Lenze 8200 Vector 4 kW inverter and the Mitsubishi S500

Introduction

Today we present you a detailed technical sheet regarding the Lenze 8200 Vector 4 kW Inverter , never used, and the Mitsubishi S500 , a used but perfectly functional model. These inverters are ideal solutions for controlling electric motors in industrial environments, known for their versatility and reliability.

Visual Appearance and Structure

The Lenze 8200 Vector Inverter features a compact and modern design. It has a light gray metallic casing, with a front control panel that includes an LCD display and navigation buttons for easy access to settings. The dimensions of the inverter are approximately 300 mm high, 200 mm wide and 150 mm deep, with a weight of approximately 5 kg.

The Mitsubishi S500 , on the other hand, has a robust and functional appearance, characterized by a dark metal casing and a simple and intuitive user interface. The dimensions are approximately 400mm high, 300mm wide and 200mm deep, and it weighs approximately 8kg.

Components and Measurements

• Lenze 8200 Vector inverter:

  • Rated power : 4 kW
  • Supply voltage : 380-480 V
  • Maximum current : 10 A
  • Frequency : 50/60 Hz
  • Interface : LCD display with buttons

• Mitsubishi S500:

  • Power : 5.5 kW
  • Voltage : 380V
  • Current : 12 A
  • Frequency : 50 Hz
  • Communication modules : Included in the design

Mechanical Characteristics

The mechanical characteristics of these inverters are fundamental to their performance:

• Lenze 8200 Vector inverter:

  • Dimensions : 300 x 200 x 150 mm
  • Weight : 5 kg
  • Functions : Speed ​​and torque control, management of acceleration and deceleration curves.

• Mitsubishi S500:

  • Dimensions : 400 x 300 x 200 mm
  • Weight : 8 kg
  • Functions : Programming of different operating modes, integrated protection functions.

Usage Procedure

The use of these inverters is simple and direct:

1. Installation : Place the inverters in a well-ventilated area, away from heat sources.
2. Electrical connection : Make the connections following the specific instructions for each model, making sure to respect the polarities.
3. Initial Setup : Access the control panel and set the operating parameters, such as motor speed and acceleration modes.
4. Switching on : After correct connection and settings, switch on the inverters and monitor operation via the display.

Compatible Accessories

To improve the efficiency and versatility of inverters, various accessories can be used:

• Remote control panels : They allow you to manage the inverters remotely.
• EMI Filters : Reducing electromagnetic interference.
• Protection systems : Fuses and switches to ensure electrical safety.

Formulas for Optimal Parameters

To maximize the efficiency of inverter use, some useful formulas can be applied:

• Power (P) = Voltage (V) × Current (I)
• Effectiveness (%) = (Useful power / Absorbed power) × 100

These formulas are useful for monitoring and improving operational efficiency.

Workable Materials

Both inverters can control motors used in various industrial sectors, including:

• Pumps : For the transport of fluids in various systems.
• Production equipment : Control of machinery in the production line.
• Fans and compressors : For moving air in industrial environments.

Recommended Maintenance

To ensure optimal operation, it is important to follow these maintenance practices:

• Regular checks : Periodically check the connections and operating parameters.
• Cleaning : Remove dust and debris from the inverters and their openings.
• Performance Monitoring : Track operating parameters to avoid malfunctions.

Safety Regulations

It is essential to follow safety regulations when installing and using inverters. If you cannot find CE certifications, it is advisable:

• Consult experts to update devices according to current regulations.
• Implement safety measures such as overload and short circuit protections.

Rating of Good Used

To determine whether a used inverter is of good quality, consider:

• Cosmetic and functional conditions : Make sure there is no obvious damage.
• Operation tests : Check that both inverters operate correctly.
• Documentation : Check the presence of manuals and certificates of conformity.

Sectors of Use

The Lenze 8200 Vector Inverter and the Mitsubishi S500 are used in various sectors, including:

• Manufacturing industry : Control of production lines and machinery.
• Energy sector : Automation and management of energy systems.
• Water treatment : Use in pumps and filtering systems.

Conclusion

Purchasing a Lenze 8200 Vector 4 kW Inverter , never used, and a Mitsubishi S500 , used but working, represents an advantageous opportunity to improve the efficiency of any industrial system. Both devices offer high performance and integrate easily into a variety of applications, saving costs without compromising quality.