|
Description |
Metal Converter Cabinets |
|
Material |
Stainless steel/cold rolled steel/aluminum alloy |
|
Logo |
Beray or the logo you want |
|
Color |
silver or whatever you want |
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Processing method |
welding , sheet metal precision machining |
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Delivery time |
25days for one container (around 18-25tons) |
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Shipping way |
By Sea in big quantity or by air in small quantity |
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Payment |
T/T, L/C, or others |
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Item Weight |
Customization according to actual weight |
Our customized sheet metal frequency converter cabinets are constructed from stainless steel, cold-rolled steel, and aluminum alloy, allowing customers to flexibly choose materials based on project requirements. Stainless steel is suitable for environments requiring strong corrosion resistance. Cold-rolled steel offers high strength and affordability. Aluminum alloy is lightweight, suitable for applications requiring easy handling and excellent heat dissipation. Each cabinet can be customized to different installation conditions and equipment requirements through custom dimensions, layouts, and surface finishes.
Product Advantages
High Protection Rating
Metal Frequency Converter Cabinets are designed to shield the inverter from dust, moisture, shock, and accidental contact. This helps improve equipment safety and extend service life.
Customizable
Each customized metal frequency converter cabinet is unique. We can customize the cabinet's dimensions, thickness, door type, internal mounting plates, cable entry holes, ventilation openings, and locking systems. It can be designed to meet specific customer needs.
Excellent Heat Dissipation
Inverters generate heat during operation. The cabinet can be designed with ventilation slots, cooling fans, filtration systems, or thermal management layouts to help maintain stable internal temperatures.
Simple Structure
The meticulously designed Metal Frequency Converter Cabinets facilitate easier installation, inspection, and maintenance. The clear internal layout allows technicians quick access to parts.
Long Service Life
High-quality sheet metal materials, precise manufacturing processes, and surface protection treatments enable the cabinets to resist wear, rust, and deformation. This is especially important in industrial environments where equipment operates for extended periods.
Manufacturing Process
1. Raw Material Selection and Cutting: We first select suitable materials based on customer requirements. Stainless steel, cold-rolled steel, or aluminum alloy sheets are cut using laser cutting or CNC cutting equipment. This ensures smooth cut edges and dimensional accuracy.
2. Bending and Forming: Bending and forming are performed using CNC machines. This step allows for high-precision forming of the cabinet body, door frames, mounting structures, and other parts.
3. Welding and Assembly: The various components are assembled and welded together. Skilled welding techniques enhance strength and stability. We also carefully inspect the joints to ensure the cabinet structure is robust and aligned.
4. Punching and Hole-Making: Hole-mapping for cable entry, vents, hinge holes, mounting holes, and lock holes is performed during manufacturing. These details are crucial for installation and safe operation.
5. Surface Treatment: Before final coating, the cabinet surface needs to be cleaned, polished, or treated to remove oil, dust, and oxides. This step helps the final coating adhere better and improves the overall surface finish.
6. Final Inspection: Each cabinet undergoes inspection for dimensional accuracy, weld quality, door fit, surface treatment, and structural integrity before delivery.
Surface Treatment Options
- Powder Coating: Powder coating is one of the most common surface treatment processes for cold-rolled steel cabinets. It provides a smooth surface, strong adhesion, and good scratch, corrosion, and everyday wear resistance.
- Brushed Finish: Stainless steel cabinets can be finished with a brushed finish to create a clean, professional look. This finish is also practical as it helps reduce visible imperfections.
- Polishing: For projects requiring a more refined look, polishing can be used to improve surface smoothness and gloss.
- Anodizing (aluminum alloys): To improve corrosion resistance and surface hardness while maintaining a clean metallic appearance.
- Zinc plating or rust protection: For harsh environments, additional rust protection can be added to improve long-term durability.
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