LENZE SERVO DRIVE 33.8201 E

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LENZE SERVO DRIVE 33.8201 E Specification

Output Type
Three-phase AC

Cooling Method
Fan cooling

Features
Dynamic braking, Integrated safety functions, Diagnostic display

Current Range
010 A

Rated Power
2.3 kW

Rated Current
5.5 A

Phase
Three-phase

Working Temperature
0C to +55C

Power Factor
>0.95

Operating Temperature
0C to +55C

Power Supply
3 x 400V AC, 50/60 Hz

Application
Automation, Packaging, Robotics, CNC Machines

Noise Level
< 60 dB

Output Current
5.5 A

Connector Type
Terminal Block

Product Type
Servo Drive

Output Power
2.3 kW

Output Frequency
0-600 Hz

Input Voltage
3 x 400V AC

Voltage Protection
Overvoltage, Undervoltage protections included

Efficiency
Up to 96%

Material
Metal (Housing)

Line Regulation
1%

Storage Temperature
-25C to +70C

Weight
Approx. 12 kg

About LENZE SERVO DRIVE 33.8201 E

The LENZE SERVO DRIVE 33.8201 E is a top-drawer solution engineered for prodigious automation performance. Capitalise on its noteworthy combination of Vector and V/f Control methods with position feedback via Resolver/Encoder. Featuring robust RS232/RS485 and CANopen communication, highlighted by an integrated relay for brake control, and dynamic braking capabilities. This servo drive operates at a high switch frequency, delivers 2.3 kW output power, and boasts up to 96% efficiency. Shielded by multiple voltage protections, it suits automation, packaging, robotics, and CNC applications. The LED indicators, integrated safety functions, and fan-cooled metal housing elevate its reliability, making it ideal for demanding industrial environments. Deal with panel mounting and top-tier performance for distinguished results.

Key Usage Areas and Applications

LENZE SERVO DRIVE 33.8201 E is widely used by automation engineers and system integrators in sectors such as packaging, robotics, and CNC machinery. Its specific use includes precise motion control and advanced positioning in industrial settings. With its versatile design, it serves general use in multi-axis systems and dynamic servo motor operation. This panel-mounted, three-phase AC servo drive is ideal for both standalone and integrated machine automation requirements, delivering reliable performance in demanding environments.

Certifications, Export Details & Sample Policy

LENZE SERVO DRIVE 33.8201 E is supplied and traded in compliance with relevant industrial certifications, ensuring top-drawer quality for export market needs. Stock is ready for prompt shipment from major FOB ports, expediting order completion for international clients. The supplier offers a flexible sample policy, allowing potential buyers to evaluate drive suitability before bulk procurement. Deal confidently, as high standards and prodigious reliability are consistently maintained in every unit shipped.

FAQs of LENZE SERVO DRIVE 33.8201 E:

Q: How is the LENZE SERVO DRIVE 33.8201 E typically installed in industrial facilities?

A: This servo drive is designed for panel mount installation, making integration into control cabinets or automation panels straightforward and secure for a wide range of industrial setups.

Q: What are the main benefits of using Vector Control and V/f Control on this servo drive?

A: The highlighted Vector Control and V/f Control options deliver precise, responsive motor management and noteworthy positioning accuracy, ensuring prodigious performance in automation and robotic applications.

Q: When should the integrated relay for brake control be utilized?

A: The integrated relay for brake control can be capitalized on during machine start-stop cycles, especially for top-drawer safety and reliable holding positions in machinery such as CNC systems and packaging lines.

Q: Where do the communication options like RS232/RS485 and CANopen excel?

A: RS232/RS485 and CANopen interfaces are valuable in networked automation environments where seamless integration with PLCs, controllers, and top-tier machine networks is required.

Q: What process ensures voltage protection and safe operation?

A: The drive incorporates overvoltage and undervoltage protection systems, maintaining stable and reliable operation. This safeguards equipment from electrical anomalies, ensuring long-term prodigious performance.

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