CONVEYORS Information about belts and chains

A-97

Belt brand MITSUBOSHI Bando Chinese brand

F

Ordinary, green NS41UG0/2G SL-M2300 08/01BGDU

G

Sliding, green NS41UG0/0G SL-M5302 08/02BGDU

S

Sliding, white NS41UG0/0 SL-M5100 08/02WDU

D

Anti-static, black NS41UG0/2BK SL-S3726 -

F

Food grade, white NS41UFG0/2W SL-F1100 -

O

Oil resistant NS41UEG0/2G SL-SY534R -

T

High-temperature

resistant

NS15FK - -

Belt brand MITSUBOSHI Bando Chinese brand

F

Ordinary, green NS82UG0/2G SL-M2401N 15/01BGDU

G

Sliding, green NS82UG0/0G SL-M5402N 15/02BGDU

S

Sliding, white NS82UG0/0 SL-M5200N 15/02WDU

D

Anti-static, black NS82UG0/2BK SL-S3827 -

F

Food grade, white NS82UFG0/2W SL-F1201 -

O

Oil resistant NS82UEG0/2G SL-S2634 -

T

High-temperature

resistant

NS15FK - -

L

Inclined, green NS82UKG0/8GT SL-M9400R -

<For CSJ30> <For CSSK50>

◼ Calculation method of belt and chain length

◼ Flat belts

Conveyor model Calculation formula of

length Unit Remarks

CSJ30-A 2L+90 mm

CSJ30

2L+274 mm

When the sprocket spacing is below

2,000mm

2L+258 mm

When the sprocket spacing is

2,000mm or above

2L+284 mm

Knife-shaped transition rollers on

both sides

2L+279 mm

Knife-shaped transition roller on only

one side

CSSK50-A 2L+150 mm

CSSK50-M 2L+331 mm

CSP50G-MM-L (2L+155) ÷9.525 Link

The value with decimals should be

rounded up/down to a whole number;

the even number of chain links

should be taken for the calculation

CSP50G-DR-C (2L+276) ÷9.525 Link

The value should be rounded

up/down to a whole number; the

even number of chain links should be

taken for the calculation

CSP50G-DR-L (2L+155) ÷9.525 Link

The value should be rounded

up/down to a whole number; the

even number of chain links should be

taken for the calculation

CSSP60-A 2L÷12.7+15 Link The value with decimals should be

rounded up/down to a whole number

CSP89B-MD 2L÷12.7+23 Link

The value with decimals should be

rounded up/down to a whole number;

for the iron chain with a resin cover,

the even number of chain links

should be taken for the calculation

CSP89B-D 2L÷12.7+23 Link

The value with decimals should be

rounded up/down to a whole number;

for the iron chain with a resin cover,

the even number of chain links

should be taken for the calculation

CSB80A 2L÷10+25 Tooth The value with decimals should be

rounded up/down to a whole number

Conveyor model Calculation formula of

length

Unit in

grams

Remarks

CSB30A-MD 2L÷5+20 Tooth The value with decimals should be

rounded up/down to a whole number

CSB30A (2L+255) ÷5 Tooth The value with decimals should be

rounded up/down to a whole number

CSB50A-MD 2L÷10+16 Tooth The value with decimals should be

rounded up/down to a whole number

CSB50A-M （2L+324）÷10 Tooth The value with decimals should be

rounded up/down to a whole number

CSSB60-A 2L÷10+18 Tooth The value with decimals should be

rounded up/down to a whole number

CSSB60-M 2L÷10+46 Tooth The value with decimals should be

rounded up/down to a whole number

CSB89A-MD/D 2L÷9.525+30 Tooth The value with decimals should be

rounded up/down to a whole number

CSW61A-MD/D 2L÷12.7+15 Link

The value with decimals should be

rounded up/down to a whole number;

the even number of chain links

should be taken for the calculation

CSSW62A-D/DR/DU (2L+196)÷19.05 Link

The value with decimals should be

rounded up/down to a whole number;

