Electro Adda FC1 60M-4 Electric Motor

General Description

The Electro Adda FC1 60M-4 electric motor is a three-phase unit designed for industrial applications requiring considerable power and reliable performance. This engine model, produced by Electro Adda SPA, is known for its robustness and durability. The motor is used and presents itself as a high-quality device, ideal for integration into various industrial machinery and systems.

Visually, the Electro Adda FC1 60M-4 engine appears solid and well built. Its metal casing, generally painted grey, gives it an industrial and resistant look. The engine is equipped with an externally mounted cooling fan, which helps keep the operating temperature within safe limits. The structure is designed to last, with a robust finish that resists environmental stress.

Components and Construction

The Electro Adda FC1 60M-4 engine is composed of:

• Stator: The fixed part of the motor, which includes the electric coils and generates the magnetic field necessary for operation.
• Rotor: The rotating part, which moves inside the stator and produces mechanical energy.
• Cooling Fan: Positioned on the side of the motor, it ensures effective dissipation of the heat produced during operation.
• Housing: Constructed from sturdy metal to protect internal components and help disperse heat.
• Thermistors: Built-in temperature sensors to monitor engine operating conditions and prevent overheating.

Measurements and Technical Specifications

• Power: 13 kW (kilowatts)
• Voltage: 400/690 V (volts)
• Current: 26.7 A (amperes) at 400 V and 15.4 A at 690 V
• Number of Revolutions: 1455 RPM (rotations per minute)
• Efficiency: 84%
• Power Factor: 0.80
• Cooling Type: Forced Ventilation
• Protection Index: IP55, which guarantees protection against the ingress of dust and water jets.
• Insulation Class: F, for adequate protection against overheating.

Usage Procedure

1. Installation: Place the motor in an environment with good ventilation. Check that the motor is securely mounted and that the electrical connections are correct.
2. Electrical Connection: Connect the motor to the electrical network respecting the indicated voltages. When used with an inverter, configure the device correctly to adapt the speed and control of the motor.
3. Starting and Monitoring: Start the engine and monitor operating parameters such as current, voltage and temperature. Make sure the engine runs smoothly and that temperatures remain within safe limits.

Accessories and Combinations

• Inverter: For speed regulation and fine control of motor performance.
• Temperature Sensors: To monitor engine temperature and prevent overheating.
• Additional Cooling Systems: If required for high temperature environments or particularly demanding applications.

Formulas for Optimal Use Parameters

• Absorbed Power (P): P = V * I * √3 * cos φ
  • Where V is the voltage, I is the current, and cos φ is the power factor.
• Efficiency (η): η = (Pmechanical / Electrical) * 100
  • Where Pmechanics is the mechanical power produced and Pelettrica is the electrical power absorbed.

Workable Materials

The Electro Adda FC1 60M-4 engine is suitable for a wide range of industrial applications, including:

• Power Transmission Systems
• Pumps and Fans
• Production Machinery

Maintenance

• Periodic Checks: Inspect the engine regularly for signs of wear, damage or dust accumulation.
• Cleaning: Remove dust and debris from the engine surface and cooling fan.
• Checking Connections: Check electrical connections to ensure they are secure and free of corrosion.

Evaluation of Good Used

To determine whether a used engine like the Electro Adda FC1 60M-4 is in good condition, consider the following:

• Visible Wear: Examine the engine for any signs of damage or wear.
• Functional Test: Check that the motor works correctly without anomalies.
• Previous Maintenance: Make sure the engine has been properly maintained in the past.

Sectors of Use and Advantages of Purchasing Used

The Electro Adda FC1 60M-4 engine finds application in various industrial sectors thanks to its power and reliability. Buying a used engine like this can bring significant benefits, including reduced costs and less environmental impact than producing a new engine. However, it is crucial to ensure that your used engine is in excellent condition and has been properly maintained to ensure optimum performance and reliability.