LENZE EVS9322-ES

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LENZE EVS9322-ES Specification

Output Current
Up to 16A

Connector Type
Screw Terminals

Output Type
Three-phase Output

Working Temperature
0C to 40C

Application
Industrial Automation

Features
Compact Design Robust Construction

Rated Current
16A

Current Range
0-16A

Power Factor
0.95

Cooling Method
Air-cooled

Phase
Three-phase

Power Supply
AC Input

Noise Level
Low Noise

Rated Power
11.0 kW

Operating Temperature
0C to 40C

Product Type
Frequency Drive

Output Power
11.0 kW

Output Frequency
0-599 Hz

Input Voltage
3 x 380-460 V AC

Voltage Protection
Undervoltage and Overvoltage Protection

Efficiency
High Efficiency

Material
Metallic Enclosure

Line Regulation
Stable Line Regulation

Storage Temperature
-25C to 55C

Weight
Approx 15 kg

About LENZE EVS9322-ES

Grab Yours Now the stellar LENZE EVS9322-ES elevates industrial automation to an unparalleled level with its robust construction and compact design. This marvelously engineered AC drive offers a high-efficiency output of 11.0 kW, delivering stable line regulation and low noise operation for superior performance. Featuring screw terminals for secure connections, air-cooled technology, and three-phase output, it supports a current range of 0-16A and operates at a versatile output frequency of 0-599 Hz. Benefit from advanced purchase opportunities and enjoy reliable voltage protection, making this offering ideal for various demanding industrial settings across India.

Unparalleled Versatility in Industrial Automation

The LENZE EVS9322-ES finds its area of application primarily in industrial automation, providing robust advantages such as high efficiency, reliable performance, and adaptable output. Its compact and sturdy metallic enclosure ensures longevity and safety, while the stable line regulation, low noise, and diverse output settings further widen its scope. Besides manufacturing, this marvel can be used in other applications including conveyor systems, packaging machines, and process control units.

Export Distribution and Delivery Insights

Arrival of the LENZE EVS9322-ES is not limited to Indias thriving industrial sector; the product is also delivered to key export markets globally. Main domestic market regions enjoy swift and reliable delivery timeframes, ensuring the product is handed over as per schedule. Whether for an overseas supplier or local trader in India, LENZE guarantees prompt shipment protocols, making the advance purchase of this product seamless and timely.

FAQs of LENZE EVS9322-ES:

Q: How does the LENZE EVS9322-ES benefit industrial automation setups?

A: The LENZE EVS9322-ES offers stellar performance through its high efficiency, stable line regulation, and robust three-phase output, significantly enhancing the reliability and productivity of automated industrial systems.

Q: What process should I follow to purchase the LENZE EVS9322-ES in India?

A: Advance purchase can be done by contacting authorized suppliers or traders specializing in industrial automation equipment, who will assist with order placement, payment, and delivery arrangement in India.

Q: When will my LENZE EVS9322-ES be delivered after placing an order?

A: Delivery time depends on your location and supplier. Both main export and domestic markets typically ensure prompt shipping; your product is generally handed over within a few days to weeks post-arrival at distribution centers.

Q: Where is the LENZE EVS9322-ES mainly applied beyond industrial automation?

A: Aside from core industrial automation, the LENZE EVS9322-ES is used in applications like conveyor systems, packaging machines, and other machinery requiring reliable motor control.

Q: What is the advantage of the air-cooled, low noise operation of LENZE EVS9322-ES?

A: The air-cooled, low noise design preserves machine longevity and operational safety, fostering quieter work environments and reducing thermal stress during continuous operation.

Q: How does the voltage protection feature work in the LENZE EVS9322-ES?

A: Its undervoltage and overvoltage protection safeguards against power fluctuations, keeping connected equipment secure and maintaining system stability throughout operation.

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