LENZE EVF8201 E DRIVE

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LENZE EVF8201 E DRIVE Specification

Output Type
Three-Phase AC

Noise Level
< 75 dBA

Power Supply
AC Mains

Phase
Single/Three Phase

Operating Temperature
-10C to +55C

Connector Type
Screw Terminals

Rated Power
0.25 kW / 0.33 HP

Application
Industrial Automation, Motor Control, Conveyor Systems

Power Factor
> 0.95

Rated Current
1.2 A (at 230V)

Current Range
0.7A to 1.5A

Features
Integrated keypad, Parameterizable, Overload protection, EMC filter

Output Current
1.5 A (Maximum)

Working Temperature
-10C to +55C

Cooling Method
Internal Fan Cooling

Product Type
AC Frequency Inverter Drive

Output Power
0.25 kW

Output Frequency
0...480 Hz

Input Voltage
230V AC (single-phase) / 3 x 230V AC (three-phase)

Voltage Protection
Overvoltage and Undervoltage Protection

Efficiency
Higher than 93%

Material
Enclosure: Thermoplastic/Metal

Line Regulation
0.1%

Storage Temperature
-25C to +70C

Weight
0.9 kg

Dimensions (W x H x D)
76 x 150 x 146 mm

Environmental Protection
RoHS Compliant

Mounting Type
Panel Mount

Braking Unit
Integrated

Display
LED Status Display

Max Output Frequency
480 Hz

Protection Class
IP20

Control Method
V/f Control, Sensorless Vector Control

Communication Interface
RS485 (optional)

About LENZE EVF8201 E DRIVE

Procure the ultimate motor control with the LENZE EVF8201 E DRIVE, a top-drawer solution designed for industrial automation and conveyor systems. Featuring noble technology such as sensorless vector control and a robust V/f method, this drive ensures reliable performance even in challenging environments. Crafted to deliver an impressive max output frequency of 480 Hz and boasting ultimate efficiency above 93%, this IP20 protected drive offers integrated overload protection and a special LED status display. Stock is ending soonsecure this high-grade drive for elevated productivity.

LENZE EVF8201 E DRIVE: Specialized Application and Competitive Edge

Ideal for industrial automation and conveyor systems, the LENZE EVF8201 E DRIVE stands out with its special integrated braking unit, extensive voltage and environmental protection, and intuitive LED display. Its competitive advantages include high energy efficiency, flexible mounting options, and noble construction materials. Designed to support demanding industrial media and applications, this drive ensures top performance and reliability in diverse operating conditions.

LENZE EVF8201 E DRIVE: Packaging, Shipping, and Certifications

Every LENZE EVF8201 E DRIVE is carefully packaged for secure transit, ensuring product integrity upon delivery to your domestic market. Express shipping is available from our designated FOB port, enabling prompt order fulfillment. Certified for RoHS compliance and engineered to align with strict quality standards, this product assures you of both safety and sustainability. Choose LENZE for a seamlessly delivered, reliable top-tier solution.

FAQs of LENZE EVF8201 E DRIVE:

Q: How does the LENZE EVF8201 E DRIVE benefit industrial automation systems?

A: It enhances system reliability and efficiency through advanced control methods, integrated protection features, and high output frequency, making it ideal for precise motor control in industrial automation.

Q: What are the special features of the LENZE EVF8201 E DRIVE?

A: This model includes sensorless vector control, integrated braking unit, overload protection, LED status display, and optional RS485 communication for flexible, secure application.

Q: Where can the LENZE EVF8201 E DRIVE be installed?

A: It is designed for panel mounting, making it suitable for use in control cabinets within industrial and automation environments.

Q: What is the process for obtaining LENZE EVF8201 E DRIVE with express shipping?

A: You can procure the product with express shipping from our designated FOB port. Secure packaging ensures safe delivery to your specified domestic market location.

Q: What applications are most suitable for the LENZE EVF8201 E DRIVE?

A: It is especially well suited for industrial automation, motor control, and conveyor system applications requiring premium efficiency and reliability.

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