FAGOR FXM43.40F.I0.000 SERVO MOTOR

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FAGOR FXM43.40F.I0.000 SERVO MOTOR Specification

Rated Current
10A

Cover Material
ABS/Polycarbonate

Protection Class
Class F insulation

Features
High torque output, Precision control, Compact design, Encoder feedback

Rated Insulation Voltage
Up to 400V

Base Material
Cast Aluminum

Rated Operation Voltage
230V

Thickness
Standard Housing - Approx. 90 mm (motor body)

Cooling System
Natural Air Cooled

Current Rating
Up to 12A

Protection Level
IP65 (dust and splash proof)

Connectivity Type
Wired - Terminal block

Operating Voltage
220-240V AC

Components
Rotor, Stator, Encoder, Shaft, Terminal Block

Way
Single Shaft

Control System
Servo-based digital control

Product Type
AC Servo Motor

Material
High-grade industrial steel and alloy components

Surface Finish
Matte/Anodized

Standard
IEC/CE Compliant

Surface Color
Black/Gray

Rated Voltage
230V AC

Frequency (MHz)
50/60 Hz

Maximum Output Current
12A

Dimension (L*W*H)
Approx. 285mm x 105mm x 105mm

Application
CNC machinery, Robotics, Industrial Automation

IP Rating
IP65

About FAGOR FXM43.40F.I0.000 SERVO MOTOR

Grab the opportunity to unlock unparalleled precision with the venerable FAGOR FXM43.40F.I0.000 SERVO MOTOR. Explore the famed capabilities of this triumphant motor, featuring an incremental encoder and peak torque up to 25 Nm. Its robust flange mount design, IP65 protection, and maintenance-free lubrication ensure seamless integration into any demanding industrial setup. Crafted from high-grade steel and alloy, the FXM43.40F.I0.000 delivers uncompromising reliability for over 20,000 hours. This IEC/CE compliant motor is engineered for CNC machinery, robotics, and automationempowering your next project with unmatched control and longevity.

Applications and Media Versatility

The FAGOR FXM43.40F.I0.000 SERVO MOTOR excels in various application areas, including advanced CNC machinery, robotics, and industrial automation. Its precision control and high-torque output make it ideal for sectors demanding exact motion and reliability. Application media spans cutting-edge manufacturing lines to automated production systems. This motor thrives in environments where accuracy and dependable performance are paramount, serving factories, workshops, and production units with seamless integration and robust function.

Sample Policy and Global Standards

Samples of the FXM43.40F.I0.000 SERVO MOTOR are handed over upon request, ensuring prompt arrival for evaluation and testing. Certified with IEC and CE standards, the motor guarantees rated safety and quality. Our main export markets include Europe, Asia, and the Americas, where the rate of acceptance and satisfaction is consistently high. Each product is delivered with full authentication to meet stringent operational requirements and facilitate global installation.

FAQs of FAGOR FXM43.40F.I0.000 SERVO MOTOR:

Q: How does the built-in thermal protection benefit the FAGOR FXM43.40F.I0.000 SERVO MOTORs operation?

A: The built-in thermal sensor actively monitors temperature, preventing overheating and ensuring the motor operates efficiently and safely for longer periods.

Q: What area of application is ideal for the FXM43.40F.I0.000 SERVO MOTOR?

A: This servo motor is best suited for CNC machinery, robotics, and industrial automation, where precision, durability, and high torque are essential.

Q: When can I expect the arrival of a sample unit for evaluation?

A: Sample units are typically handed over within a defined lead time following the request, ensuring timely arrival for your testing and assessment needs.

Q: Where does the FXM43.40F.I0.000 excel in terms of usage environment?

A: The motor excels in environments requiring dust and splash protection, such as manufacturing factories, automated workshops, and production lines, thanks to its IP65 rating.

Q: What is the process for integrating this servo motor into a control system?

A: Integration involves wiring to the terminal block, configuring the servo-based digital control, and using encoder feedback to achieve precise motion control.

Q: How does the maintenance-free lubrication enhance usage efficiency?

A: Pre-lubricated bearings require no regular servicing, minimizing downtime and reducing maintenance costs, while maintaining smooth and reliable operation.

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