terminal box position and cable port direction

Output Shaft Rotation DirectionA

Reduction Ratio19 305


364 10658

A



364 10658

Output Shaft Rotation DirectionOutput Shaft Rotation DirectionA



364 10658




364 10658

Output Shaft Rotation Direction



364 10658




364 10658

A



364 10658


A



364 10658


A



364 10658


A




364 10658

Y

G1G2

G2

G1

Up

Down

Up

Down

Up

Down

Up

Down

Up

Down

Up

Down

Up

Down

Up

Down

Up

Down

Up

Down

Oil gaugeDrain portOil fillerAir vent plug

Marks


Marks

X

LHYM- -Y2LHYM- -Y2

LHYM- -F2

LHUM- R-Y2

LHFM- L-F2

LHYM- -G2

LHHM- L-V2

LHFM- R-G2

LHHM- R-V2

LHUM- L-Y2

N33 N34

N35

N36N3A

Mounting Positions Y2,F2,V2

A

A

A

A

A

A

A

A

A

A

Mounting Positions Y2,G2,V2

N33 N34

N35

N36

A



364 10658




364 10658




364 10658




364 10658




364 10658




364 10658

A



364 10658


A



364 10658


A



364 10658


A



364 10658


G1G2

G1G2

●The standard terminal box position is N33, and the cable port direction is N3A.The terminal box position and the cable port direction can be changed in90-degree steps. Refer to page B24.



●Wall mount is also available (refer to page D11).●The centers of the motor and gear case are out of alignment (dimension G2 > G1).●The reducer shape varies with the type. For some types, the motor diameter is larger than the gear case. Be sure to check that there is not any interference with mounting surface caused by the terminal box, motor, DC dimension part, etc.






N3A

Up

Down

Up

Down

Up

Down

Up

Down

Up

Down

Up

Down

Up

Down

Up

Down

Up

Down

Up

Down


Marks

X

LHYM- -Y3 LHYM- -Y3

LHUM- R-Y3 LHUM- L-Y3

LHYM- -G3 LHYM- -F3

LHFM- R-G3 LHFM- L-F3

XMounting Positions Y3,G3

N35

N36

N33N34

N3A

Mounting Positions Y3,F3N35

N36

N33N34

N3A

Y

Y

A

A

A

A

A

A

A

A




364 10658

A



364 10658


A



364 10658


A



364 10658


A



364 10658





364 10658




364 10658




364 10658

G1

G2

G1 G2




●Wall or ceiling mount is also available (refer to page D10).●The centers of the motor and gear case are out of alignment

(dimension G2 > G1).●The reducer shape varies with the type. For some types, the motor diameter is

larger than the gear case. Be sure to check that there is not any interference withmounting surface caused by the terminal box, motor, DC dimension part, etc.

[Reference]In mounting positions Y1, F1, and G1, the gear case is assembled in a positioninverted (i.e., rotated by 180 degrees) relative to the motor, the relative positionto the mechanical equipment is different from Y3, F3 and G3. This also changesthe positions of the terminal box, oil filler, etc.(Refer to page B18.)






Up

Down

Up

Down

Up

Down

Up

Down

Up

Down

Up

Down

Up

Down

Up

Down


Marks

LHYM- -Y4

X

LHYM- -G4

LHFM- R-G4

LHYM- -F4

LHFM- L-F4

LHUM- R-Y4 LHUM- L-Y4

LHYM- -Y4

Y

A

A

A

A

A

A

A

A

X

N35

N34

N36

N33

N35

N36

N33N34

Mounting Positions Y4,G4 Mounting Positions Y4,F4

Y

A



364 10658

Output Shaft Rotation Direction Output Shaft Rotation DirectionA



364 10658




364 10658




364 10658




364 10658

A



364 10658


A



364 10658


A



364 10658


G1 G2G1 G2




●Wall mount is also available (refer to page D11).The centers of the motor and gear case are out of alignment (dimension G2 > G1).

●The reducer shape varies with the type. For some types, the motor diameter is largerthan the gear case. Be sure to check that there is not any interference with mounting surfacecaused by the terminal box, motor, DC dimension part, etc.





