当电路板出厂时，包装中包含一份安装指南，其中包含每个跳线的说明。它描述了如果引脚 1 和 2 被覆盖或者引脚 2 和 3 被覆盖时配置如何变化。跳线在电路板上用两个字母 ID 标识，JP 后跟一个数字。跳线 ID 的一些示例是 JP1、JP4 和 JP9。安装人员将与工程师和操作员协商，以确定应如何配置驱动器以好地满足现场需求。配置完成后，驱动器将在正常处理过程中按需运行。

　　要更换驱动器，一步是检查旧板上的跳线设置并移动替换板上的跳线以匹配。一些跳线将保留在默认位置，即跳线出厂时的位置。它们通常是常见的设置。该板只是复杂驱动器中的一个组件。驱动器中的许多组件(包括嵌入式电气组件)都会产生热量。为了使电路板有效且无错误地运行，驱动器必须安装在始终凉爽或室温的位置。选择安装位置时，请为驱动器选择一个空间，驱动器与其他设备之间的距离至少为 18 英寸。这将为所有设备留出空间来散发它们将产生的热量。请记住，驱动器必须有持续的冷空气供应才能在其中循环，并使组件保持在热阈值以下，以避免自动出现错误消息或操作中断。如果空间中有发热设备，您可能需要安装风扇来帮助冷却驱动器。确保安装了足够的风扇并且它们处于良好状态且可靠。如果组件变得太热并且温度上升到阈值以上，则会出现过热情况，并且驱动器将在没有人为干预的情况下关闭。过热情况记录在错误日志中，并且该日志包含在诊断工具报告中。确保安装了足够的风扇并且它们处于良好状态且可靠。如果组件变得太热并且温度上升到阈值以上，则会出现过热情况，并且驱动器将在没有人为干预的情况下关闭。过热情况记录在错误日志中，并且该日志包含在诊断工具报告中。确保安装了足够的风扇并且它们处于良好状态且可靠。如果组件变得太热并且温度上升到阈值以上，则会出现过热情况，并且驱动器将在没有人为干预的情况下关闭。过热情况记录在错误日志中，并且该日志包含在诊断工具报告中。

　　　　asYgen-3200XT 将完整的发动机发电机控制和保护与先进的对等并联功能和创新功能结合在一个坚固、有吸引力和用户友好的包装中。发电机组控制器

　　发电系统的发电机组控制伍德沃德为发电机组市场提供范围广泛的控制器。我们努力降低总安装/运营成本和调试时间，同时提高可用性、效率、可靠性和寿命。

　　在并联发电机组控制市场中，我们是所有控制供应商中历史悠久的。我们不断投资于针对实际市场问题的创新解决方案，并为我们的原始设备制造商 (OEM)、发电机组包装商、开关设备制造商、系统集成商和终用户客户提供价值。我们在控制、辅助设备和发电系统方面的知识使我们能够通过简化和标准化来推动优化。
When the circuit board leaves the factory, the packaging includes an installation guide that includes instructions for each jumper. It describes how the configuration changes if pins 1 and 2 are covered or pins 2 and 3 are covered. Jumpers are identified with two letter IDs on the circuit board, followed by a number. Some examples of jumper IDs are JP1, JP4, and JP9. The installation personnel will consult with engineers and operators to determine how to configure the drive to best meet on-site requirements. After configuration is completed, the drive will run as needed during normal processing.



The first step to replacing a drive is to check the jumper settings on the old board and move the jumper on the replacement board to match. Some jumpers will remain in their default position, which is the position of the jumpers at the factory. They are usually the most common settings. This board is just a component in a complex drive. Many components in the drive, including embedded electrical components, generate heat. In order for the circuit board to operate effectively and without errors, the driver must be installed in a position that is always cool or at room temperature. When selecting the installation location, please select a space for the drive, with a minimum distance of 18 inches between the drive and other devices. This will leave space for all devices to dissipate the heat they will generate. Please remember that the drive must have a continuous supply of cold air to circulate within it and keep the components below the thermal threshold to avoid automatic error messages or operational interruptions. If there are heating devices in the space, you may need to install a fan to help cool the drive. Ensure that sufficient fans are installed and that they are in good condition and reliable. If the component becomes too hot and the temperature rises above the threshold, overheating will occur, and the drive will shut down without human intervention. The overheating situation is recorded in the error log and included in the diagnostic tool report. Ensure that sufficient fans are installed and that they are in good condition and reliable. If the component becomes too hot and the temperature rises above the threshold, overheating will occur, and the drive will shut down without human intervention. The overheating situation is recorded in the error log and included in the diagnostic tool report. Ensure that sufficient fans are installed and that they are in good condition and reliable. If the component becomes too hot and the temperature rises above the threshold, overheating will occur, and the drive will shut down without human intervention. The overheating situation is recorded in the error log and included in the diagnostic tool report.



The asYgen-3200XT combines complete engine generator control and protection with advanced peer-to-peer parallel and innovative features in a sturdy, attractive, and user-friendly packaging. Generator set controller



Woodward provides a wide range of controllers for the generator set market in power generation systems. We strive to reduce total installation/operation costs and debugging time while improving availability, efficiency, reliability, and lifespan.



We are the oldest control supplier among all control suppliers in the parallel generator set control market. We continuously invest in innovative solutions for real-world market problems and provide value to our original equipment manufacturers (OEMs), generator packagers, switchgear manufacturers, system integrators, and end user customers. Our knowledge in control, auxiliary equipment, and power generation systems enables us to drive optimization through simplification and standardization.