LENZE EVS9322 ETV907 DRIVE

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LENZE EVS9322 ETV907 DRIVE Specification

Phase
Three Phase

Cooling Method
Fan-cooled

Features
Integrated brake chopper, Safe Torque Off (STO), modular design, CANopen/Profibus/Digital/Analog I/O

Rated Current
5.5 A

Connector Type
Terminal block / plug-in terminals

Output Current
5.5 A (rated)

Noise Level
<65 dB(A)

Power Supply
Three-phase 400 V AC, 50/60 Hz

Output Type
Three-phase AC

Operating Temperature
0C to +55C

Application
Industrial automation, machine tools, conveyor technology, packaging machines

Rated Power
2.2 kW

Power Factor
>= 0.95

Current Range
up to 6.2 A

Working Temperature
0C to +55C

Product Type
AC Servo Inverter Drive

Output Power
2.2 kW

Output Frequency
0599 Hz (configurable)

Input Voltage
400 V AC (Three-phase)

Voltage Protection
Integrated overvoltage and undervoltage protection

Efficiency
up to 98%

Material
Industrial grade components with metal enclosure

Line Regulation
0.1%

Storage Temperature
-25C to +70C

Weight
Approx. 4.5 kg

About LENZE EVS9322 ETV907 DRIVE

Experience the special and latest innovation in industrial automation with the LENZE EVS9322 ETV907 DRIVE. This polished drive system supports V/f, Sensorless Vector, and high-precision vector control with feedback, ensuring ultimate speed and torque management. Boasting transcendent connectivity via CANopen, Profibus, and Ethernet (optional), this drive easily integrates into any application. Shop now to benefit from 7 digital inputs, three-phase output, built-in brake chopper, LCD keypad, and IP20 panel mounting. The units robust metal enclosure, high efficiency up to 98%, and service life over 10 years mark it as the ideal solution for advanced machine tools, packaging, and conveyor systems.

Areas of Application & Competitive Advantages

The LENZE EVS9322 ETV907 DRIVE is tailored for industrial automation, machine tools, conveyor technology, and advanced packaging machines. Its transcendent versatility in plant environments ensures seamless integration into modern manufacturing lines. Key competitive advantages include modular design, exceptional control precision, support for synchronous and asynchronous motors, and robust safety features such as Safe Torque Off (STO). The drives integrated EMC filter, dynamic braking, and superior efficiency set it apart as an indispensable automation asset.

Market Coverage, Packaging & Export Strategy

The main domestic market for the LENZE EVS9322 ETV907 DRIVE spans factories requiring reliable automation. Packaging outlay is minimized using secure, compact materials to protect during transport. Expenditure for quality packaging contributes to a seamless dispatching experience, reducing risks in both local and international shipments. Major export markets include Europe, Asia, and the Middle East, leveraging LENZEs reputation for polished engineering and transcendent product reliability in global automation sectors.

FAQs of LENZE EVS9322 ETV907 DRIVE:

Q: How does the integrated brake chopper enhance usage in dynamic industrial applications?

A: The integrated brake chopper allows for efficient dynamic braking, supporting rapid acceleration and deceleration cycles. This is especially beneficial in automated packaging and conveyor systems where controlled motor stop-start is crucial for productivity and safety.

Q: What communication interfaces are available for integrating the LENZE EVS9322 ETV907 DRIVE?

A: The drive offers various communication options including CANopen, Profibus, RS232/RS485, and an optional Ethernet interface, enabling seamless integration with diverse industrial networks and control systems.

Q: When should you consider deploying this drive in your automation process?

A: This drive is ideal when your process requires precise control over synchronous or asynchronous motors, robust safety features, and the ability to manage complex input/output configurations for enhanced automation.

Q: Where can the LENZE EVS9322 ETV907 DRIVE be mounted within a plant environment?

A: The drive is designed for panel mounting, making it suitable for integration into standard control cabinets located throughout industrial facilities or on the shop floor.

Q: What are the main benefits of the modular design in maintenance and system upgrades?

A: The modular construction allows for straightforward servicing, easy component replacement, and flexible future upgrades, reducing downtime and outlay associated with maintenance.

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