Up

Down

Up

Down

Up

Down

Up

Down

Up

Down

Up

Down

Up

Down

Up

Down

N3A


Marks

[Reference]In mounting positions Y6, F6, and G6, the gear case is mounted in a position inverted(i.e., rotated by 180 degrees) relative to the motor, thus the relative position to themechanical equipment is different from Y5, F5, and G5. This also changes the positionsof the terminal box, oil filler, etc.(Refer to page B23.)

XX Mounting Positions Y5,G5

LVYM- -Y5

LVYM- -G5

LWFM- R-G5

LWUM- R-Y5

LVYM- -Y5

LVYM- -F5

LVFM- L-F5

LVUM- L-Y5

N3A

N36N35

N34

N33

Y

Y

A

A

A

A

A

A

A

A

A



364 10658




364 10658




364 10658




364 10658




364 10658

A



364 10658


A



364 10658


A



364 10658


G1

G2

G1

G2

Mounting Positions Y5,F5

N33

N34

N36N35

N3A




●Wall mount is also available (refer to page D12).●The centers of the motor and gear case are out of alignment (dimension G2 > G1).●The reducer shape varies with the type. For some types, the motor diameter is larger

than the gear case. Be sure to check that there is not any interference with mounting surface caused by the terminal box, motor, DC dimension part, or any other component.





Up

Down

Up

Down

Up

Down

Up

Down

Up

Down

Up

Down

Up

Down

Up

Down


Marks

Mounting Positions Y6,F6

X

LVYM- -Y6

LVYM- -F6

LWFM- L-F6

X

LWUM- L-Y6

LVYM- -Y6

LVYM- -G6

LVFM- R-G6

LVUM- R-Y6

Mounting Positions Y6,G6

N3A

N35N36

N33

N34

N35N36

N33

N34

N3A

YY

A

A

A

A

A

A

A

A

A



364 10658




364 10658




364 10658




364 10658




364 10658

A



364 10658


A



364 10658


A



364 10658


G1

G2

G1

G2




●Wall mount is also available (refer to page D12).●The centers of the motor and gear case are out of alignment (dimension G2 > G1).●The reducer shape varies with the type. For some types, the motor diameter is

larger than the gear case. Be sure to check that there is not any interference with mounting surface caused by the terminal box, motor, DC dimension, etc.

[Reference]In mounting positions Y5, F5, and G5, the gear case is mounted in a position inverted(i.e., rotated by 180 degrees) relative to the motor, thus the relative position to themechanical equipment is different from Y6, F6, and G6. This also changes the positionsof the terminal box, oil filler, etc.(Refer to page B22.)





Up

Down

Up

Down

Up

Down

Up

Down

Up

Down

Up

Down

Up

Down

Up

Down

N33 N34 N35 N36

N3A

N3B

N3C

N3D

Cab

le P

ort D

irect

ion

Symbol Terminal box position (viewed from the output shaft when the motor is horizontally located)

Can be manufactured as a standard product.Can be manufactured, be sure to consult us because confirmationof the specifications is necessary.Not available.

AF motor: The availability of combination with constant torque, V/f control inverter motor is shown based on the 60Hz base frequency specification. The available motors are indicated with the additional suffix "AV".* Consult us for the base frequency 50Hz specification.

High-efficiency motor: The availability of combination with high efficiency motor is shown. Such products are labeled with the "ES" suffix to the type symbol.* Although the high-efficiency motors are manufactured

in accordance with IEC60034-30 (IE2), the 0.2~0.4kW motors are manufactured in accordance with JIS C 4212 because of being out of the IEC specification.