the even number of chain links

should be taken for the calculation

CSW62A/G-MD/D （2L+288）÷19.05 Link

The value with decimals should be

rounded up/down to a whole number;

the even number of chain links

should be taken for the calculation

CSW62A-M （2L+472）÷19.05 Link

The value with decimals should be

rounded up/down to a whole number;

the even number of chain links

should be taken for the calculation

CSQ88-D 2L÷38.1+7 Link The value with decimals should be

rounded up/down to a whole number

CSC53G 2L÷12.7+13 Link The value with decimals should be

rounded up/down to a whole number;

the even number of chain links

CSC96A 2L÷15.875+18 Link should be taken for the calculation

Attention

1. Precautions for the height of the conveying surface

The height of the conveying surface described in the external dimensions drawing in this document refers to the height from the floor

to the conveying surface (upper surface of belt or chain). If the thickness of the belt or the outer diameter of the chain changes, the

dimensions will change accordingly, so please pay special attention to this.

2. Precautions for matters other than those listed in the belt type column

In the case of using a belt, the belt itself will be limited by its minimum bending radius. When you choose a conveyor, attention should

be paid to the selection of a suitable pulley diameter.

The load-bearing plates of GNKE's conveyors generally use stainless steel plates or sticky steel plates, which are not suitable for

belts with steel plate as the bearing plate, so please do not use them.

3. Precautions for the conveying direction

The conveying direction of the belt is specified. When the customer chooses to install the belt themselves, please pay attention to the

conveying direction.

The calculation formulas for the length of the belt and chain are recorded in the table below. Please inquire according to actual needs

when designing or maintaining.

• Sliding belts are generally suitable for occasions where workpieces are stranded on the conveyor.

• Anti-static belts are suitable for conveying the electronic parts, but only the surface of the belt is anti-static.

• Food-grade belts are suitable for unpackaged food, but only limited to dry food at room temperature. When they are used to convey wet or

hot food, special measures are required. Please ask and confirm with us first before placing an order.

• Oil-resistant belts are suitable for normal temperature conditions where oil is attached to the workpieces. When there is high heat or a large

amount of corrosive oil, please contact us in advance.

• Heat resistance range of high-temperature resistant belt is ‐40°C~180°C.

Motor type CONVEYORS

Oriental Motor

◼ Wiring diagram of induction motor

Single-phase 110V/single-phase 220V Three-phase 200V/220V, three-phase 380V

Lead wire type Terminal box type Lead wire type Terminal box type

Clockwise Clockwise Clockwise Clockwise

Counterclockwise Counterclockwise

K series motors

Counterclockwise

If the positions of any two power lines

among R, S, and T are exchanged, the

motor will rotate counterclockwise.

200W BH series motors

Single-phase 110V/single-phase 220V Three-phase 200V/220V, three-phase 380V

Lead wire type Terminal box type Lead wire type Terminal box type

Reduction ratio: 3~9

Reduction ratio: 50~180

Reduction ratio: 3~9

Reduction ratio: 50~180

Reduction ratio: 3~9

Reduction ratio: 50~180

Reduction ratio: 3~9

Reduction ratio: 50~180

Clockwise Clockwise Clockwise Clockwise

Counterclockwise Counterclockwise

Reduction ratio: 12.5~36 Reduction ratio: 12.5~36 Reduction ratio: 12.5~36 Reduction ratio: 12.5~36

Clockwise Clockwise Clockwise Clockwise

Counterclockwise Counterclockwise

<Tandem type, with parallel shafts>

Counterclockwise

If the positions of any two power lines

among R, S, and T are exchanged, the

motor will rotate counterclockwise.

Counterclockwise

If the positions of any two power lines

among R, S, and T are exchanged, the

motor will rotate counterclockwise.

Counterclockwise

If the positions of any two power lines

among R, S, and T are exchanged, the

motor will rotate counterclockwise.

