SCHNEIDER ELECTRIC MOTION SERVO DRIVE

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SCHNEIDER ELECTRIC MOTION SERVO DRIVE Specification

Efficiency
>92%

Overheating Protection
YES

Surface Finish
Powder Coated

Insulation Material
ABS/PC Composite

Humidity %
5-85% RH Non-Condensing

Power Factor
0.95

Shape
Rectangular

Operating Temperature
0C to 50C

IP Rating
IP20

Mounting Type
Panel Mount

Connector Type
Sub-D and Terminal Blocks

Feature
High Precision Control, Compact Design

Product Type
Motion Servo Drive

Application
Industrial Automation

Protection Level
Overload, Short Circuit

Frequency (MHz)
50/60 Hz

Rated Voltage
220-240 VAC

Energy Consumption
High Efficiency

Output Type
Analog/Digital

Color
Silver & Black

Dimension (L*W*H)
180 x 70 x 190 mm

Weight
1.2 kg

Phase
Three Phase

Size
Standard

Input Voltage
220-240 V AC

No Of Poles
3

Material
Aluminum Alloy Body

Connection Type
Screw Terminal

About SCHNEIDER ELECTRIC MOTION SERVO DRIVE

The SCHNEIDER ELECTRIC MOTION SERVO DRIVE is a paragon of industrial automation, engineered for high-precision control and energy efficiency greater than 92%. Resplendent in a robust aluminum alloy body and finished in silver and black, it features a venerable trifecta of control methodsvector, position, and speedsupported by an integrated dynamic braking circuit, forced air cooling, and advanced LED diagnostics. With connections like Modbus, CANopen, and optional EtherCAT, this advanced servo drive secures favorable reviews for reliability. Take advantage of its compact, panel-mount design and enduring IP20-rated protection for seamless performance in demanding environments. Advance purchase is recommended to lock in competitive terms from Indias trusted supplier and trader.

Versatile Applications and Easy Installation

Suitable for a multitude of industrial environments, the SCHNEIDER ELECTRIC MOTION SERVO DRIVE is intended for both manufacturing plants and automation lines. Its reliable performance excels on surfaces such as industrial panels and metal enclosures. To use, simply panel-mount in the desired location, connect via screw terminals or Sub-D connectors, and integrate with your existing control system. The unit offers exceptional precision and is a fantastic choice for engineers seeking dependable automation technology.

Efficient Sample Handling and Delivery Options

Sample units of the SCHNEIDER ELECTRIC MOTION SERVO DRIVE are available for evaluation purposes and can be conveniently handed over at the designated FOB port, ensuring smooth transportation and timely delivery across the domestic market. Our sample policy is designed to support hands-on assessment before bulk orders. This process streamlines procurement, allowing customers to appraise functionality with confidence prior to full implementation in their industrial setups.

FAQs of SCHNEIDER ELECTRIC MOTION SERVO DRIVE:

Q: How is the SCHNEIDER ELECTRIC MOTION SERVO DRIVE connected within an automation system?

A: The servo drive connects through screw terminals or Sub-D/terminal blocks, working seamlessly with control interfaces like Modbus, CANopen, or optional EtherCAT, making integration with various industrial networks straightforward.

Q: What types of protection does the servo drive offer?

A: The drive is equipped with overload, short circuit, and overheating protection, ensuring reliable operation and safety for both equipment and personnel in demanding applications.

Q: Where can this servo drive be typically applied?

A: It is ideal for industrial automation settings, including manufacturing plants and automated machinery, where high-precision, efficient motion control is critical.

Q: When can customers request a sample for assessment?

A: Samples can be requested at any stage of your procurement process. Simply contact your supplier or trader in India to arrange a sample handover at the determined FOB port.

Q: What are the main operational benefits of using this servo drive?

A: Users benefit from high energy efficiency, precise control options, integrated diagnostics, and robust construction, all contributing to improved process stability and reduced downtime.

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