The NovaStar H-800W Power Supply Unit (PSU) is designed specifically for use with NovaStar’s H Series video splicing processors, such as the H5, H9, and H15 models. This high-efficiency power supply ensures stable and reliable power delivery for the splicing system, supporting its performance and operation in professional environments such as broadcasting, live events, control rooms, and other large-scale LED display applications.

Key Features of the NovaStar H-800W Power Supply Unit:

1. High Power Output:
   • Delivers up to 800 watts of power, providing sufficient energy to support the operation of H Series processors and their installed components like input/output cards, processing modules, and control interfaces.
   • The power supply is designed to handle the power demands of complex splicing setups, ensuring continuous and stable operation.
2. Stable and Reliable Performance:
   • The H-800W PSU offers high stability and efficiency, minimizing power fluctuations and maintaining consistent output to protect the splicing processor and its components.
   • Ideal for critical environments such as live events, studios, and broadcast facilities where reliable power is essential for uninterrupted performance.
3. Redundancy and Hot-Swap Capabilities:
   • Supports redundancy options when used in conjunction with other power supply units, providing a backup in case of failure to maintain continuous operation.
   • The hot-swap feature allows the power supply to be replaced without interrupting the operation of the processor, ensuring zero downtime during maintenance or emergencies.
4. Efficient Design:
   • Designed with high-efficiency components, the power supply minimizes energy loss and reduces heat generation, enhancing the longevity and reliability of the system.
   • Equipped with a cooling system to dissipate heat effectively, preventing overheating and maintaining optimal performance even during long periods of use.
5. Integration with H Series Processors:
   • The H-800W PSU integrates seamlessly with NovaStar’s H Series splicers (H5, H9, H15), making installation straightforward and ensuring compatibility with the overall system design.
   • The unit is engineered to provide power precisely according to the needs of the splicer, avoiding overload or underload situations.
6. User-Friendly Installation and Monitoring:
   • The power supply unit is designed for easy installation in the H Series chassis, with plug-and-play capabilities for quick setup.
   • Monitoring tools are available through NovaStar’s software systems, allowing users to check the power status, performance, and any potential issues remotely.

Applications:

• Live Events and Concerts: Ensures consistent and reliable power for video splicing processors, supporting large-scale LED displays and video walls used in concerts and live shows.
• Broadcast Studios: Suitable for use in studios that require continuous power supply for video processing systems to maintain live broadcasts and production.
• Theaters and Control Rooms: Supports stable and efficient power delivery for setups in theaters and control rooms where uninterrupted operation is critical.
• Outdoor Installations: Reliable for outdoor events and installations where high-efficiency power supplies are necessary to handle various environmental conditions.

Installation and Setup:

1. Install the H-800W Power Supply Unit:
   • Place the power supply unit into the designated slot within the H Series splicer (H5, H9, H15) according to NovaStar’s installation instructions.
2. Connect the Power Cables:
   • Ensure all power cables are connected securely and that the power source is stable. The unit will automatically power the splicer when connected correctly.
3. Monitor Power Status via Software:
   • Use NovaStar’s control software (NovaLCT or other compatible platforms) to monitor the power supply status, check performance metrics, and receive alerts if any issues arise.
4. Test Redundancy Options (if applicable):
   • If using multiple power supplies for redundancy, test the backup system to ensure that it activates correctly in the event of a failure of the primary unit.