Mitsubishi MR-J3BUS servo cables are new original and customizable, including models like MR-J3BUS03M-B, MR-J3BUS03M-A, and M-B series.They are compatible with J3/J4-B motors, j31SSCNET III systems, ensuring seamless connection. Made with high-quality materials, the cables offer stable signal transmission, anti-interference, and durability, suitable for industrial automation scenarios like CNC machines.
model:SSCNET III MR-J3BUS J3\J4-B MR-J3BUS03M-B MR-J3BUS03M-A
MR-J3BUS03M-B Servo Fiber Optic Cable
1. Name: Mitsubishi Electric Servo System Fiber Optic Cable
2. Model: MR-J3BUS03M-B
3. Brand: Mitsubishi Electric
4. Product Specifications
Type: Servo Communication Fiber Optic Cable (for serial communication)
Diameter: Approximately 3.5mm (with protective coating, anti-bend design)
Connector Type: Optical Connector
Transmission Rate: Supports high-speed communication, suitable for high-precision servo control
Compatible Models
Applicable Servo Amplifiers: MR-J3 Series (such as MR-J3-10A, MR-J3-20A, etc.)
Compatible Controllers: MELSEC-Q, MELSEC-L Series PLCs
5. Features
Strong Anti-Interference: Fiber optic transmission is immune to electromagnetic noise and suitable for industrial environments.
Lightweight Design: Small diameter facilitates wiring and saves space.
High Reliability: Low signal attenuation, suitable for stable long-distance communication.
Plug-and-Play: Standardized interface for easy installation and reduced commissioning time. 6. Applications
Servo Communication: Used for high-speed data exchange between servo drives and controllers, ensuring precise motion control.
Industrial Automation: Widely used in high-precision equipment such as CNC machine tools, robots, and packaging machinery.
Noise-Immune Environments: Suitable for applications with severe electromagnetic interference.
7. Specific Applications
CNC Machine Tools: Connect to servo drive systems to achieve high-precision machining.
Industrial Robots: Used for joint servo control to improve motion response speed.
Electronic Assembly Lines: Synchronize multi-axis motion to ensure high-speed production stability.
Mainly used in industrial automation scenarios where high-speed, high-precision control and high anti-jamming capability are required, such as:
Industrial robot industry
Injection molding machine industry
Semiconductor manufacturing equipment
Elevator control system
Food processing equipment
Large transmission equipment
Textile machinery industry