Counterclockwise

If the positions of any two power lines

among R, S, and T are exchanged, the

motor will rotate counterclockwise.

<Round shaft type>

Counterclockwise

If the positions of any two power lines

among R, S, and T are exchanged, the

motor will rotate counterclockwise.

A-98

Capacitor

Motor

White

Red

Black

Capacitor

Motor

White

Red

Black

Motor

Red

White

Black

Capacitor

Motor

Capacitor

Motor

Motor

Motor Motor Motor Motor

Motor Motor

Motor Motor

Motor Motor

Motor Motor

Capacitor Capacitor

Capacitor Capacitor

Capacitor Capacitor

Capacitor Capacitor

White

Red

Black

White

Red

Black

White

Red

Black

White

Red

Black

White

Red

Black

White

Red

Black

Motor type CONVEYORS

Oriental Motor

Single-phase 110V/single-phase 220V Three-phase 200V/220V, three-phase 380V

Lead wire type Terminal box type Lead wire type Terminal box type

Clockwise Clockwise Clockwise Clockwise

Counterclockwise Counterclockwise

<Tandem type, with orthogonal shafts>

Counterclockwise

If the positions of any two power lines

among R, S, and T are exchanged, the

motor will rotate counterclockwise.

Counterclockwise

If the positions of any two power lines among

R, S, and T are exchanged, the motor will

rotate counterclockwise.

(Note) For the hollow shaft type, the rotation direction of the output shaft differs

depending on the mounting surface.

Single-phase input voltage Three-phase input voltage

◼ Wiring diagram of inverter of induction motor

Power

Motors

CW

CCW

Motors

Power

CW

CCW

A-99

Capacitor

Motor

White

Red

Black

Capacitor

Motor

White

Red

Black

Motor

Red

White

Black

Capacitor

Motor

Capacitor

Motor

Motor

Gear flange

Gear flange

Motor type CONVEYORS

Oriental Motor

30W, 60W, 120W 200W, 400W

Single-phase voltage Three-phase voltage Single-phase voltage Three-phase voltage

< 30W, 60W, 120W>

◼ Wiring diagram of brushless adjustable-speed motor

BMU series motors

◼ Wiring diagram of adjustable-speed motor

US series motors

Single-phase 110V/single-phase 220V

6W, 15W, 25W, 40W 60W, 90W

In the case of continuous operation In the case of continuous operation

In the case of forward and reverse operation In the case of forward and reverse operation

< 200W, 400W>

A-100

Back of speed

governor Back of governor

Whit

e

Whit

e

Black

Black

Power Power

Ground Earthing

Single-phase 110/115V

Single-phase 220/230V

Single-phase 110/115V

Single-phase 220/230V

Capacitor

Ground (grounding wire: green)

Ground (grounding wire: green)

When connected according to the diagram above, the motor shaft rotates clockwise.

When it is connected to the dotted line position, it will rotate counterclockwise. When connected according to the diagram above, the motor shaft rotates clockwise.

When it is connected to the dotted line position, it will rotate counterclockwise.

Single-phase

110/115V

Single-phase

220/230V

Single-phase 110/115V

Single-phase 220/230V

Capacitor

Contact capacity of switch

The inductive load is above 5A in the event of AC250V

Contact capacity of switch

The inductive load is above 5A

in the event of AC250V

⚫ Single-phase 100-120V ⚫ Three-phase 200-240V

⚫ Single-phase 200-240V

• Single-phase 100-120V

• Single-phase 200-240V

• Three-phase 200-240V

L1, L2, and L3 are displayed only

for the 400W type.

Sensor connector (CN3)

Connect the sensor connector

(black) of the motor.

Input/output signal

connector (CN4)

Connect input/output signals.

[Back side of driver]

Motor connector (CN2)

Connect the connector (white) of

the motor.

Main power connector (CN1)

Connect main power.

Protective ground terminal

(2 places)

Be sure to ground one of the

protective ground terminals.

