15KW Dimmable Intelligent UV Ballast for High Power UV Lamps
15KW Dimmable Intelligent UV Ballast for High Power UV Lamps
Brief Parameters for the 15KW Intelligent Power Supply
| Product Name | Intelligent uv ballast | Product brand | FIVER |
| Product Power | 15KW | Product model | FUV15KW |
| Input Voltage (V) | 360-480V ac | Max Output Current (A) | 8.5A |
| Input Current (A) | 22.8A | Recommend Lamp Voltage | 2100V |
| Output Voltage Range (V) | 1950-2200 | Cooling Method | Air Cooling |
( For more details please check the datasheet in PDF attachment)
Product Featueres for this EPS for UV Lamps
1. Wide voltage adaptability, Fiver's 15KW Intelligent UV ballastcan operate normally with input voltage of 360V-480V.Different regions and countries may have varying voltage standards. A device with wide voltage adaptability can be used in multiple locations without the need for additional voltage converters or adapters. what's more it can withstand these fluctuations and operate reliably under different voltage conditions. Eliminating the need for additional voltage converters or adapters can save costs for users and reduce the complexity of the setup process.
2. Fast dynamic response speed, Our intelligent power supply only takes 500ms from standby to full power output. Devices with fast dynamic response speed can improve user experience by delivering quick and responsive feedback. This can be particularly important for uv curing systems. Fast dynamic response speed helps maintain system stability by minimizing delays in responding to changes. This is crucial in applications where stability is critical, such as in power electronics or control systems. Faster response times can also contribute to energy efficiency by optimizing the performance of the device and reducing unnecessary energy consumption.
3. Stepless Dimming. Fiver's EPS for uv lamps can Infinitely adjustable output power from 10% to 100% with smooth dimming, and the standby power can operate stably for a long period.
4. Independent air duct design, Our uv lamp converter effectively isolating components and pollutants, ensuring the power supply can operate in harsh environments for a long period.
5. Excellent heat dissipation. This 15KW UV ballast, Integrated variable frequency fan control function, intelligently controlling the ventilation. stable output.
6. Multipal Communication Interface. Standard RS485 communication interface, supporting Modbus RTU protocol.and expansion for CANopen and Ethernet communication.
Applications for This Fast Dynamic Response UV Ballast and Power Supplies.
What Are The Advantages of Stepless Dimming for the UV Ballast ?
Stepless dimming for UV ballasts offers several advantages:
1. Optimized UV Output: Stepless dimming allows for precise control over the UV output of the ballast, enabling users to adjust the intensity of the UV light according to specific requirements or applications.
2. Flexibility: With stepless dimming, users have the flexibility to fine-tune the UV output to achieve the desired level of disinfection or curing without being limited to preset brightness levels.
3. Energy Efficiency: By dimming the UV ballast to lower levels when full intensity is not needed, energy consumption can be reduced, leading to cost savings and increased efficiency.
4. Extended Lifespan: Stepless dimming can help prolong the lifespan of the UV lamp and ballast by reducing the stress on the components that may occur with sudden changes in intensity.
5. Improved Performance: Stepless dimming ensures a smooth and gradual transition between different UV output levels, which can enhance the overall performance and effectiveness of the UV system.
How does an independent air duct design help in maintaining the longevity of electronic components in a UV Power Supply?
An independent air duct design helps in maintaining the longevity of electronic components in a UV power supply by providing dedicated airflow to cool the components effectively. This design ensures that the components receive sufficient cooling without being affected by the heat generated by other nearby equipment. By preventing overheating, the independent air duct design helps to prolong the lifespan of the electronic components, reduce the risk of thermal damage, and enhance the overall reliability and performance of the power supply. Additionally, the separation of airflow in the independent air duct design can minimize the accumulation of dust and debris, further improving the efficiency and longevity of the electronic components.
