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As the core component of vacuum coating technology, the vacuum coating power supply plays a crucial role in improving the efficiency, quality and stability of the coating.

Ningbo Danko Vacuum Technology Co., Ltd. Since 2020

Founded in 2007 as previous name Huahong Vacuum Technology, is a nationwide renowned PVD vacuum coating system manufacturer and vacuum coating technology developer, including but not limited to Sputtering Systems, Optical Coating Units, Batch Metallizers, Physical Vapor Deposition (PVD) Systems, Hard and Wear Resistant Vacuum Coating Deposition Equipment, Glass, PE, PC Substrate Coaters, Roll-to-Roll Machines for coating flexible substrates. The machines are used for a wide range of applications described below (but not limited to) Automotive, Decorative, Hard coatings, Tool & Metal Cutting coatings, and thin film coating applications for industrial and Laboratories including Universities.
As China Power supply Manufacturers and Power supply Suppliers, Danko Vacuum Technology Co., Ltd is committed to expanding our market boundaries by providing high-quality, high-performance vacuum coating equipment. Our Company is highly focused on after-sales service in Domestic and International markets, providing accurate part processing plans and professional solutions to meet customers' needs.
Ningbo Danko Vacuum Technology Co., Ltd.

System Certification

We focus on developing high-quality products for top-end markets. As Our products are in line with international standards and are mainly exported to Europe, America, Japan and other destinations around the world.

Ningbo Danko Vacuum Technology Co., Ltd. Ningbo Danko Vacuum Technology Co., Ltd.
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Specific installation requirements related to power supply when setting up a coating machine

When setting up a coating machine, specific installation requirements related to the power supply can include:
Voltage and Current Specifications: Ensure the power supply matches the machine’s voltage and current requirements. This includes checking the phase (single-phase or three-phase) and frequency (e.g., 50/60 Hz).Dedicated Electrical Circuit: Install a dedicated electrical circuit to prevent overload and ensure stable power delivery. This circuit should have appropriate circuit breakers and fuses.
Grounding: Proper grounding is essential to protect the equipment and operators from electrical faults. Follow local electrical codes for grounding practices.Power Quality: Assess the quality of the power supply, including voltage stability and harmonics. Power conditioning equipment may be required to mitigate issues like voltage spikes or dips.
Cable Sizing: Use appropriately sized power cables to handle the machine's current load without overheating. The cable length and installation environment can affect sizing requirements.Safety Disconnects: Install safety disconnect switches near the machine for quick access in case of emergency. These should comply with local safety regulations.
Environmental Considerations: Ensure that the installation area is suitable for electrical equipment, protecting it from moisture, dust, and extreme temperatures.Access for Maintenance: Design the layout to allow easy access to power supply components, such as circuit breakers and power panels, for maintenance and troubleshooting.
Integration with Existing Systems: If integrating into an existing facility, assess the compatibility of the new machine's power requirements with the current electrical infrastructure.Compliance with Regulations: Adhere to local and national electrical codes and regulations, ensuring that all installation practices are compliant.
Surge Protection: Implement surge protection devices to shield the machine from electrical surges that could damage sensitive components.Labeling and Documentation: Clearly label all electrical connections and document the installation for future reference and maintenance.
By addressing these installation requirements, you can ensure that the power supply setup for the coating machine is safe, reliable, and efficient, ultimately contributing to the machine's optimal performance.