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B&R 8LSAA4.D8045S100-3 SERVO MOTOR

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MOQ : 1 Piece

B&R 8LSAA4.D8045S100-3 SERVO MOTOR Specification

Operating Temperature
0C to +40C

Features
Integrated encoder, Dynamic braking, Low inertia, Robust design

Power Factor
>0.95

Working Temperature
0C to +40C

Cooling Method
Natural Cooling (Surface cooled)

Output Type
Rotary (Synchronous)

Rated Power
2.8 kW

Application
Industrial Automation, Robotics, CNC Machines

Rated Current
8.0 A

Output Current
8.0 A (rated)

Noise Level
60 dB

Phase
Three Phase

Current Range
0~10 A

Connector Type
Industrial circular connector

Power Supply
3 x 400V AC

Product Type
Servo Motor

Output Power
2.8 kW

Output Frequency
0~500 Hz

Input Voltage
400 V AC

Voltage Protection
Overvoltage and undervoltage protection integrated

Efficiency
High Efficiency

Material
Aluminum Housing

Line Regulation
0.5%

Storage Temperature
-20C to +80C

Weight
Approx. 10.2 kg

Torque (Peak)
21 Nm

Humidity (non-condensing)
Max 90% RH

Diameter (flange)
130 mm

Mounting Type
Flange Mount

Vibration Resistance
2G (10-500 Hz)

Length
315 mm

Approvals/Standards
CE, UL, cUL

Max Speed
4500 rpm

Brake Option
With or without holding brake (optional)

Shaft Type
Keyed Shaft

Model Number
8LSAA4.D8045S100-3

Insulation Class
F

Rated Speed
3000 rpm

Encoder Type
Single-turn optical encoder (optional multi-turn)

Torque (Rated)
8.9 Nm

Protection Class
IP65

About B&R 8LSAA4.D8045S100-3 SERVO MOTOR

Grab the unparalleled B&R 8LSAA4.D8045S100-3 Servo Motor at an exclusive sale price! This crackerjack motor boasts a top-rated speed of 3000 rpm (max 4500 rpm) with a robust 8.9 Nm rated torque and peak torque of 21 Nm. Designed with a superlative IP65 aluminum housing and dynamic braking, it provides unrivaled performance in industrial automation, CNC machines, and robotics. Its built-in encoder ensures precision, while overvoltage protection and high efficiency set this servo motor apart as a dependable, top-tier solution. Don't miss out-secure yours today!

Cutting-Edge Performance and Versatile Features

The B&R 8LSAA4.D8045S100-3 Servo Motor is extensively used in industrial automation, robotics, and CNC machinery. Featuring crackerjack precision with an optional multi-turn encoder, this model stands out for its high efficiency and robust design. Its natural surface-cooling, dynamic braking, low inertia, and keyed shaft enable seamless integration for demanding applications, making it an unmatched solution for modern manufacturing and motion control requirements.

Sample Policy, Payment Terms, and Order Outlay

For this servo motor, a competitive sample policy allows buyers to evaluate its superior market value before full-scale acquisition. Payment terms are flexible to streamline order processing, supporting business convenience and trust. Sample availability is limited yet promptly managed, aiding a quick assessment of product suitability. Your outlay aligns with premium quality, and our transparent procedures ensure smooth, reliable order fulfillment and after-sales support.

FAQ's of B&R 8LSAA4.D8045S100-3 SERVO MOTOR:

Q: How can the B&R 8LSAA4.D8045S100-3 Servo Motor enhance industrial automation processes?

A: This servo motor offers high efficiency, robust torque, and integrated safety features, providing precise control, improved reliability, and reduced downtime in automation, robotics, and CNC applications.

Q: What is the process for obtaining a product sample before placing a bulk order?

A: Potential buyers can request samples as per the company's sample policy. Upon agreement, the sample is dispatched, allowing assessment before committing to a larger order.

Q: Where can this servo motor be installed, and what mounting option does it support?

A: The motor supports flange mounting, making it ideal for integration in industrial machines, robots, and CNC systems requiring rotary motion and robust attachment.

Q: What type of environments can the B&R servo motor operate in?

A: Designed for tough environments, it supports up to 90% non-condensing humidity, vibration resistance (2G, 10-500 Hz), and temperatures between 0C and +40C.

Q: When is dynamic braking most beneficial in this motor's operation?

A: Dynamic braking is most useful during rapid deceleration, emergency stops, or high-precision positioning, enhancing the safety and efficiency of automated systems.

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