LENZE E84AVHCE2224SB0 FREQUENCY INVERTER DRIVE

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LENZE E84AVHCE2224SB0 FREQUENCY INVERTER DRIVE

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LENZE E84AVHCE2224SB0 FREQUENCY INVERTER DRIVE Specification

Overheating Protection
YES

Shape
Rectangular

Operating Temperature
-10C to +55C

Mounting Type
Panel Mount

Surface Finish
Textured

Power Factor
>= 0.98

Feature
Integrated EMC filter, Vector control, User-friendly operation

Connector Type
Screw connection

IP Rating
IP20

Humidity %
< 95% (non-condensing)

Efficiency
>= 97%

Insulation Material
High-grade Polymer

Product Type
Frequency Inverter Drive

Application
Industrial Automation / Motor Control

Protection Level
Overload, Overvoltage, Overcurrent

Frequency (MHz)
50/60 Hz

Rated Voltage
400 V AC

Energy Consumption
High Efficiency, Low Loss

Output Type
Digital / Analog

Color
Grey/Blue

Dimension (L*W*H)
200 x 75 x 170 mm

Weight
2.5 kg

Input Voltage
3 x 400 V AC

Phase
Three Phase

Size
Standard

Material
Plastic and Metal

No Of Poles
3

Connection Type
Screw Terminal

About LENZE E84AVHCE2224SB0 FREQUENCY INVERTER DRIVE

Order Today the New, affordable LENZE E84AVHCE2224SB0 Frequency Inverter Drive for immaculate performance in industrial automation and motor control! This gilt-edged solution, with 2.2 kW output power and 5.5 A current, employs both V/F and Sensorless Vector Control methods, ensuring noteworthy efficiency and reliability. It incorporates an integrated braking unit, premium EMC filter, and user-friendly operation. Featuring CE and RoHS compliance, this inverter boasts a robust build of high-grade polymer and metal, compact design, and textured finishmeeting gilt-edged standards for every industrial application. Available now in India!

General and Specific Uses in Industrial Automation

The LENZE E84AVHCE2224SB0 Frequency Inverter Drive is designed for controlling three-phase motors in varied industrial automation scenarios. Its specific use includes regulating motor speed with precision, making it ideal for conveyor systems, pumps, and fans. Set-up is simple with panel mounting, and the device excels in both retrofit and new installations. Suitable for factories, process industries, and automated warehouses, it caters to diverse motor control applications, optimizing energy consumption and operational efficiency.

Sample and Packaging for Market Valuation

Experience the premium quality of the LENZE E84AVHCE2224SB0 with sample options for thorough valuation before bulk handover. Packaging is immaculate, protecting each unit during transit and ensuring you receive the product in gilt-edged condition. We serve the main domestic market across India, with a focus on swift delivery and secure packaging standards. Obtain a sample, evaluate performance, and confidently complete your procurement for a seamless transition to advanced motor control solutions.

FAQs of LENZE E84AVHCE2224SB0 FREQUENCY INVERTER DRIVE:

Q: How does the LENZE E84AVHCE2224SB0 improve motor control efficiency?

A: This frequency inverter drive uses V/F and sensorless vector control methods, delivering up to 97% efficiency and a high torque of 200% at low speeds, making it highly effective for precise motor control applications.

Q: What applications are ideal for using this frequency inverter drive?

A: It is specifically engineered for industrial automation, such as conveyor belts, fans, and pumps, where reliable speed regulation and high performance are crucial demands.

Q: When should you consider installing this inverter drive?

A: Install the LENZE E84AVHCE2224SB0 during new automation projects or for modernizing existing motor drives where enhanced control, energy efficiency, and overload protection are priorities.

Q: Where can the LENZE E84AVHCE2224SB0 be used within industrial environments?

A: This inverter drive is suitable for panel-mounted settings in industrial environments like factories, warehouses, and process plants, thanks to its IP20 and wide operating temperature range.

Q: What benefits does the integrated braking unit deliver?

A: The braking unit ensures smooth deceleration and enhanced safety by protecting against motor overrun, making operation seamless and reducing mechanical stress.