About "Availability" Column in Selection Table

Marks

��

Ø162

174

Ø204

203

Ø150

152

226

220

228

4A10 4A11 4A12 4A14

231

Ø230

244

K

A-A 23

206

23 160

35

35

150

Ø55H8

2.2

30

85 85

(216)

Ø56

Ø58

59.3

R2.5

16 14

Ø50h6

9

5.5

A-A

Ø17

5

M10

20

R3

A

A

ØDC

110.5 190.5

301

206

90

118

90 95.5

118

4-M12 DEPTH 20

LØ

DC

ØD

M

LB (with brake)

235

216

523

160

22.5° 22.5°

18

141

110

110

110

18

CF

18114

A

A

Ø155

276

Ø17

5

3535

150

Ø85

ØDC

184

4-M12DEPTH 20

2x8-M10DEPTH 17 2x2-Ø18

1

4

Ø13

0H7

Ø13

0H7

Ø17

4

Ø13

0H7

4

* Details of 1 part

J J1

(Out

door

)

23

35

110.

5 95

.5 1

60

23

35 150

35

2x4-M12 DEPTH 20

154

139

Ø115

K

Ø204

203

Ø230

231

Ø300

261

263

276

293

4B12 4B14 4B16

Ø65H8

18 2.7

30

100 100

(259)

69.4

Ø66

Ø68

R2.5

A-A

249

195 27 27

Ø19

9

190

35

35

ØDC

M12

24

A

A

147 147

18

7

11

Ø65h6

A-A

242

115 122

127 115

369

247

R3

4-M16DEPTH 26

130

130

306

142

CF130

2323

23

22.5°22.5°

L

5

259

195

27

5

27

2x8-M12DEPTH 20

161

A

A

2x2-Ø22

Ø175

ØD

C

Ø15

0H7

190

3535

Ø19

9

4-M16DEPTH 26 4

Ø10

0

214

ØD

M

LB (with brake)

ØDC

1

Ø15

0H7

Ø19

9

40

40

190 35

127

195

27

122

27

2x4-M16 DEPTH 26

J J1

(Out

door

)

Ø15

0H7

4

* Details of 1 part

174

169

Ø130

Ø230

231

Ø300 Ø340

260

334

344

289

358

K

4C14 4C16 4C17

20

Ø75H8

2.7

37

120 120 (285)

79.9

Ø76

Ø78

R2.5

A-A

31 213

181

31

275

50

220

50

A

A

M12

145 124

24

425

301

181

Ø24

4

151

145

274

R5

A-A

22

Ø80h6

9 14

ØDC

4-M20DEPTH 33

L

CF28

28172

160

364

160

160

22.5°22.5°

28

5

31285

213

31

5

Ø212

220

50

Ø12

0

50

Ø24

4

4-M20DEPTH 33 5 A

A

193

2x2-Ø26

ØD

C

ØD

M

1

LB (with brake)

ØDC

264

2x8-M16DEPTH 26

Ø18

0H7

Ø18

0H7

Ø24

4

50 220

31

213

31

124

151

45

45

4-M20 DEPTH 33

Ø18

0H7

5

* Details of 1 part

J J1

(Out

door

)

208

181

Ø180

K

Ø300

261 289

408

416

4D16 4D17

Ø340

4-M24 DEPTH 40

A-A

Ø86

(340)

37

3.2

Ø88

.5

145 Ø85H8

90.4

22

R2.5

145 Ø95h6

25

14

9

A-A

36 254 36

326

65

250

65

Ø29

5

ØDC

170 148

325 170

503 335

40

A

A

R5

M20

213 213

7

36

254

36

7

340

190

190

424

35

Ø14

0

6525

065

223

22.5°22.5°

Ø255

4-M24DEPTH 40

2x8-M20DEPTH 33

2x2-Ø33

Ø29

5

193 35

190 CF

L

Ø21

0H7

5

31035

ØD

C

ØD

M

A

A

LB (with brake)

ØDC

1

Ø21

0H7

Ø29

5

65 250

36

254

36

148

178

55

55

J

2×4-M24 DEPTH 40

J1

(Out

door

)

Ø21

0H7

5

* Details of 1 part

240

210

Ø200

4-M24 DEPTH 40

A-A

Ø86

(340)

