Air Circulation Transformer Drying Oven

About Real Group Vacuum Air Circulation Transformer Drying Oven

The Real Group Vacuum Air Circulation Transformer Drying Oven is an industrial vacuum oven system developed for the controlled drying and moisture removal of transformer coils and insulation materials used in transformer production.

Removing moisture from insulation materials in transformer production in a controlled manner is one of the important processes for preparing the insulation system for the desired production conditions. The drying process carried out under vacuum, working with air circulation and homogeneous temperature distribution, supports the controlled drying of transformer components.

The system is designed with a modular and compact structure to provide ease of installation and transportation. The complete automation of process control and the monitoring of data obtained from sensors throughout the process help to carry out the drying process according to the specified process parameters.

General Features

• Vacuum drying system for transformer production
• Operation with air circulation under vacuum
• Structure suitable for drying transformer coils and insulation materials
• Air circulation supporting homogeneous temperature distribution
• Special fan system resistant to vacuum
• Fully automatic process control
• Sensor-supported process monitoring
• Controlled heating and cooling processes
• Modular system structure
• Compact design
• Modular construction aimed at ease of transportation and installation
• Projectable structure according to suitable transformer components of different sizes and geometries
• System design aimed at efficient management of energy use
• Usage for industrial transformer production facilities

Areas of Use

• Transformer production facilities
• Drying of transformer coils
• Drying of transformer insulation materials
• Reduction of moisture in insulation systems
• Power transformer production processes
• Distribution transformer production processes
• Suitable drying applications in transformer maintenance and production facilities
• Electric and energy equipment production facilities

The suitability of the oven for a specific transformer or insulation material should be evaluated according to product dimensions, material properties, target vacuum level, process temperature, and required drying recipe.

Technical Specifications

Working Principle

The Vacuum Air Circulation Transformer Drying Oven operates on the principle of drying transformer coils and insulation materials under controlled temperature and vacuum conditions.

During the process, air circulation is provided to achieve a more balanced temperature distribution within the oven over the product. Subsequently, the application of vacuum supports the process of removing moisture from the insulation structure.

Temperature, vacuum, and other process parameters are monitored through sensors and managed by the automatic control system. Thus, the drying process can be carried out in accordance with the specified production recipe.

Homogeneous Heat Distribution and Air Circulation

In the drying process, it is aimed to prevent significant temperature differences in different areas of the transformer coil or insulation material. The special vacuum-resistant fans used within the system help create air circulation, allowing heat to be distributed more homogeneously within the oven.

Homogeneous temperature distribution is one of the important elements supporting the controlled and balanced drying of insulation materials.

Vacuum Drying Technology

The vacuum system is used to support the removal of moisture from transformer insulation materials. The combined application of controlled temperature and vacuum helps prepare the insulation system for the subsequent stages of production.

Since the maximum achievable vacuum level and operating pressure are not specified in the source information, these values should be confirmed by the manufacturer according to the facility and product requirements.

Fully Automatic Process Control

It is stated that the processes in the oven are controlled fully automatically. Thanks to the instantaneous process data obtained from sensors, monitoring of the drying cycle and management of operating parameters according to the specified process requirements are ensured.

The automatic control system particularly helps support process standardization in repeated productions and reduces operator intervention.

Heating and Cooling Process

The system has a heating and cooling structure aimed at conducting the drying process more efficiently. Instantaneous controls made with sensors support the management of the process duration according to the product and drying requirements.

Since the exact heating power, maximum operating temperature, temperature sensitivity, and cooling capacity are not specified, these values should be determined during the technical project phase.

Modular and Compact Design

The modular structure of the oven is designed to facilitate the transportation and installation processes of the system components. The compact system architecture supports the more orderly positioning of vacuum, circulation, and control components within the facility and saves space.

Since the oven dimensions and capacity are not specified, the required installation area should be determined according to the configuration of the system to be produced.

Flexible Production Structure

The vacuum oven can be designed for drying transformer components of different sizes and geometries. This feature allows for the creation of customized systems in facilities with different transformer production capacities and product sizes.

Since the internal volume of the oven, maximum load capacity, and maximum product sizes that can be used are not specified in the available information, these should be clarified with the manufacturer before ordering.

Energy Efficiency

It is stated that the equipment used in the system is selected to ensure efficient management of energy use. Controlled processes, temperature management, and automation systems can help manage the energy required for drying according to production requirements.

Since specific energy consumption or energy saving rates are not provided, a specific saving percentage should not be expressed.

Key Advantages

• Drying of transformer coils and insulation materials under vacuum
• Air circulation supporting homogeneous temperature distribution
• Special fan system resistant to vacuum
• Controlled process aimed at reducing moisture in insulation materials
• Fully automatic operating system
• Instantaneous process monitoring with sensors
• Controlled heating and cooling
• Automation supporting process standardization
• Adaptable system according to different transformer components
• Modular construction
• Compact design
• Structure aimed at ease of transportation and installation
• Projectable system according to production capacity
• Working structure supporting efficient management of energy use

Shipping and Delivery Information

• The Vacuum Air Circulation Transformer Drying Oven can be prepared for shipment in a manner suitable for the transportation of industrial facility equipment.
• The modular system structure helps to carry out transportation, field installation, and assembly processes more controlled.
• Shipping and delivery conditions can be determined according to system dimensions, project scope, and delivery address.
• Delivery time may vary according to production capacity, oven dimensions, automation scope, and project-specific equipment.
• Since the internal dimensions of the oven, maximum load capacity, operating temperature, vacuum level, heating power, and electrical supply values are not specified in the available information, they should be confirmed by the manufacturer during the project and ordering phase.
• Before installation, the compatibility of the facility's electrical, layout, and necessary auxiliary operating infrastructure with the oven configuration should be checked.