B&R SERVO MOTOR 8MSA4L.R0-67

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B&R SERVO MOTOR 8MSA4L.R0-67 Specification

Features
High torque density, maintenance-free operation, integral encoder, compact design

Mounting Type
Flange

Usage & Applications
Industrial machinery, robotics automation, conveyors, CNC systems

Installation Type
Flange Mounting

Frequency
50/60 Hz

Protection Level
IP65

Output
4.5 kW (Rated)

Pole Type
4-pole

Connectivity Type
Standard Industrial Connectors

Phase
Three-phase

IP Rating
IP65

Sensor Type
Encoder (standard)

Current
10.0 A (Rated)

Product Type
Servo Motor

Operating Temperature
-20C to +40C

Working Temperature
-20C to +40C

Input
3-phase AC

Diameter
Approximately 145 mm (Flange size)

Application
Industrial automation, Packaging, Robotics, CNC machinery

Supply Voltage
400 V AC (Nominal)

Accuracy
High precision movement

Dimension (L*W*H)
Approx. 350 mm x 145 mm x 145 mm

Weight
21 kg

Shaft Type
Keyed shaft

Brake
Integrated holding brake

Peak Torque
80 Nm

Vibration Level
Low

Housing Material
Aluminum

Model Number
8MSA4L.R0-67

Bearing Life
> 20,000 hours

Compliance
CE, UL certified

Insulation Class
F

Maximum Speed
3000 rpm

Cooling Method
Natural convection

Rated Torque
28 Nm

About B&R SERVO MOTOR 8MSA4L.R0-67

Jump on the opportunity to own the elite B&R SERVO MOTOR 8MSA4L.R0-67a truly blue-ribbon solution for high-demand industrial applications. This preeminent servo motor delivers a rated torque of 28 Nm and peaks at 80 Nm, featuring a robust 4.5 kW output and an impressive maximum speed of 3000 rpm. Its masterful design includes a keyed aluminum shaft, IP65 protection, integrated holding brake, and natural convection cooling, all within a compact, maintenance-free frame. With CE & UL compliance, high-precision encoder, and exceptional durability, get it now to elevate productivity.

Commercial Applications & Specialized Features

The B&R SERVO MOTOR 8MSA4L.R0-67 is meticulously engineered for commercial powerhousesthink CNC machinery, robotics automation, packaging, and conveyor systems. Its extra features, such as an integrated encoder, maintenance-free operation, and superior torque density, set it apart in fast-paced industrial environments. This compact motor also offers a reliable keyed shaft, aluminum housing, and versatile flange mounting, streamlining its installation and broadening its usage throughout advanced automation sectors.

Export Markets, Supply, and Sale Pricing

Our B&R SERVO MOTOR 8MSA4L.R0-67 sees masterful export exchange across Europe, Asia, North America, and Middle Eastern markets. With robust supply ability, efficient handling, and prompt deliveriesFOB ports managed for swift-rate fulfillmentbuyers enjoy competitive sale prices. Requests are processed efficiently to meet global demand standards, ensuring each transaction offers optimum value and industry-leading service terms for every business scale.

FAQs of B&R SERVO MOTOR 8MSA4L.R0-67:

Q: How does the B&R SERVO MOTOR 8MSA4L.R0-67 ensure high-precision performance?

A: The servo motor is equipped with a standard encoder, delivering high-precision movement, which ensures accurate positioning and speed control in industrial operations.

Q: What are the main applications for the B&R SERVO MOTOR 8MSA4L.R0-67?

A: This motor is ideal for industrial automation, robotics, packaging, conveyor systems, and CNC machinery, excelling in environments that require reliability and efficient motion control.

Q: When should maintenance be performed on the 8MSA4L.R0-67 servo motor?

A: With its maintenance-free design and over 20,000 hours of bearing life, routine maintenance needs are minimal, making it suitable for continuous operation in demanding applications.

Q: Where can the B&R SERVO MOTOR 8MSA4L.R0-67 be installed?

A: Its compact flange mounting design and IP65 protection make it versatile for various installations, including CNC systems and industrial robots, both in indoor and challenging environments.

Q: What benefits does the integrated holding brake provide?

A: The integrated holding brake secures the load at rest, preventing any unwanted movement and enhancing both safety and operational control in automated processes.