Fusion UV Power Supply Towers and Cabinets
Our Fusion UV power supply towers or cabinets are ideal for multisystem microwave-powered UV curing system installations. The power supply tower or closed cabinet is used to house power supplies, enabling a single point for electrical power connections and control.
Excelitas offers the option of a power supply tower as an open stand or a closed cabinet for a Modular Power Supply Enclosure (MPE). Both options are designed to house multiple power supplies for microwave UV curing systems.
Power Supply Towers
Our power supply towers are available in both wide and narrow versions and can accommodate various combinations of up to five LightHammer® 10 Mark III, LightHammer H6 Mark II, P600M, P300, or Semray CPS3 power supplies. An optional Power Distribution Box allows for the control and protection of up to five power supplies with a single switch. Additionally, an optional emergency stop (E-Stop) feature provides a "hard" stop circuit, enabling the quick shutdown of the irradiators in case of an emergency.
Modular Power Supply Enclosure Cabinets
The Modular Power Supply Enclosure (MPE) cabinet offers centralized control for multiple microwave-powered UV curing systems, allowing for remote or direct access from the front of the cabinet. Depending on the power supply model, users can manage between four to ten systems, with options for PLC and touchscreen control. Additionally, these MPSE cabinets serve as a single point for customer power connections and provide clean, filtered air for the power supplies, which is particularly beneficial in production areas where they may be exposed to dirt.
| Houses from four to ten Fusion UV microwave | powered UV curing system power supplies |
| Single | point electrical power connection - power drop of 200, 208, 230–240, 380, 415, 440, 460–480 VAC, 50 or 60 Hz, depending on the power supply type. Not all voltages available for all power supply types. |
| E | Stop provides a "hard" emergency stop circuit to quickly turn off the irradiators |
- Simple and less costly multi-lamp system installation
- Central control of multiple lamp systems improves UV curing process and product quality
- Enhanced reliability and longevity of power supplies
- Clean, filtered air and proper airflow for cooling each power supply unit, particularly beneficial for challenging production environments.
- Centralized control of UV lamps from a single panel or remotely with optional MPE's PLC and touchscreen for flexible control of each power supply
- Configurability to operate power supplies together or in any number of independent groups, including all emergency controls
- Bottom rim coating of beverage cans
- Optical fiber coating
- Converting wide-web coating
- Pipe coating, Automotive components
| Houses from four to ten Fusion UV microwave | powered UV curing system power supplies |
| Single | point electrical power connection - power drop of 200, 208, 230–240, 380, 415, 440, 460–480 VAC, 50 or 60 Hz, depending on the power supply type. Not all voltages available for all power supply types. |
| E | Stop provides a "hard" emergency stop circuit to quickly turn off the irradiators |
- Simple and less costly multi-lamp system installation
- Central control of multiple lamp systems improves UV curing process and product quality
- Enhanced reliability and longevity of power supplies
- Clean, filtered air and proper airflow for cooling each power supply unit, particularly beneficial for challenging production environments.
- Centralized control of UV lamps from a single panel or remotely with optional MPE's PLC and touchscreen for flexible control of each power supply
- Configurability to operate power supplies together or in any number of independent groups, including all emergency controls
- Bottom rim coating of beverage cans
- Optical fiber coating
- Converting wide-web coating
- Pipe coating, Automotive components
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Additional Resources
Power supply towers (open stand) and cabinets (enclosed shelves) serve as centralized control and distribution units for UV curing systems in industrial production. They allow users to operate multiple microwave-powered lamps, such as the LH6 Mark II or LH10 Mark III, safely and efficiently from a single enclosure. At Excelitas, our Modular Power Supply Enclosure (MPE) Cabinets simplify electrical connections and protect sensitive electronics from harsh environments.
Using a modular enclosure cabinet enhances reliability and control in high-demand manufacturing. These cabinets reduce installation costs by consolidating power feeds into a single electrical drop. By providing filtered, directional airflow, these units extend the life of power supplies. Users can manage each power supply remotely or as coordinated groups using an integrated PLC and touchscreen interface.
Yes, they are engineered for adaptability. Our MPE-5 model supports up to five power supplies, while the MPE-10 can accommodate 10. These enclosed cabinets support voltages ranging from 200 to 480 VAC. They are also compatible with multiple microwave-powered UV system types, including F300S, F600S, LH6 Mark II, and LH10 Mark III. This modularity allows us to integrate towers into custom manufacturing environments with minimal reconfiguration.
Each Fusion UV MPE cabinet includes integrated safety features and control logic to ensure secure operation. Standard features include an emergency stop button, lamp standby mode, high/reduced power selection, and remote/local switching. Additional interlocks provide alerts for external faults or RF anomalies, and elapsed time meters help track lamp and system usage for preventive maintenance.
These units are ideal for engineers and manufacturers in high-throughput sectors like automotive, electronics, converting, and packaging using larger numbers of microwave-powered UV curing systems. If you require precise UV control across multiple lamps or lines, Fusion UV towers offer the durability, scalability, and smart integration needed to meet rigorous production standards. Their centralized configuration minimizes downtime and simplifies energy management across complex workflows.
Excelitas offers two tower configurations to accommodate varying space constraints and lamp system requirements. The Wide Tower is designed for higher-capacity setups, which is recommended for installations with mixed power levels or lamp formats. It can accommodate power supplies like the P600M, and the LH6 or LH10 Mark II systems.
In contrast, the Narrow Tower is built for smaller or more space-restricted environments. We recommend using them with up to five P300 power supplies. This makes it well-suited for uniform lamp configurations or legacy systems that rely on P300 technology. While the tower footprints differ, both options include integrated control and fault protection features. This ensures consistent performance, safety, and remote management across systems of any size or complexity.