Automatic Electric Steam Generator YR06672

The Automatic Electric Steam Generator YR06672  is a robust industrial solution designed under strict national standards (GB / T10393-2002) for efficient steam production using electric heating technology. This equipment is intended for research laboratories, pilot plants, and industrial processes using Rotary Evaporators or systems requiring precise and constant thermal control. Its primary purpose is to provide high-quality steam with minimal fluctuations, ensuring operational stability even during water replenishment phases.

Design and Technology (or Functionality)

This generator stands out for its advanced engineering focused on energy efficiency and ease of maintenance. It features a unique water circulation design that allows it to reach the desired temperature and pressure in record time. Its technological innovations include:

• Built-in Moisture Separator: It incorporates a unique steam and moisture separator that guarantees steam quality with moisture ≤ 2%, surpassing similar products on the market.
• Flange Connections: Both the electrical part and the heating body use flange connections, which greatly facilitates replacement, repair, and preventive maintenance tasks.
• Segmented Power Control: The electric heating tubes can be configured in segments. This allows the user to independently regulate energy use to optimize electricity consumption according to the actual needs of the process.

Frequently Asked Questions (FAQ)

• How stable is the pressure during use? The circulation system is designed to prevent significant fluctuations in temperature or pressure, even when the equipment is refilling water.
• Can the power output be regulated? Yes, users can independently adjust the power segments to save energy and adapt to the specific application.
• What is the maximum operating temperature? This model is designed to reach a design temperature of up to 150°C.

Advantages and Disadvantages (Pros and Cons)

Advantages:

• High Steam Quality: Extremely low moisture (≤ 2%) thanks to the built-in separator.
• Thermal Efficiency: Reaches operational parameters quickly and efficiently.
• Simplified Maintenance: The flange design facilitates access to critical components.
• Precise Control: Power segmentation for optimal energy management.

Disadvantages:

• Electrical Requirement: Operates with a voltage of 380V, requiring a suitable industrial electrical installation.
• Footprint: Fixed dimensions requiring a stable location and proper ventilation.

Field Use and Recommendations

This generator is ideal for integration with large-scale Rotary Evaporators in the chemical and pharmaceutical industries, as well as for sterilization processes in hospitals or laboratories. It is recommended to perform periodic inspections of the flange connections to ensure tightness and to check the condition of the heating segments to maintain maximum energy efficiency.

Technical Specifications