Sensor connector (CN3)

Connect the sensor connector

(black) of the motor.

Input/output signal

connector (CN4)

Connect input/output signals.

[Back side of driver]

Motor connector (CN2)

Connect the connector (white) of

the motor.

Main power connector (CN1)

Connect main power.

Protective ground terminal

(2 places)

Be sure to ground one of the

protective ground terminals.

Motor type CONVEYORS

Single-phase 110V/single-phase 220V Single-phase 220V input voltage

Switch and relay control Inverter control

Three-phase 200V/220V, three-phase 380V

Switch and relay control

JSCC Motor

◼ Wiring diagram of induction motor

YS series motors

◼ Wiring diagram of adjustable-speed motor

YT series adjustable-speed motors

Single-phase 110V/single-phase 220V

6W ~ 200W

(Note) The capacity of the switch \"K\" contact is not less than 10A.

A-101

Power

supply

Single-phase

motor Main winding

Black U1

Red U2

White Z2

Running

capacitor

Secondary winding

Single-phase 220V

power supply Inverter

Multi-function input port

(Illustration shows the default

settings)

Forward rotation

Reverse rotation

Multi-speed

command 1

Multi-speed

command 2

Analog input port

Speed-governing

potentiometer

High-speed

Low speed

Black U

Red V

White W

(Output: 50mA)

(0~10v input)

Black U

Red V

White W

Three-phase motor

Multi-function output port

Multi-function relay R

Below 0.5A in the event of

AC250V

(Default: Failure)

RS-485 communication

(Shielded twisted pair)

Forward

rotation

Main winding

YT: Adjustablespeed motor SPC series panel type speed governor Secondary winding Velometer

Blue

Blue

White

Red

Black

Reverse

rotation

AC power

supply

Motor type CONVEYORS

Sumitomo Motor

Three-phase 200V Three-phase 400V

Lead wire type Terminal box type Lead wire type Terminal box type

<Round shaft type>

(Note) MC: Magnetic contactor. OLR: Overload relay or thermal relay.

◼ Wiring diagram of induction motor

RNYM series motors

A-102

Control panel side

Motor side

Red White

Black

Motor

Red White

Black

Motor

Control board side

Terminal box

side

Control panel side

Motor side

Control board side

Terminal box side

ITOH DENKI

◼ Electric Roller Drive

【Dimension Drawing】

Gear change (Internal External) Setting

Motor rotation direction(Clockwise Counter-clockwise)

Fault signal

Acceleration Time Speed Control Knob

Deceleration Time Speed Control Knob

Electrification

Motor type CONVEYORS

DAMON

A-103

EQUBE Low-torque drive card

EZQUBE High-torque drive card

【Size Chart】

【 Size Chart 】

【Wiring diagram】

【 Installation dimensions 】

【Installation dimensions】

◼ Electric Roller Drive

Speed Setting 32 fixed speed settings

Rotation Direction Setting ON = CCW (Counterclockwise), OFF = CW (Clockwise)

Acceleration/Decele

ration Setting 16 fixed time settings (0~2.5s)

DIP Switch Configuration Table

Speed switch Configuration

switch

Acceleration/Decel

eration Switch

Electric roller

interface DIP switch

DC24V Power I/O terminal

Motor type CONVEYORS

A-104

◼ Electric Roller Drive

CONVEYLINK-ECO Bus-type driver card

【 Size Chart 】

【 Wiring diagram 】

【 Installation dimensions 】

• Supports Profinet, Ethernet I/P, Modbus TCP, CC-LinkZPA

• (Zero Pressure Accumulation) logic;

• single-piece release, serial release and serial soft start

• Modify default configurations and customise user functions via EASYROLL

software

• Extended functions (automatic merging, automatic spacing)

• 2-zone control (connects up to 4 sensors and 2 motorised rollers)

