SCHNEIDER AC SERVO DRIVE

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SCHNEIDER AC SERVO DRIVE Specification

Current Range
0-4.5 A

Operating Temperature
0C to 55C

Rated Power
750 W

Cooling Method
Forced Air Cooling

Application
CNC machines, Robotics, Printing machinery, Packaging

Rated Current
4.5 A

Output Current
4.5 A

Power Supply
AC 200-240V

Connector Type
Screw terminal

Output Type
3 Phase AC

Power Factor
>= 0.98

Phase
Single/Three Phase

Working Temperature
0C to 55C

Noise Level
Less than 60 dB

Features
Compact Size, Digital Display, Auto Tuning, Overload Protection

Product Type
AC Servo Drive

Output Power
750 W

Output Frequency
0-400 Hz

Input Voltage
200-240V AC, 1/3 Phase

Voltage Protection
Overvoltage and undervoltage protection

Efficiency
High efficiency (> 90%)

Material
Industrial grade ABS enclosure

Line Regulation
0.5%

Storage Temperature
-20C to 65C

Weight
Approx. 2 kg

About SCHNEIDER AC SERVO DRIVE

Reserve your place at the forefront of automation with the SCHNEIDER AC Servo Drivean enviable solution offering sizzling performance and formidable precision. Boasting field-oriented vector control with a top-tier speed range of 1:5000, this drive integrates RS-485 and CANopen communication for seamless connectivity. Benefit from 8 programmable digital inputs and dual analog entries, all within a robust IP20 ABS enclosure. Reliable and efficient with >90% efficiency, integrated braking, and strict voltage protection, this drive is tailored for demanding industrial applications such as robotics, CNC machines, and advanced packaging lines.

Versatile Applications and Operators for the SCHNEIDER AC SERVO DRIVE

The SCHNEIDER AC SERVO DRIVE shines in diverse applications including CNC machining, high-precision robotics, printing systems, and intricate packaging machinery. Designed for both metallic and composite surfaces, it adapts to a variety of installation environments. Commonly used by automation engineers, machinery manufacturers, and maintenance professionals, its enviable adaptability ensures optimal performance across different operational media and surfaces, serving as a formidable ally in demanding industrial settings.

FOB Port, Packaging, and Sample Exchange of SCHNEIDER AC SERVO DRIVE

Order completion for the SCHNEIDER AC SERVO DRIVE is smooth for global clients via leading FOB ports, ensuring swift and secure shipments. Each drive is packaged meticulously to guarantee its pristine condition upon arrival. If you wish to evaluate before committing, samples are available for qualifying requests. Our competitive rate structure allows for flexible transactions and valuable exchanges, enabling you to trial and adopt top-tier innovation with complete confidence.

FAQs of SCHNEIDER AC SERVO DRIVE:

Q: How does the SCHNEIDER AC SERVO DRIVE support high-precision operations?

A: The drive utilizes field-oriented vector control and high frequency accuracy (0.01%) to deliver formidable precision, making it ideal for processes requiring highly accurate speed and position control such as CNC machining and robotics.

Q: What applications can benefit most from this servo drive?

A: Industries including CNC machinery, robotics, printing, and high-speed packaging lines stand to gain the most from this drives enviable efficiency, reliability, and advanced control features.

Q: Where is the ideal surface or environment for installing the SCHNEIDER AC SERVO DRIVE?

A: The drive is designed for panel mount installations and an IP20 rating, suitable for clean and controlled industrial environments with altitudes under 1000m and temperatures from 0C to 55C.

Q: When can I expect delivery after placing an order for this AC servo drive?

A: Delivery timelines are linked to order completion terms and the chosen FOB port. Shipments are processed swiftly and securely, with packaging assuring safe transit to your location.

Q: What is the process to request a sample before completing an order?

A: Simply contact the supplier to express your interest in a sample. Upon verification and agreement on rate, an exchange can be arranged so you can test product suitability ahead of full order placement.

Q: How does the built-in braking unit enhance usage safety?

A: The integrated dynamic braking circuit allows for rapid deceleration and secure stopping of motors, ensuring safer operation during emergency stops or sudden load changes.

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