WOODWARD 9907-167 is a powerful controller primarily used for controlling steam turbines. It is designed based on a 32-bit microprocessor and is part of the WOODWARD 505E series digital control equipment, specifically designed for single extraction and/or extraction control of steam turbines.
The 9907-167 controller has multiple significant characteristics. Firstly, it has a high degree of immunity and can effectively resist electrical interference on the power supply, ensuring stable performance even in complex electromagnetic environments. Secondly, it has a wide range of applications, not only suitable for cogeneration and power plants, but also widely used in industrial fields and ship power systems, meeting control needs in various complex scenarios. In addition, the 9907-167 also features a sturdy plastic casing and large screw terminals, making the equipment efficient, compact, and easy to install, while ensuring its high reliability.
In addition to the above features, the 9907-167 also offers multiple output voltage options to adapt to different working environment requirements. Its standard output voltage is 24V, but it can also be configured according to actual needs. In addition, the device can operate normally in low temperature environments as low as -40 ° C, demonstrating its excellent environmental adaptability.
From a physical structure perspective, the 9907-167 unit consists of a series of printed circuit board units, which are installed in a casing and can be safely installed in the control panel system. In addition, the device can also be equipped with a NEMA 4X level protective casing, which can effectively protect the electromechanical components from any sexual damage or the influence of any invasive particles, while being waterproof and dustproof, suitable for indoor and outdoor conditions. However, it should be noted that after installing the protective frame, the ambient temperature range may be limited.
In summary, WOODWARD 9907-167 is a comprehensive and stable controller that is suitable for various complex industrial environments and can meet the needs of precise control of steam turbines.
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