The Energy Plus TEFC engine is equipped with:
- Stator : Fixed part of the motor that contains the winding system.
- Rotor : Rotating part that is driven by the magnetic field created by the stator.
- Cooling Fan : Positioned on the outside to ensure adequate ventilation and keep operating temperatures low.
- Bearings : 620922 / 631122 , designed to support high speeds and loads.
Technical Specifications
- Power : 22 kW
- Number of revolutions : 1775 rpm
- Frequency : 60 Hz
- Voltage : 380V
- Engine Type : TEFC (Totally Enclosed Fan Cooled)
- Insulation : Class F
- Degree of Protection (IP) : IP55
- Current : 33.3 A
- Service Factor (SF): 1.15
- Working Environment : -20°C to +40°C
- Efficiency: 92.4%
- Brand : C3 Hyosung Corporation
- Origin : Korea
Use and Procedure
The Energy Plus motor is designed for industrial applications requiring continuous, reliable power. It is primarily used to operate machines and equipment requiring a highly efficient, robust motor. The operation process is relatively simple:
- Installation : Mount the motor on a solid base and ensure that all electrical connections are secure and comply with safety standards.
- Wiring : Connect the engine to the electrical supply following the specified wiring diagram. The engine can be started using a star-delta starting method (Y (START)).
- Starting : Start the engine and monitor its operation during the first few minutes to ensure there are no abnormalities.
Compatible Accessories
To optimize the performance of the Energy Plus engine , it can be combined with various accessories, including:
- Control Devices : To monitor and adjust engine performance.
- Additional Cooling Systems : If the engine is operated in particularly hot environments.
- Protections and Switches : To ensure safety and prevent damage in the event of overload or short circuit.
Formulas for Optimal Use
To calculate the optimal operating parameters of the Energy Plus engine , you can use the following formulas:
- Absorbed Power (P) : P=3×V×I×Cos(ϕ)P = \sqrt{3} \times V \times I \times \text{Cos}(\phi) P = 3 × V × I × Cos ( ϕ )
- Efficiency ( η\eta η ) : η=Mechanical PowerAbsorbed Electrical Power×100\eta = \frac{\text{Mechanical Power}}{\text{Absorbed Electrical Power}} \times 100 η = Absorbed Electrical Power Mechanical Power × 100
Where:
- VV V is the voltage (Volts)
- II I is the current (Amperes)
- Cos(ϕ)\text{Cos}(\phi) Cos ( ϕ ) is the power factor
Maintenance
To keep your Energy Plus engine in good condition:
- Regular Cleaning : Make sure the engine is free of dust and debris.
- Bearing Check : Check the condition of the bearings periodically and replace them if necessary.
- Lubrication : Make sure moving components are adequately lubricated.
Evaluation of a Good Used Car
When purchasing a Energy Plus motor , check:
- General Condition : Check that there are no obvious signs of wear or damage.
- Documentation : Make sure you have all the necessary documentation, including the technical data sheet.
- Test Run : If possible, test the engine for operation before purchasing.
Sectors of Use
The Energy Plus engine is commonly used in industries such as:
- Manufacturing Industry : To operate machines and production lines.
- Automation : In industrial automation and control systems.
- Water Treatment Plants : To pump and manage water flows.
Advantages of Buying Used
Buying a Energy Plus engine can be advantageous for:
- Lower Cost : Significantly reduces costs compared to purchasing a new engine.
- Reliability : Many used engines, if well maintained, can offer performance comparable to that of new models.
- Immediate Availability : Often, used engines are available immediately, with no waiting times.
In summary, the Hyosung C3 Energy Plus engine is an excellent choice for those seeking a powerful and reliable engine. Its high efficiency and robustness make it ideal for various industrial applications. Purchasing a used engine of this type can be an economical and practical choice, if done with care and attention.