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BOSCH SERVO DRIVE

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BOSCH SERVO DRIVE Specification

Cooling Method
Forced air cooling

Rated Current
3.5 A

Noise Level
<60 dB

Power Factor
>0.98

Working Temperature
0C to 55C

Operating Temperature
0C to 55C

Rated Power
750 W

Current Range
0~10 A

Application
Industrial automation, CNC machinery, robotics

Features
Compact structure, easy installation, precise control, energy saving

Phase
Single/Three Phase

Output Current
3.5 A

Output Type
Digital

Connector Type
Industrial screw terminal

Power Supply
AC

Product Type
BOSCH SERVO DRIVE

Output Power
750 W

Output Frequency
0~650 Hz

Input Voltage
200-240 V AC

Voltage Protection
Over and Under Voltage Protection

Efficiency
Greater than 90%

Material
High grade metal and electronic components

Line Regulation
0.5%

Storage Temperature
-25C to +70C

Weight
Approx. 1.5 kg

Pulse Input
Maximum 500 kHz

Relative Humidity
Less than 90%, non-condensing

Acceleration/Deceleration Time
0.01~6000 s

Vibration Resistance
0.6G

Control Method
Vector Control, V/F Control

Mounting Type
Panel Mount

Position Feedback
Encoder Supported

Communication Interface
RS232/RS485, CANopen

Response Time
2 ms

Insulation Resistance
>20M, 500VDC

Display
LED/LCD Digital Display

Protection Rating
IP20

Altitude
Up to 1000m without derating

About BOSCH SERVO DRIVE

Experience top-drawer performance with the BOSCH SERVO DRIVE, a Fresh and Special blend of engineering precision and reliability. Designed for panel mounting, its reserve of features includes robust Vector and V/F control, encoder-supported position feedback, and an exquisite LED/LCD digital display. With IP20 protection, RS232/RS485, and CANopen communication, its ideal for industrial automation, robotics, and CNC machinery. Boasting over 90% efficiency, forced air cooling, and compact design, this drive delivers top-notch, energy-saving operation with unmatched response time and smooth control.

Applications and Directions for Use

The BOSCH SERVO DRIVE is widely used in industrial automation, CNC machinery, and robotics for its reliable and precise control capabilities. This top-notch servo drive is easy to install and operate, making it ideal for both experienced engineers and new users alike. Simply mount the drive on a panel, connect via supported interfaces, and follow user guidelines for optimum system integration and performance.

Sample Policy, Certifications, and Shipping Information

We offer a competitive rate on BOSCH SERVO DRIVE samples, subject to quick dispatch upon request. Our product is supplied with the necessary certifications and comes carefully packaged in robust materials, ensuring the safe delivery of shipped goods. Clients can count on reliable service and transparent communication from order to fulfillment, making procurement straightforward throughout India.

FAQs of BOSCH SERVO DRIVE:

Q: How is the BOSCH SERVO DRIVE installed?

A: The BOSCH SERVO DRIVE is designed for panel mounting. Installation involves securing the drive to a suitable panel and connecting the necessary input, output, and feedback cables using the provided industrial screw terminals as per the user manual.

Q: What are the main benefits of using a BOSCH SERVO DRIVE in industrial automation?

A: It offers precise control, high efficiency (>90%), rapid response times (2 ms), and robust protection features. These qualities improve machine accuracy, boost productivity, and reduce downtime in industrial settings.

Q: Where can the BOSCH SERVO DRIVE be applied?

A: The drive is suitable for use in CNC machinery, robotics, and general industrial automation where precision motion and control are essential.

Q: What is the process for connecting the drive to a control system?

A: Users can connect via RS232/RS485 or CANopen interfaces for communication. Position feedback is provided through an encoder connection, enabling seamless integration with existing automation systems.

Q: When should maintenance be performed on this servo drive?

A: Regular inspection is recommended as part of routine system maintenance. Ensure the drives cooling system is clear and terminals are secure, particularly if operated in demanding industrial environments.

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