About Fanuc Servo Motors
Our offered Fanuc Servo Motors are extensively used for miniature brush less motors, high power hydraulic motors and many more motors, which are used as earth moving equipment. These are precisely manufactured making use of ultra-modern technology, in addition, we acquire these motors from the certified vendors of the market. Due to all, thee Fanuc Servo Motors are known for their excellent regulation, over-load capacity, trouble free operation. Hence, we are appreciated as a leading Service Provider and Trader.
Features:
- No wave form distortion
- Low operating torque
- Smooth and linear output
- High efficiency
- Low magnetizing current
Precision for Modern AutomationEngineered for reliability, the Fanuc Servo Motor delivers consistent, high-accuracy motion control, essential for CNC machinery and robotics. Its compact form factor (215 x 90 x 100 mm), sealed construction, and natural cooling make it a perfect fit for applications requiring stable performance in varying environments. The inclusion of both absolute and incremental encoder options supports diverse feedback requirements, empowering flexible integration.
Benefits of Maintenance-Free DesignFeaturing sealed bearings and maintenance-free lubrication, this motor reduces downtime and service intervals, translating into enhanced productivity and longevity. The IP65 protection ensures resistance against dust and water, while Class F insulation supports safe operation under elevated temperatures. An overload capacity of 150% rated torque for 1 minute equips the motor to handle sudden operational demands with ease.
Where Performance Meets EfficiencyRated at 750 W, the Fanuc Servo Motor maintains high energy efficiency (IE3) and low vibration levels (below 2.8 mm/s), ensuring smooth, economical operation. Its three-phase electric start and flange mounting simplify installation, while low running noise supports user comfort. Widely available through dealers, distributors, and service providers across India, this motor is suitable for new projects and retrofit upgrades alike.
FAQs of Fanuc Servo Motors:
Q: How is the Fanuc Servo Motor integrated into CNC machinery and automation equipment?
A: The Fanuc Servo Motor is designed with a flange mount and circular multi-pin connectors, making it straightforward to install in CNC machines, robotics, or other automation systems. The optional absolute or incremental encoder ensures compatibility with various control architectures.
Q: What are the usage benefits of the maintenance-free lubrication and sealed design?
A: Its maintenance-free lubrication and sealed construction (IP65) minimize routine servicing, leading to reduced operational downtime and protecting internal components from dust and moisture in industrial environments.
Q: When should the brake option be selected for this servo motor?
A: The brake option is ideal for applications that require holding the load steady during power-off or emergency stops, common in vertical axis CNC machinery or robotics, enhancing operational safety and precision.
Q: Where in India can I purchase or service this Fanuc Servo Motor?
A: It is available through authorized dealers, distributors, importers, and service providers across India, ensuring comprehensive support for both procurement and after-sales service.
Q: What process ensures compliance with industrial standards and efficiency?
A: The motor is built to IEC standards and achieves IE3 efficiency class, ensuring reliable performance, energy conservation, and conformity with modern industrial requirements.
Q: How does the natural cooling method benefit the operation of this motor?
A: Natural cooling eliminates the need for complex cooling systems, simplifying installation and maintenance, while still ensuring stable temperature control for extended motor life.
Q: What are the major advantages of using this servo motor in automation systems?
A: Key advantages include high precision, compact design, reliable performance under heavy loads (up to 150% rated torque for 1 minute), and efficient operation, making it suitable for demanding, continuous-use scenarios.