• Automatic NPN or PNP sensor recognition

• Customisable programming

• Automatic configuration of IP addresses and operating parameters

DAMON

DIP Switch Configuration Table

Function

Speed Setting

Function

Speed switch

Configuration switch

Acceleration/Deceleration Switch

In conjunction with the speed range switch

Enables 31 fixed speed settings

Acceleration/Decele

ration Setting 16 preset acceleration/deceleration profiles

Function

Speed range

Direction of rotation setting

Error recovery method

Operating Mode

Braking Mode

Deceleration time Deceleration time=Acceleration time Deceleration time=2*Acceleration time

Three braking modes

Manual Automatic

Low gear High gear

OFF ON

Motor type CONVEYORS

Installed on the under side of the conveyor

It saves space on both sides of the conveyor.

The belt does not need to interfere with the motor, and the height of the motor position can be changed.

The standard gap between the belt surface on the return side and the upper surface of the motor is 20, 50 and 80mm.

Installed on the upper side of the conveyor

The motor is installed on the upper side of the belt, so water and oil do not directly adhere to the motor.

The height of the motor position can be changed to avoid motor interfering with the workpiece.

The standard gap between the conveying surface of the conveyor and the lower surface of the motor is 20, 50 and 80mm.

Installed on the upper outer side of the conveyor

The motor is installed on the upper side of the belt, so water and oil do not directly adhere to the motor.

Since the motor is located outside, there is no need to consider the size of the workpiece or the belt.

Direct motor connection

The motor is directly connected to the drive roller for high precision conveyance.

Since the top and bottom do not protrude, the space on the top and bottom can be effectively used.

Since the motor is mounted on the side, it is difficult for water and oil to touch it directly.

Direct connection of orthogonal hollow motor

The orthogonal hollow motor is directly connected to the pulley.

The belt and the motor are installed in parallel, so the upper and lower space can be effectively used, and the left and right

space is also saved compared with the direct motor connection.

※The 6W motor is not applicable

Installed in the middle of conveyor (middle drive type)

Even if the tension is adjusted, the overall length of the conveyor will not change, so it can be installed between non-movable

equipment.

In addition, the drive unit can also move within the effective range of the profile, so the conveyor becomes easier to service.

Installed on the inner side of the conveyor

The motor of the double-row type conveyor can be installed between profiles, so

the top, bottom, left and right space can be effectively used.

The drive chain can also be installed inside the safety cover.

Note: The content described below may not correspond to the selected conveyor model.

Thanks for your understanding.

◼ Installation method of motor

A-105

◼ Special motor types

When you want to improve the stopping accuracy

Motor with a brake

(Overdriving: 1-1.5 turns; holding force: None) The electronic brake based on current will not wear out like mechanical one, so it has a long lifespan. It is

most suitable for stepping action. Since there is no holding force, it can be used in combination with a motor with an electromagnetic brake when it is

necessary to hold a load.

Motor whose clutch has a brake (Overdriving: 1 turn; holding force: Yes) It is suitable for frequent start and stop occasions. When stopping, the clutch is disengaged and the brake is

applied. Therefore, unlike a motor with an electromagnetic brake, it is not affected by the inertia of the motor, and the time to stop can be shortened.

Motor with an electromagnetic

brake

(Overdriving: 2-3 rotations; holding force: Yes) It is suitable for the situation where the load needs to be held, such as driving the belt up or down. Since

equipped with an AC non-excitation electromagnetic brake, the motor stops instantaneously and holds the load when the power is cut off.

It is capable of handling harsh environments

Explosion-proof motor It is suitable for use in places where flammable and explosive gases may be generated.

It is a safety motor with high insulation performance against danger and damage caused by rising ambient temperature.

Dustproof and waterproof motor

It is suitable for use in environments with a lot of water flow or dust.

It has excellent dustproof and waterproof performance and complies with IEC IP66 standard. But it is not suitable for long-term immersion in water or use

under high-pressure water environment.