37

3.2

Ø88

.5

145 Ø85H8

90.4

22

R2.5

145 Ø95h6

25

14

9

A-A

36 254 36

326

65

250

65

Ø29

5

ØDC

170 148

325 170

503 335

40

A

A

R5

M20

213 213

7

36

254

36

7

340

190

190

424

35

Ø14

0

6525

065

223

22.5°22.5°

Ø255

4-M24DEPTH 40

2x8-M20DEPTH 33

2x2-Ø33

Ø29

5

193 35

190 CF

L

Ø21

0H7

5

31035

ØD

C

ØD

M

A

A

LB (with brake)

ØDC

1

Ø21

0H7

Ø29

5

65 250

36

254

36

148

178

55

55

J

2×4-M24 DEPTH 40

J1

(Out

door

)

Ø21

0H7

5

* Details of 1 part

240

210

Ø200

K

Ø370

314

411

K

Ø340

289

433

Ø100H8

28 3.2

37

165 165

(373)

106.

4

Ø10

1

Ø10

3.5

R2.5

65

Ø32

0

300

38 283

359

38

65

4-M24 DEPTH 40 ØDC

203 200

410

363

245245

566

200 156

A

A

M20 R5

40 Ø110h6

28

10

16

A-A

A-A

498

248

215

215

A

215 CF

23035

35

Ø16

0

5

65

Ø32

0

300

Ø24

0H7

38

283

373

7

38

7

65

Ø280

4-M24DEPTH 40

2x8-M20DEPTH 35

2x2-Ø33

ØD

C

36035

L

LB (with brake)Ø

DC

A22.5° 22.5°

1

ØD

M

Ø24

0H7

Ø32

0

300

38

65

55

283

156

38

203

55

2x4-M24 DEPTH 40

Ø24

0H7

5

* Details of 1 part

J J1

(Out

door

)

272

225

Ø210

K

314 355

436

450

Ø370 Ø430

4E18 4E19

Ø100H8

28 3.2

37

165 165

(373)

106.

4

Ø10

1

Ø10

3.5

R2.5

65

Ø32

0

300

38 283

359

38

65

4-M24 DEPTH 40 ØDC

203 200

410

363

245245

566

200 156

A

A

M20 R5

40 Ø110h6

28

10

16

A-A

A-A

498

248

215

215

A

215 CF

23035

35

Ø16

0

5

65

Ø32

0

300

Ø24

0H7

38

283

373

7

38

7

65

Ø280

4-M24DEPTH 40

2x8-M20DEPTH 35

2x2-Ø33

ØD

C

36035

L

LB (with brake)Ø

DC

A22.5° 22.5°

1

ØD

M

Ø24

0H7

Ø32

0

300

38

65

55

283

156

38

203

55

2x4-M24 DEPTH 40

Ø24

0H7

5

* Details of 1 part

J J1

(Out

door

)

272

225

Ø210

A-A

A

A

A-A

4F18

* Details of 1 part

4F19

Ø320

240

240

273

Ø18

0

7034

070

320

50.550.5

7 7

435

240

252 45

CFØ

DC40

400

40

2x2-Ø39

590

320

50.5

50.5

183

238

70 340

7070

4-M30DEPTH 50

2x8-M24DEPTH 50

ØD

M

J

L

22.5°22.5°

2x4-M30DEPTH 50

J1(O

utdo

or)

LB (with brake)

Ø37

0

7034

070

320 50.550.5

421

K

314

499

ØDC

M20

210183400238

638

4-M30DEPTH 50

ØDC

267.5267.5

45

32

11

18

Ø130 h6

355

Ø430Ø370

Ø26

0H7

5

512

32

127.

4

Ø120 H8

49

4.2

Ø12

1

Ø12

4

R2.5

194 189

(435)

342

287

Ø300

Ø26

0H

7

Ø37

0

5

R5

210

45539

H7

Ø26

0

Ø37

0

A

A

LØ

DC

ØD

M

A-A

Ø13

0H7

4

* Details of 1 part

J J1

(Out

door

)

LB (with brake)

23

35

110.

