FXPD2-2M2

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FXPD2-2M2 is a two stage sub-sea differential pressure valve designed for high accuracy and long life. It has been designed for applications where a reliably high level of accuracy and long life is required for controlling the pressure of sub-sea pipelines. The FXPD2-2M2 can be used for both onshore and offshore applications, and is suitable for use in both shallow and deep water depths.

The valve sensing direction is determined by the order in which the components of the valve are connected. The differential pressure is sensed by a pair of precision diaphragms, which transfer the applied pressure to a pair of control valves. A differential pressure regulator is installed between the two control valves to accurately control the differential pressure. The differential pressure regulator is adjustable for a wide range of flow and differential pressure requirements.

The FXPD2-2M2 is equipped with an adjustable, direct-acting, pressure-sensing device that is designed to maintain a constant differential pressure across the two valves. This sensing device is connected to both the first and second stage valves, and allows the two valves to automatically open and close as the differential pressure changes across them. This helps to ensure accurate control of the flow rate through the valve, even during pressure changes.

The FXPD2-2M2 is also designed with a corrosion-resistant construction, which allows it to withstand the harsh conditions of the sub-sea environment. Additionally, it is designed to be very easy to install and maintain, with quick and simple installation procedures. The valve can be tested and calibrated remotely in the field, and can also be monitored remotely, thus reducing downtime and maintenance costs.

In conclusion, the FXPD2-2M2 is a high-performance, reliable, and cost-effective valve designed specifically for use in sub-sea applications. Its design allows for easy installation and maintenance, and its corrosion-resistant construction ensures that it can be used for long periods of time in corrosive environments. The differential pressure sensing device allows for accurate and reliable control of the differential pressure across the two valves, and its adjustable design allows for a wide range of applications and settings. Finally, the valve can be tested and monitored remotely, thus reducing downtime and reducing costs.

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