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YASKAWA SERVO DRIVE

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YASKAWA SERVO DRIVE Specification

Current Range
0.1 A to 5 A

Connector Type
Screw Terminal

Rated Power
400 W

Rated Current
2.5 A

Output Current
2.5 A

Features
High Response, Compact Size, Easy Setup

Operating Temperature
0C to 55C

Application
Industrial Automation, CNC, Robotics

Power Factor
0.98

Working Temperature
0C to 55C

Cooling Method
Air Cooling

Power Supply
AC 200-230 V

Noise Level
Less than 65 dB

Phase
Single/Three Phase

Output Type
Digital

Product Type
Yaskawa Servo Drive

Output Power
400 W

Output Frequency
0400 Hz

Input Voltage
200-230 V AC

Voltage Protection
Over-voltage, Under-voltage, Short Circuit Protection

Efficiency
Greater than 90%

Material
Metal & ABS Housing

Line Regulation
0.5%

Storage Temperature
-20C to 85C

Weight
Approx. 1.1 kg

Mounting Type
Panel Mount

Digital Outputs
3

Frequency Response
1.0 kHz

Startup Time
Less than 50 ms

Feedback
Encoder Feedback

Digital Inputs
6

Protection Class
Class I

Communication Interface
RS-232, RS-485, MECHATROLINK

Display
LED/LCD Status Display

Position Control
Incremental/Absolute Encoder Support

Control Method
PWM (Pulse Width Modulation)

IP Rating
IP20

About YASKAWA SERVO DRIVE

Discover the new YASKAWA SERVO DRIVEan unmatchable, high-performance solution for industrial automation, CNC, and robotics. Featuring outstanding control via PWM, it supports both RS-232 and MECHATROLINK interfaces for flexible integration. With its spectacular efficiency over 90%, fast setup, and LED/LCD status display, this compact panel mount drive is designed for excellence. Scarce in its class, it offers IP20 protection, superior voltage safeguarding, and robust encoder feedback. Try now and experience power, precision, and reliability tailored for demanding industrial use.

Versatile Applications & Superior Features

YASKAWA SERVO DRIVE is specifically engineered for industrial automation, CNC machines, and robotics. Its general-purpose design suits both specialized and broad industrial environments. Equipped with six digital inputs, three outputs, encoder support, and multiple communication options, it stands out for its high response, compact build, exceptional efficiency, and simple setup. The drives robust metal and ABS housing ensures resilience, making it a trusted choice for diverse automation needs.

Seamless Shipment & Quick Turnaround

Our YASKAWA SERVO DRIVE is shipped with care, ensuring robust packaging for safety and integrity during transit. We offer prompt delivery times to help you stay ahead of project deadlines. Payment terms are accommodating, and we provide flexible offers tailored to your requirements. The drives can be dispatched from key FOB ports across India, guaranteeing smooth and timely arrival at your location so your operations can proceed without interruption.

FAQs of YASKAWA SERVO DRIVE:

Q: How do you install the YASKAWA SERVO DRIVE in a control panel?

A: Installation is straightforward due to its panel mount design. Secure the unit onto the panel using screw terminals, connect the input voltage (200230 V AC), and integrate it with your control system using the appropriate communication interface.

Q: What types of applications are best suited for this servo drive?

A: The YASKAWA SERVO DRIVE excels in industrial automation, CNC machinery, and robotics, offering reliable position control via incremental or absolute encoder support.

Q: Where can the YASKAWA SERVO DRIVE be delivered from in India?

A: We ship from major FOB ports across India, ensuring efficient and secure delivery to your preferred address.

Q: When does the servo drive offer its highest efficiency and performance?

A: With greater than 90% efficiency and a frequency response of 1 kHz, the servo drive performs best within the working temperature of 0C to 55C and at the rated voltage and current.

Q: What protection features does the YASKAWA SERVO DRIVE include?

A: It includes over-voltage, under-voltage, and short circuit protection, alongside a robust housing (IP20 rating) and Class I protective measures for safe and reliable operation.

Q: How does encoder feedback benefit industrial applications?

A: Encoder feedback enables precise position and speed control, which is critical for high-precision automation processes, reducing errors and improving operational consistency.

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