595

.5

160

23

35 150

35

235

216

523

160

22.5° 22.5°

18

141

110

110

110

18

CF

18114

A

A

Ø155

276

Ø17

5

3535

150

Ø85

Ø55H8

2.2

30

85 85

(216)

Ø56

Ø58

59.3R2.5

1614

Ø50h6

9

5.5

A-A

184

4-M12DEPTH 20

2x8-M10DEPTH 17

2x4-M12DEPTH 20

2x2-Ø18

1

4

Ø13

0H7

154

139

GL

GH

ØDC

23

206

23 160

3535

150

Ø17

5

M10

20

R3A

A

110.5 190.5

301

90

118

4-M12DEPTH 20 Ø

DC

ØDC

Ø115

Ø13

0H7

Ø17

4

23

206

23 160

3535

150

Ø17

5

M10

20

R3A

A

ØDC

110.5 190.5

301

206

90

118

9095.5

118

4-M12DEPTH 20

130

130

306

142

CF 130

23 23

23

22.5° 22.5°

L

5

259

195

27

5

27

40

40

190 35

127

195

27

122

27

Ø65H8

18 2.7

30

100 100

(259)

69.4

Ø66

Ø68

R2.5

2x8-M12 DEPTH 20

161

A

A

2x2-Ø22

2x4-M16 DEPTH 26

A-A

Ø175

ØD

C

Ø15

0H7

190

3535

Ø19

9

4-M16DEPTH 26 4

Ø10

0

214

LB (with brake)

J J1

(Out

door

)

ØDC

249

195 27 27

Ø19

9

190

35

35

ØDC

M12

24

A

A

147

18

7

11

Ø65h6

A-A

Ø15

0H7

4

* Details of 1 part

1

242

115

127

369

R3

4-M16 DEPTH 26

GL

GH

174

169

ØD

M

Ø15

0H7

Ø19

9

Ø130

249

19527 27

Ø19

9

190

3535

ØDC

M12

24

A

A

147147

242

115122

127115

369

247

R3

4-M16DEPTH 26

L

CF

28 28172

160

364

160

160

22.5°22.5°

28

5

31285

213

31

5

Ø212

220

50

Ø12

0

50

Ø24

4

4-M20DEPTH 33 5 A

A

193

2x2-Ø26

ØD

C

50 220

31

213

31

124

151

45

45

4-M20 DEPTH 33

20

Ø75H8

2.7

37

120 120 (285)

79.9

Ø76

Ø78

R2.5

A-A

Ø18

0H7

5

1

* Details of 1 part

31 213 31

275

50

220

50

A

A

M12

145

24

425

181

Ø24

4

151 274

R5

A-A

22

Ø80h6

9 14

LB (with brake)

ØDC

ØDC

264

2x8-M16DEPTH 26

Ø18

0H7

4-M20 DEPTH 33

GL

GH

20

8 18

1

J J1

(Out

door

)Ø

DM

Ø18

0H7

Ø24

4Ø180

31 213

181

31

275

5022

050

A

A

M12

145124

24

425

301

181

Ø24

4

151

145

274

R5

ØDC

4-M20DEPTH 33

65 250

7

36

254

36

7

340

190

190

424

35

36

254

36

148

178

55

55

Ø14

0

6525

065

223

22.5°22.5°

Ø255

4-M24DEPTH 40

2x8-M20DEPTH 33

2x2-Ø33

A-A

Ø29

5

193 35

190 CF

L

Ø21

0H7

5

Ø86

(340)

37

3.2

Ø88

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145 Ø85H8

90.4

22

R2.5

145

31035

ØD

C

2x4-M24 DEPTH 40

A

A

LB (with brake)

Ø21

0H7

5

* Details of 1 part

Ø95h6

25

14

9

A-A

ØDC

36 254 36

326

65

250

65

4-M24 DEPTH 40

Ø29

5

ØDC

170

325 178

503

40

A

A

R5

M20

213

1

GL

240

210

GH

ØD

MJ J1

(O

utdo

or)

Ø21

0H7

Ø29

5Ø200

4-M24DEPTH 40

36 254 36

326

6525

065

Ø29

5

ØDC 170

148325

170503

335

40

A

A

R5 M20

213213

498

248

215

215

A

215 CF

230

35

35

Ø16

0

5

65

Ø32

0

300

Ø24

0H7

38

283

373

7

38

7

300

38

65

55

283

156

38

203

55

65

Ø280

Ø100H8

283.2

37

165 165

(373)

106.

