In critical power system applications, equipment reliability is a fundamental requirement. Although most automatic transfer switches mainly focus on meeting basic specifications, the new YRO ATS takes into account more practical usage factors in its design. Through three specific improvements, we rethought the functions that a power switching solution should possess to address the actual problems that electrical engineers, facility managers, and system integrators may encounter in their daily work.
The Practical Value Behind the Unique Design
Externally, the changes in the new YRO ATS are not just a “style update”, but an interface optimization centered on clarity of use and on-site readability.
First, the status indicator lights on the new ATS have been noticeably enlarged.
The larger indicator area allows the operating status to be quickly identified from a distance, which is particularly intuitive in environments such as distribution cabinets, equipment rooms, or areas with poor lighting conditions.
Complementing this is a more rational information layout design.
The new backup power transfer switch places key parameter labels and certification markings in a concentrated area, avoiding scattered information across different locations. The benefit of this is that when viewing or verifying product information, there is no need to repeatedly search for labels, making on-site confirmation more efficient.
At the same time, the identification of the main power source and backup power source has been further enhanced.
Through clearer text and visual distinctions, users can quickly confirm the current power structure without opening the equipment or making additional judgments, reducing the possibility of operational errors.
These adjustments to the appearance and interface are not for “aesthetics” but for better usability. They directly serve installation, inspection, and daily operations, making the status and information of the backup power transfer switch clear at a glance, thereby reducing unnecessary communication and decision-making costs in practical use.
Integrated Generator Self-Start
Before integrating the generator self-starting function, the generator power usually needs to remain in an on state, to participate in power switching when the main power fails. This approach has certain inconveniences in practical use and also increases daily management costs.
В new YRO generator transfer switch, through the upgraded auxiliary contact design, the system can support the linkage control of the generator self-starting signal. On the premise that the generator itself has a self-starting function, the generator power does not need to remain in an on state for a long time: when the main power fails, ATS will send a start signal to the generator, and the generator will start and enter the working state after receiving the signal, then participate in the power switching process.
This self-starting combination method not only enhances the automation level of the system, but also makes the use of the generator more in line with actual working conditions. For scenarios where the generator does not need to run for a long time, this method can ensure the backup power supply capacity while reducing unnecessary standby operation.
It should be noted that the implementation of the generator self-starting function, is based on the fact that the generator itself supports the corresponding self-starting control interface. The new YRO ATS has designed clear and stable control logic for this application scenario, making system integration smoother.
Redefining the Practicality of Power Transfer Solutions
Сайт new automatic changeover switch does not attempt to change the basic logic of power switching, but instead makes the switching process more stable, reliable, and controllable through more rational design.
Through the patent-protected design, auxiliary contacts that default to matching generator self-start signals, and the built-in isolation switch made of pure copper material, these upgrades together form an improved solution that better aligns with real-world application needs.
For users who prioritize long-term stability and operational reliability, the new YRO changeover switch represents a pragmatic, clear, and worthy power switching upgrade option.