Motor type CONVEYORS

A:单列头部驱动基本型

Single row ，head drive，basic type

H:中间驱动,马达不同安装方向

Middle drive，different mounting

direction

V:中间驱动,马达不同安装方向

Middle drive，different mounting

direction

T中间驱动,马达不同安装方向

Middle drive，different mounting

direction

D单列/多列头部直连型驱动

ingle-row/multi-row， head directly

drive

MD多列头部驱动

Multi-rows， head drive

M单列/多列中间驱动

Single-row/multi-row， Middle drive

DM直连中间驱动型

Directly connected， intermediate

drive

DU直角向上直连型驱动

Straight Angle drive

DR直角向下直连型驱动

Straight Angle drive

MM头部中间驱动

Head center drive

CD联轴器直连型

Coupling direct connection type

HD电机在搬送面上面驱动

Motor driven on the upper side

N电机内藏型

Motor built-in type

AB单列头部驱动反装型

Single row ，head drive，backside

type

MDB多列头部驱动反装型

Multi-rows， head drive，backside

type

MDH中间驱动，马达直连，水平安装

Middle drive， head directly drive，

Horizontal mounting

MDR中间驱动，马达直连，直角向下安

装

Middle drive， head directly drive，

Straight Angle mounting

◼ Naming rules for motor installation

A-106

Note: The content described below may not correspond to the selected conveyor model.

Thanks for your understanding.

Motor type CONVEYORS

A-107

Other types of customised conveyors

Case Photos FA

CSCS81S-D

Stainless steel chain conveyor with attached plate

VCSK70-MD

Vacuum Conveyor

CSR50S-M

L-type roller line

TCBSS-100CR

Horizontal circulation Tray changer

TCBJD-CSN

Up and down circulation Tray changer

CSC140S-MD

Double Chain Heavy Duty Conveyor System

Motor type CONVEYORS

A-108

DX service

WeChat Video

• Apply for a factory tour

• Apply for paper catalogue

(China Only)

• Sample Request

• Articles & News

• 3D Drawing Download

• Catalogue Online Viewing

• Self-service downloading of

product manuals

• Self-service logistics enquiry

• Customer service online reply

Key Features

Remaining functions

Product Express

GNKE factory shooting

to explain the products

Demonstrate maintenance

methods

Maintenance Guide

CONVEYORS

North America

＜Agency stores＞:

1 locations

Europe

＜Agency stores＞:

2 locations

Corporate philosophy

Through the harmony between people and technology, we contribute to the

development of society while pursuing our better life

Global sales network

Japan

Headquarters: Kyoto

City, Kyoto Prefecture

＜Subsidiary＞:

3 locations

＜Sales office＞:

3 locations

＜Technology center＞:

1 location

Asia Pacific

＜Agency stores＞:

4 locations

＜Sales office＞:

3 locations

＜Overseas plant＞:

1 location

Website of Japanese company

http: //www.nke.co.jp

Website of Chinese company

http: //www.nke.co.jp/cn

◼ Please read the operation manual

carefully before use.

◼ Please use it within the technical

conditions and scope stipulated in the

product catalog and operation manual.

Safety Instructions

⚫ Please note that the content of this document will be altered without notice. Thanks for you

understanding!

Nakamura Kiki China Co., Ltd.

Unit 101, Building 6, No. 70 Huadu Avenue West, Tanbu

Town, Huadu District, Guangzhou City

TEL: 020-2267-5728 (Chinese and Japanese)

FAX: 020-2267-5758

GNKE Automation Technology Co.,Ltd

Unit 102, Building 6, No. 70 Huadu Avenue West, Tanbu

Town, Huadu District, Guangzhou City

GNKE Automation Technology Co.,Ltd Shanghai Branch

Room 509, Building 4, Yijing Cultural and Creative Park, 175

Chengjiaqiao Road, Minhang District, Shanghai City TEL:

021-61619630 (Business) (Japanese and Chinese) TEL: 021-

61619631 (Technical) (Japanese and Chinese)

All are

here!