Dixon 2180/3180-Series Dry Bulk Air Relief Valves
Dixon 2180/3180-Series Dry Bulk Air Relief Valves are designed and built to provide accurate and consistent operation in applications that involve particulate-laden air. These valves are particularly useful in preventing contamination and ensuring proper operation in systems handling materials such as grains, plastic pellets, cement, fly ash, lime, and flour.
The valves feature a spring-loaded poppet valve that seals against a rigid annular valve seat. When the system pressure reaches the valve opening pressure, the poppet lifts and system air passes under the poppet and out to the atmosphere. When a sufficient volume of air has been relieved, the system pressure will drop, and the poppet will reseat.
Dixon 2180/3180-Series Dry Bulk Air Relief Valves
Dixon 2180/3180-Series Dry Bulk Air Relief Valves are designed and built to provide accurate and consistent operation in applications that involve particulate-laden air. These valves are particularly useful in preventing contamination and ensuring proper operation in systems handling materials such as grains, plastic pellets, cement, fly ash, lime, and flour.
The valves feature a spring-loaded poppet valve that seals against a rigid annular valve seat. When the system pressure reaches the valve opening pressure, the poppet lifts and system air passes under the poppet and out to the atmosphere. When a sufficient volume of air has been relieved, the system pressure will drop, and the poppet will reseat.
Dixon 2180/3180-Series Dry Bulk Air Relief Valves
Dixon 2180/3180-Series Dry Bulk Air Relief Valves are designed and built to provide accurate and consistent operation in applications that involve particulate-laden air. These valves are particularly useful in preventing contamination and ensuring proper operation in systems handling materials such as grains, plastic pellets, cement, fly ash, lime, and flour.
The valves feature a spring-loaded poppet valve that seals against a rigid annular valve seat. When the system pressure reaches the valve opening pressure, the poppet lifts and system air passes under the poppet and out to the atmosphere. When a sufficient volume of air has been relieved, the system pressure will drop, and the poppet will reseat.
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