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YASKAWA SERVO DRIVE

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YASKAWA SERVO DRIVE Specification

Application
Automation, CNC Machines, Robotics

Output Current
1.8A

Features
Compact Design, Fast Response Time, Digital Operation

Current Range
1.4-2.2A

Phase
Single/Three Phase

Power Factor
>0.95

Power Supply
AC power supply

Connector Type
Screw Terminal

Cooling Method
Forced Air Cooling

Operating Temperature
0C to +55C

Rated Current
1.8A

Noise Level
45dB

Working Temperature
0C to +55C

Output Type
Analog / Pulse

Rated Power
400W

Product Type
AC Servo Drive

Output Power
400W

Output Frequency
0-400 Hz

Input Voltage
200-230V AC

Voltage Protection
Overvoltage, Undervoltage

Efficiency
High (>90%)

Material
Industrial Grade Plastic & Metal

Line Regulation
0.5%

Storage Temperature
-20C to +85C

Weight
Approx 1.5 kg

Communication Interface
RS232 / RS485 / Modbus / CAN

Control Mode
Position/Speed/Torque Control

Control Signal Voltage
5V / 24V

IP Rating
IP20

Digital Input/Output
8/8

Maximum Speed
Up to 6000 rpm

Mounting Type
Panel Mount

Firmware
Upgradeable

Protection
Overheat, Overcurrent, Short Circuit

Encoder Feedback
Supported (Incremental & Absolute)

Display
LED Digital Display

Servo Drive Series
Sigma Series

Ambient Humidity
90% RH (Non-Condensing)

Motor Compatibility
Yaskawa Servo Motor (SGM Series)

About YASKAWA SERVO DRIVE

The YASKAWA SERVO DRIVE, part of the praiseworthy Sigma Series, offers exceptional control with its Position, Speed, and Torque functionalitiesperfectly compatible with SGM Series motors. Its towering performance reaches up to 6000 rpm, backed by opulent features like digital I/O, encoder feedback, RS232/RS485/Modbus/CAN communication, and an LED digital display. Efficiency soars beyond 90%, with reliable protections against overheat, overcurrent, short circuit, and voltage fluctuations. Reduced downtime, robust IP20 build, and panel-mount design make this a compelling offerreserve yours for efficient, advanced automation solutions.

Applications and Usage: Maximizing Performance Across Industries

YASKAWA SERVO DRIVE is expertly used for precise motion control in CNC machines, robotics, and automated assembly lines. Being both suitable for industrial and commercial automation, it caters to a vast range of usage types, whether for high-speed operations or torque-heavy tasks. Application places include manufacturing plants, robotics labs, and industrial production units, ensuring dependable performance in environments where accuracy and efficiency are paramount.

Certifications, Market Scope & Packaging Details

Each YASKAWA SERVO DRIVE undergoes meticulous certification processes to assure quality and reliability before order completion. The main domestic market is India, with supplier and trader support for seamless procurement. Robust packaging safeguards the unit during transit and ensures a secure arrival. Upon confirmed outlay, products are promptly dispatched to ensure minimal downtime, streamlining project initiation and integration for businesses and automation professionals across the region.

FAQs of YASKAWA SERVO DRIVE:

Q: How does the YASKAWA SERVO DRIVE enhance automation processes?

A: By offering precise position, speed, and torque control with high efficiency and fast response times, the YASKAWA SERVO DRIVE enables improved performance and reliability in automation systems such as CNC machines and robotics.

Q: What types of motors are compatible with this servo drive?

A: The SERVO DRIVE is fully compatible with Yaskawa Servo Motors, specifically the SGM Series, ensuring optimal integration and motion control.

Q: Where can the YASKAWA SERVO DRIVE be installed?

A: Its compact, panel-mount design makes it suitable for installation in manufacturing plants, automation cells, robotics labs, and other industrial settings requiring advanced motion control.

Q: What protection features does this servo drive offer?

A: The device includes built-in protection against overheat, overcurrent, short circuit, overvoltage, and undervoltage, maintaining safety and longevity of both drive and connected motor.

Q: What is the process for firmware upgrades and installation?

A: Firmware upgrades can be performed via supported communication interfaces, ensuring the servo drive remains up to date. Installation is straightforward with screw terminal connectors and comprehensive support, facilitating rapid deployment.

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