Step O M-N1 Multi-Axis, Servo Motor, Servo Drive

Step O M-N1 Multi-Axis, Servo Motor, Servo Drive

This robot can be used in the manufacture of various electrical appliances (including household appliances, such as TV sets, tape recorders, washing machines, refrigerators, vacuum cleaners)
Send Inquiry
Description
We maintain the ultimate pursuit of product quality and hope to create value for society by manufacturing high quality high quality 5 axis servo manipulator, high speed 3 axis servo manipulator, High Precision Hot Forging Robot. We take the promotion of industry development as our mission, integrate modern technology, and continuously develop new products. We have many years of production experience and talent, technology and management advantages, through practical and complete process solutions, to provide users with safe and effective product solutions.

BRTIRUS2550A

Product lntroduction

 

This robot can be used in the manufacture of various electrical appliances (including household appliances, such as TV sets, tape recorders, washing machines, refrigerators, vacuum cleaners), small motors, automobiles and their parts, computers, toys, mechanical and electrical products and their components.

 

Product parameter(specification)

Model

Arm Length(mm)

Loading ability(KG)

Repeatability(mm)

Power Source(KVA)

Net Weight(KG)

BRTIRUS2550A

2550

50

±0.1

8.87

About 725

 

Product feature and application

 

Accurate operation can ensure and improve the quality of products, and avoid human error. In particular, the general industrial manipulator can adapt to the requirements of rapid changes in product varieties and meet the needs of flexible production. This is because the manipulator action program and movement position (or track) can be flexibly changed, with a lot of flexibility, can quickly change the work content, to meet the requirements of production. As a medium and small batch production automation can play its role. The use of manipulator can significantly improve labor productivity and reduce costs.

 

Drive-control integrated port definition description

Drive module mapping

Drive module mappin

For 6 axes

For 4 axes

Port(UVW)

Encoder Port

Brake signals

1 axis

1 axis

S1

ENCODER1

Suck 1

6 axis

4 axis

S2

ENCODER2

Suck 2

2 axis

2 axis

S3

ENCODER3

Suck 3

5 axis

3 axis

S4

ENCODER4

Suck 4

3 axis

/

S5

ENCODER5

Suck 5

4 axis

/

S6

ENCODER6

Suck 6

Note:

1. If 7/8-axis are added, the module is installed in the control board installation position, so the control board is moved backward, and the 7- and 8-axis brake relays are installed in the module spare area.

2. The analog module can be installed on the side.

3, pay attention to the brake board wiring details to view the circuit diagram of the latter chapter

 

Control module

This module is the core control area, including the control board, input and output IO (32 input, 32 output) board and injection IO board.

 

Spare module

This area is an optional or extended installation area. Standard is not installed.

 

Module indicator status description

Terminal

Name

Function

Note

ERR

Status display light

Error display

Operating status error indication

RUN

Work display

System operation indication

POW

Power display

Power indication

SAT1

Status Display

Software application layer status display

SAT2

Software core layer status display

 

16-core return joint definition

16-core return joint definition

Note:

1. This table defines the wiring for the standard spare point of the six-axis general-purpose robot standard.

2. If the technology package is enabled, the IO function may be occupied by the definition, as described in the related process package.

No.

I/O

No.

I/O

1

24V

9

Y20

2

X20

10

Y21

3

X21

11

Y22

4

X22

12

Y23

5

X23

13

Y24

6

X24

14

Y25

7

X25

15

Y26

8

X26

16

0V

 

CAN Communication network port

CAN Communication network port

Note:
1. When the CAN is connected, in order to make the communication smooth, pay attention to the resistance between the first machine and the tail CANL line and the CANH line and a resistance value of 120Ω (the factory can be directly plugged in with the connector).
2. RS-485 is used for communication with other devices.
3. Use the network cable to connect to CAN communication, which must be used for standard pressure line. Do not use the interface for the online port.

No.

Define

 

1

CANL

 

2

CANH

 

3

CAN_GND

 

4

RS-485_A1

 

5

RS-485_B1

 

6

RS-485_GND

 

7

RS-485_A2

 

8

RS-485_B2

 

Note: The above definition defines communication for the CAN1 and CAN2 interfaces, and should not be confused with the monitor interface. The monitor interface is a standard Ethernet interface that can be used for visual and remote communication.

 

Hot Tags: install flexible 6 axis robot, China install flexible 6 axis robot suppliers, manufacturers, factory, Single axis servo manipulator, Large Palletizing Robot, 1 axis servo manipulator, Three axis single arm manipulator, Automatic Injection Molding Machine Manipulator, 3 Axis Positioning Precision Robot

Technical Parameters
We strive to make the products beautiful, high quality and low price and provide after-sales service, so that our Step O M-N1 Multi-Axis, Servo Motor, Servo Drive won the trust of customers. Daring to do is our working state, and being good at doing is the value orientation of our development. Over the years, we have conscientiously fulfilled our economic, political and social responsibilities as an enterprise and adhered to our mission of development.