LENZE EVS9326 EIV904 DRIVE

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LENZE EVS9326 EIV904 DRIVE Specification

Output Current
45 A

Power Supply
Three Phase 400 V AC, 50/60 Hz

Operating Temperature
0C to +55C

Rated Power
22 kW

Features
Integrated Brake Chopper, Programmable Digital Inputs/Outputs, User-Friendly Interface, Vector Control, Diagnostics Functions

Power Factor
> 0.95

Noise Level
< 65 dB(A)

Connector Type
Screw Terminal

Working Temperature
0C to +55C

Rated Current
45 A

Phase
Three Phase

Application
Industrial Automation, Conveyor Systems, Pumps, Fans

Current Range
0 to 45 A

Cooling Method
Forced Air Cooling

Output Type
Three Phase

Product Type
Frequency Inverter Drive

Output Power
22 kW

Output Frequency
0 to 599 Hz

Input Voltage
400 V AC

Voltage Protection
Overvoltage and Undervoltage Protection

Efficiency
Up to 98%

Material
Industrial Grade Components with Metal Housing

Line Regulation
0.5%

Storage Temperature
-25C to +70C

Weight
Approx. 27 kg

About LENZE EVS9326 EIV904 DRIVE

The LENZE EVS9326 EIV904 DRIVE is a venerable solution for industrial automation, esteemed for its unparalleled performance and transcendent reliability. Featuring multiple control methodsV/Hz, sensorless vector, and servo controlthis popular drive offers a robust LCD multi-function display and extensive communication options such as CANopen, RS232, RS485, and optional PROFIBUS. With industrial-grade metal housing, integrated EMC filter, and versatile panel/wall mounting, the EVS9326 is engineered for maximum efficiency up to 98%. Procure this drive now to empower conveyors, pumps, and fans with remarkable overload protection, precise diagnostics, and universal compatibility.

Versatile Application in Industrial Settings

The LENZE EVS9326 EIV904 DRIVE is exceptionally suitable for use in challenging plant environments. It is designed for specific usage in conveyor systems, automated production lines, and control of pumps and fans. Thanks to its configurable output and integrated protection features, this drive delivers reliable performance for industrial automation tasks. Flexible installation options allow it to adapt seamlessly to new or existing plant applications, elevating operational efficiency and equipment longevity.

Sample Procurement and Supply Details

Samples of the LENZE EVS9326 EIV904 DRIVE are available for testing and evaluation purposes. For quotations, simply contact our supplier or trader in Afghanistan. With a dependable supply ability and efficient payment terms, orders are quickly dispatched and shipped with minimal lead time. Clients receive prompt assistance for technical queries or additional documentation, ensuring a smooth procurement process for both small and bulk requirements.

FAQs of LENZE EVS9326 EIV904 DRIVE:

Q: How can I request a sample of the LENZE EVS9326 EIV904 DRIVE?

A: Samples can be requested directly from the supplier or authorized trader in Afghanistan; simply provide a quotation enquiry to begin the process.

Q: What plant applications does the LENZE EVS9326 EIV904 DRIVE support?

A: This drive is suitable for a range of industrial automation tasks, including conveyor systems, pumps, and ventilation fans in production facilities.

Q: When can I expect my order to be shipped after placing a procurement request?

A: Orders are typically prepared for quick dispatch and shipped promptly upon confirmation of payment terms and supply availability.

Q: Where is the LENZE EVS9326 EIV904 DRIVE commonly installed within industrial plants?

A: The drive is designed for panel or wall mounting, making it ideal for integration into control cabinets or machinery enclosures in industrial environments.

Q: What are the benefits of the LENZE EVS9326 EIV904 DRIVEs control methods?

A: With V/Hz control, sensorless vector, and servo options, users can achieve precise speed and torque regulation, enhancing machine performance and process efficiency.

Q: How does the integrated EMC filter and protection features contribute to reliability?

A: The EMC filter suppresses electrical noise, while overvoltage and undervoltage protection ensure consistent and safe operation under varying load conditions.

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