Product Description
We are providing an extensive range of 60MW HTC Generator Rotor . It is an armature that provides rectified power to the main rotor. In addition to this, provided range is made with a three-phase high frequency AC output. 60MW HTC Generator Rotor is mount on the shaft with the main rotor. It is a moving component of an electromagnetic system. It is equipped with a steel material of tools. It is easy to rotates in the field.
Precision Engineering for Power GenerationThis generator rotor integrates advanced manufacturing, combining precise dynamic balancing with rigorous testing such as ultrasonic flaw detection and high-voltage evaluation. The robust laminated steel core construction optimizes magnetic fields, ensuring consistent energy conversion and reliable operation in demanding 60MW power plant environments.
Superior Cooling and Surface ProtectionEmploying direct hydrogen cooling, the rotor efficiently dissipates heat generated during high-speed operation, safeguarding performance and prolonging its service life. The applied shot blasting and anti-corrosion coatings form a protective barrier, reducing maintenance, and improving resilience in harsh industrial settings.
Custom-Built to Your SpecificationsEach rotor is tailored to fit unique generator shaft requirements, with precise main shaft diameter and overall dimensions adjusted according to manufacturer specifications. Secure wooden crate packaging ensures safe handling and transport, maximizing protection during delivery to your power facility.
FAQ's of 60MW HTC Generator Rotor:
Q: How does the direct hydrogen cooling system improve heat dissipation in the 60MW HTC Generator Rotor?
A: Direct hydrogen cooling enhances thermal management by efficiently transferring heat away from the rotor during operation. Hydrogen has excellent heat transfer properties, reducing temperature rise and protecting insulation and components, which ultimately extends the rotor's operational life and reliability.
Q: What surface treatments are applied to the generator rotor and what benefits do they provide?
A: The rotor undergoes shot blasting to clean and prepare the surface, followed by an anti-corrosion coating. These treatments enhance surface integrity, prevent rust formation, and safeguard the rotor in both humid and high-temperature environments, minimizing maintenance requirements.
Q: When is the 60MW HTC Generator Rotor typically used?
A: This rotor is designed for integration into 60MW capacity thermal and hydro power generator systems. Its high reliability and robust construction make it suitable for continuous operation in heavy-duty power plants where stable and efficient energy conversion is critical.
Q: Where can the rotor be installed and who typically supplies it?
A: The rotor is meant for horizontal mounting within large generators at power generation facilities, whether in thermal or hydroelectric plants. It is available through exporters, importers, suppliers, traders, and service providers across India and internationally.
Q: What testing processes does the rotor undergo before delivery?
A: The HTC generator rotor is subject to dynamic balancing to ensure vibration-free operation, ultrasonic flaw detection to identify internal defects, and high-voltage testing for electrical safety and insulation reliability. These comprehensive tests guarantee performance and safety standards are met.
Q: How is the rotor packaged and protected during transport?
A: A heavy-duty wooden crate with secure bracing is used for packaging. This method provides strong protection against physical impacts and environmental factors during shipping, ensuring the rotor arrives safely at the installation site.
Q: What are the key advantages of choosing this generator rotor for your power plant?
A: Key benefits include high reliability, low maintenance, extended operational life, precision balancing, enhanced insulation, and robust anti-corrosion protection. These features ensure stable operation, reduced downtime, and a strong return on investment for large-scale power generation projects.
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