4

Ø10

1

Ø10

3.5

R2.5

4-M24DEPTH 40

2x8-M20DEPTH 35

2x2-Ø33

ØD

C

36035

2x4-M24DEPTH 40

L

LB (with brake)Ø

DC

65

Ø32

0

300

38 283

359

38

65

4-M24DEPTH 40 ØDC

203 363

245

566

200

A

A

M20R5

40 Ø110h6

28

10 16

A-A

A-A

Ø24

0H7

5

* Details of 1 part

A22.5° 22.5°

1

GL

GH

272

225

J J1(O

utdo

or)

ØD

M

Ø24

0H7

Ø32

0

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65

Ø32

0

300

38 283

359

38

65

4-M24DEPTH 40 ØDC

203200

410

363

245245

566

200156

A

A

M20R5

40

A-A

A

A

A-A

* Details of 1 part

Ø320

240

240

273

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0

Ø26

0H

7

Ø37

0

7034

070

320

50.550.5

7 7

435

240

252 45

CFØ

DC40

400

40

2x2-Ø39

590

320

50.5

50.5

183

238

70 340

7070

4-M30DEPTH 50

2x8-M24DEPTH 50 22.5°22.5°

2x4-M30DEPTH 50

Ø37

0

7034

070

320 50.550.5

421

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M20

210183

400238

638

4-M30DEPTH 50 Ø

DC

267.5267.5

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Ø130 h6

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4

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194 189

(435)

342

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45539

CF

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LB (with brake)

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M

J J1(O

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GL

GH

A

A

Ø13

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4

J J1

(Out

door

)

154

110 132

125 CF

110

110

276

45°45°

4-Ø14

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A

A

141

216

1550

4160.5115.5

176

60

280

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0

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Ø85

Ø162

174

Ø204

203

Ø150

152

226

220

228

4A10 4A11 4A12 4A14

231

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244

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A-A

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85 85

(216)

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1614

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9

5.5

A-A21690

115.5

30 176

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0

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90

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1550

30160.5

306

M10

20

R3

A

A

4

J J1

(Out

door

)

Ø15

0H7

5

1

174

130 165

150 CF

130

130

306

161

45°45°

4-Ø14

A

A

ØD

C

ØD

M

L

LB (with brake)

1650

4188

324193

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0

Ø23

0h6

Ø30

0

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259 6161

132

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0

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182.7

30

100 100

(259)

69.4

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Ø68 R2

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A-A

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7

11

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A-A

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A

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115

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369

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0

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0

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R3

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231

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261

263

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293

4B12 4B14 4B16

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560

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156

229363

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A200

CF

4-Ø18

LB (with brake)

ØDC

160

Ø18

0H7

5

1

J J1

(Out

door

)

208

20

Ø75H8

2.737

120 120(285)

79.9

Ø76

Ø78 R2

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A-AA-A

22

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20218

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A

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165

5

280

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60

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231

Ø300 Ø340

260

334

344

289

358

K

4C14 4C16 4C17

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0

340

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5

Ø35

0

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0

8080

65 22

5235

425

185

265

424

223

190

190

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22.5° 22.5°

190 228

Ø400

8-Ø18

LØ

DC

ØD

M

LB (with brake)

A

A

5555

J J1

(Out

door

)

Ø21

0H7

5

1

240

A-A

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(340)

37

3.2

Ø88

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90.4

22

R2.5

145Ø95h6

25

149

A-A

333

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325178

26590503

40

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A

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170170

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0

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5

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0h6

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0

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5

65 22

K

Ø300

261 289

408

416

4D16 4D17

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ØDC

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0

340

Ø19

5

Ø35

0

Ø45

0

8080

65 22

5235

425

185

265

424

223

190

190

225 CF

22.5° 22.5°

190 228

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8-Ø18

LØ

DC

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door

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273

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22.5°22.5°

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310

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C

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110

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140

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320

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16021 21

110.5 190.5

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30190206

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203

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231

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263

276

293

4B12 4B14 4B16

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door

)

