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Exhaust Valve Spring, Fisher Scientific, Galileo, Varian - Agilent, Welch, Part# 619561A

619561A
USD 6.87

This Exhaust Valve Spring is used on Fisher Scientific, Galileo, Varian - Agilent, Welch brand of Maxima, DirecTorr, D Series, DS Series family of M8C, M12C, M16C, 8915A, 8920A, 8925A, D05, DS102, D08, D12, DS42, DS202, DS302, D18, D28, DS402, DS602 pump models.

General product classifications

Part Number Cross-Reference W0314
Compatible Brands Fisher Scientific,Galileo,Varian-Agilent,Welch
Family Maxima
DirecTorr
D Series
DS Series
Compatible Pump Models M8C
M12C
M16C
8915A
8920A
8925A
D05
DS102
D08
D12
DS42
DS202
DS302
D18
D28
DS402
DS602
Category Spring
Weight 0.300
Country of origin US
Manual page FISHERSCI-57,FISHERSCI-58,GALILEO-59,VARIAN-101,WELCH-109

This Exhaust Valve Spring, used in vacuum pump models from Fisher Scientific, Galileo, Varian - Agilent, and Welch, is a critical component that contributes to the proper operation and maintenance of these vacuum systems. Its primary function is to apply tension on the exhaust valve, allowing for the regulation of gas flow and maintenance of the desired vacuum levels. Regular inspection, maintenance, and the availability of replacement springs are essential for achieving consistent vacuum performance and ensuring the longevity of the vacuum pump from these various manufacturers. This Exhaust Valve Spring, utilized in various vacuum pump models by Fisher Scientific, Galileo, Varian - Agilent, and Welch, is an essential component within these vacuum systems. This description provides an overview of the key features and functions of the Exhaust Valve Spring in the context of these different vacuum pump brands. Exhaust Valve Springs are typically constructed from durable, high - quality materials chosen for their resilience to pressure, temperature, and mechanical stresses. The materials used are designed to withstand the challenging conditions of vacuum pump operation. The design and material quality of the spring are crucial for its longevity and consistent performance in demanding vacuum applications.