FANUC A06B-0371-B070 AC Servo Motor

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FANUC A06B-0371-B070 AC Servo Motor Specification

Working Temperature
0C to 40C

Application
Industrial Automation

Power Factor
0.95

Operating Temperature
0C to 40C

Rated Current
4 A

Power Supply
AC

Current Range
3.0-4.0 A

Connector Type
Circular Multi-pin

Features
Compact design durability high precision

Noise Level
Low

Phase
3-phase

Rated Power
1.8 kW

Output Current
4 A

Output Type
Rotational torque

Cooling Method
Natural cooling

Product Type
Servo Motor

Output Power
1.8 kW

Output Frequency
50/60 Hz

Input Voltage
200-230V AC

Voltage Protection
Overvoltage and undervoltage protection

Efficiency
High

Material
Steel and aluminum

Line Regulation
Stable under varied line conditions

Storage Temperature
-20C to 55C

Weight
5 kg

About FANUC A06B-0371-B070 AC Servo Motor

Discover the latest FANUC A06B-0371-B070 AC Servo Motormasterful engineering for industrial automation. Its classic compact design ensures durability and high precision, crafted from best-rated steel and aluminum. The 3-phase motor delivers a robust 1.8 kW output and operates efficiently within 0C to 40C, utilising natural cooling for reliable performance. Voltage protection, low noise levels, and stable line regulation offer peace of mind. With high efficiency and competitive features, add to cart today and utilise offer for top value from a trusted supplier/trader in India.

Competitive Edge & Versatile Applications

The FANUC A06B-0371-B070 AC Servo Motor offers significant competitive advantages such as stable line regulation, high efficiency, and compact durability. Application is straightforwardideal for integration into industrial automation systems requiring rotational torque. Beyond traditional uses, this motor is suitable for robotics, CNC machinery, and precision assembly lines, providing seamless operation thanks to its advanced engineering. Its versatility positions it as a top choice across diverse automation scenarios.

Market Value & Transaction Terms

The market value of the FANUC A06B-0371-B070 AC Servo Motor aligns with its sale price, ensuring superior investment for industrial buyers. Our sample policy enables buyers to evaluate products before final purchase. Products can be handed over at the designated FOB port, facilitating straightforward logistics. Payment terms are flexible, supporting industry standards and helping ensure a smooth transaction process for every client.

FAQs of FANUC A06B-0371-B070 AC Servo Motor:

Q: How does the FANUC A06B-0371-B070 AC Servo Motor benefit industrial automation systems?

A: The motor enhances automation with high precision, stable performance, and durable construction, making it ideal for applications requiring consistent rotational torque and low operational noise.

Q: What process should be followed for integrating this servo motor into existing machinery?

A: Integration involves connecting the circular multi-pin connectors, ensuring compatibility with a 200-230V AC power supply, and maintaining proper phase alignment for optimal performance.

Q: Where is the typical usage of this servo motor apart from industrial automation?

A: Apart from automation systems, this servo motor is widely used in robotics, CNC machines, and high-precision assembly lines due to its reliable output and efficiency.

Q: When should the servo motor be replaced or serviced for best results?

A: Regular maintenance, including inspection for voltage protection activation and cooling efficiency, ensures long service life. Replacement or servicing is advised if performance drops or unusual noise occurs.

Q: How is the payment and delivery handled for this product in India?

A: Payment terms are flexible, products are handed over at the specified FOB port, and buyers can utilise the sample policy to review the motor prior to confirming the sale.

Q: What are the cooling and voltage protection features of the FANUC servo motor?

A: The servo motor uses natural cooling and includes overvoltage and undervoltage protection, maintaining stable operation and preventing damage from power fluctuations.

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