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18

117

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A

A

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2519525

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346

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334

344

289

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4C14 4C16 4C17

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door

)

A-A

22

9 14

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30 210 30

270

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24

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4-Ø22

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416

4D16 4D17

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(Out

door

)

A-A

25

149

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170

325178

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355

40

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A

R5 M20

190

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479

223

190 CF

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C

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M

LB (with brake)

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30 500 30

560

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4-Ø26

30260

320

210210 115

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314

411

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door

)

A-A

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170

325178

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40

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A

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479

223

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C

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M

LB (with brake)

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560

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(Out

door

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558

248

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LB (with brake)

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37.528037.5

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246.5246.5

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558

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270

35 580 35

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37.528037.5

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246.5246.5

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240

273

300

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65

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267

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GH

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door

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110

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190

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J J1(O

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558

248

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215

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35 580 35

650

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203 363

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240273

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670

670

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35

240 534

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65

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400

210

455

267

39

n1 r/min 50 580 720 870 980 1165 1450 1750 2500 3000 3600n2 r/min 0.407 4.72 5.85 7.07 7.97 9.47 11.8 14.2 20.3 24.4 29.3

4A100

P1 kW - 0.457 0.567 0.685 0.772 0.917 0.975 0.975 0.975 0.975 0.975ToutTT N m 849 849 849 849 849 849 725 601 421 351 292ToutTT kgf m 86.5 86.5 86.5 86.5 86.5 86.5 73.9 61.3 42.9 35.8 29.8Pro N 22500 22500 22500 22500 22500 22500 23900 25100 26300 26600 26800Pro kgf 2290 2290 2290 2290 2290 2290 2440 2560 2680 2710 2730

4A105

P1 kW - 0.548 0.680 0.822 0.926 1.10 1.20 1.20 1.20 1.20 1.20ToutTT N m 1020 1020 1020 1020 1020 1020 891 738 518 431 360ToutTT kgf m 104 104 104 104 104 104 90.8 75.2 52.8 43.9 36.7Pro N 20100 20100 20100 20100 20100 20100 22000 23800 25700 26200 26600Pro kgf 2050 2050 2050 2050 2050 2050 2240 2430 2620 2670 2710

4A110

P1 kW - 0.658 0.816 0.986 1.11 1.32 1.50 1.50 1.50 1.50 1.50ToutTT N m 1220 1220 1220 1220 1220 1220 1120 926 647 539 449ToutTT kgf m 124 124 124 124 124 124 114 94.4 66.0 54.9 45.8Pro N 15800 15800 15800 15800 15800 15800 18200 21500 24700 25500 26100Pro kgf 1610 1610 1610 1610 1610 1610 1860 2190 2520 2600 2660

4A115

P1 kW - 0.694 0.861 1.04 1.17 1.39 1.73 1.73 1.73 1.73 1.73ToutTT N m 1290 1290 1290 1290 1290 1290 1290 1070 746 622 518ToutTT kgf m 131 131 131 131 131 131 131 109 76.0 63.4 52.8Pro N 13900 13900 13900 13900 13900 13900 13900 19200 23700 24900 25700Pro kgf 1420 1420 1420 1420 1420 1420 1420 1960 2420 2540 2620

P kW 0 457 0 567 0 685 0 772 0 917 0 975 0 975 0 975 0 975 0 975

P kW 0 548 0 680 0 822 0 926 1 10 1 20 1 20 1 20 1 20 1 20TTPP

586

390

1

1

With Adaptor

Hollow Input Shaft Hollow Input Shaft Hollow Input Shaft

With Adaptor With Adaptor

Bevel BUDDYBOX® Reducers®

Bevel BUDDYBOX® A® pplication Products

LHY LHF LHH LHYJ LHFJ LHHJ

LHYX LHFX LHHX

K

H

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22.5°22.5°

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* Details of *1 part

Hollow shaft

Solid Shaft Solid Shaft

Q F1 QN

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ms

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download cyclo right angle type and bevel buddy box 4 series (pdf)

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