SMC Corporation of America
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Search Results "MWBB50TN-UT-500"

Adapter Material: Brass, Standard, Vacuum Inlet Direction: T (Vertical), Pad Diameter: ø10, Pad Styles: UT (Compact), Material: F (Fluoro Rubber), Vacuum Entry: A5 (Male Thread M5X0.8)

Adapter Material: Brass, Standard, Vacuum Inlet Direction: T (Vertical), Pad Diameter: ø10, Pad Styles: UT (Compact), Material: S (Silicon Rubber), Vacuum Entry: A5 (Male Thread M5X0.8)

Adapter Material: Brass, Standard, Vacuum Inlet Direction: T (Vertical), Pad Diameter: ø10, Pad Styles: UT (Compact), Material: S (Silicon Rubber), Vacuum Entry: A6 (Male Thread M6X1)

Adapter Material: Brass, Standard, Vacuum Inlet Direction: T (Vertical), Pad Diameter: ø10, Pad Styles: UT (Compact), Material: S (Silicon Rubber), Vacuum Entry: B5 (Female Thread M5X0.8)

Adapter Material: Brass, Standard, Vacuum Inlet Direction: T (Vertical), Pad Diameter: ø10, Pad Styles: UT (Compact), Material: U (Urethane Rubber), Vacuum Entry: A5 (Male Thread M5X0.8)

Adapter Material: Brass, Standard, Vacuum Inlet Direction: T (Vertical), Pad Diameter: ø13, Pad Styles: UT (Compact), Material: F (Fluoro Rubber), Vacuum Entry: A5 (Male Thread M5X0.8)

Adapter Material: Brass, Standard, Vacuum Inlet Direction: T (Vertical), Pad Diameter: ø13, Pad Styles: UT (Compact), Material: F (Fluoro Rubber), Vacuum Entry: A6 (Male Thread M6X1)

Adapter Material: Brass, Standard, Vacuum Inlet Direction: T (Vertical), Pad Diameter: ø13, Pad Styles: UT (Compact), Material: S (Silicon Rubber), Vacuum Entry: A6 (Male Thread M6X1)

Adapter Material: Brass, Standard, Vacuum Inlet Direction: T (Vertical), Pad Diameter: ø13, Pad Styles: UT (Compact), Material: U (Urethane Rubber), Vacuum Entry: A6 (Male Thread M6X1)

Adapter Material: Brass, Standard, Vacuum Inlet Direction: T (Vertical), Pad Diameter: ø16, Pad Styles: UT (Compact), Material: F (Fluoro Rubber), Vacuum Entry: A5 (Male Thread M5X0.8)

Adapter Material: Brass, Standard, Vacuum Inlet Direction: T (Vertical), Pad Diameter: ø16, Pad Styles: UT (Compact), Material: F (Fluoro Rubber), Vacuum Entry: B5 (Female Thread M5X0.8)

Adapter Material: Brass, Standard, Vacuum Inlet Direction: T (Vertical), Pad Diameter: ø16, Pad Styles: UT (Compact), Material: S (Silicon Rubber), Vacuum Entry: A5 (Male Thread M5X0.8)

Adapter Material: Brass, Standard, Vacuum Inlet Direction: T (Vertical), Pad Diameter: ø16, Pad Styles: UT (Compact), Material: S (Silicon Rubber), Vacuum Entry: B4 (Female Thread M4X0.7)

Adapter Material: Brass, Standard, Vacuum Inlet Direction: T (Vertical), Pad Diameter: ø16, Pad Styles: UT (Compact), Material: S (Silicon Rubber), Vacuum Entry: B5 (Female Thread M5X0.8)

Adapter Material: Brass, Standard, Vacuum Inlet Direction: T (Vertical), Pad Diameter: ø16, Pad Styles: UT (Compact), Material: U (Urethane Rubber), Vacuum Entry: A5 (Male Thread M5X0.8)

Adapter Material: Brass, Standard, Vacuum Inlet Direction: T (Vertical), Pad Diameter: ø16, Pad Styles: UT (Compact), Material: U (Urethane Rubber), Vacuum Entry: A6 (Male Thread M6X1)

Adapter Material: Brass, Standard, Vacuum Inlet Direction: T (Vertical), Pad Diameter: ø16, Pad Styles: UT (Compact), Material: U (Urethane Rubber), Vacuum Entry: B4 (Female Thread M4X0.7)

Adapter Material: Brass, Standard, Vacuum Inlet Direction: T (Vertical), Pad Diameter: ø13, Pad Styles: UT (Compact), Material: S (Silicon Rubber), Vacuum Entry: B5 (Female Thread M5X0.8)

The MB series medium duty tie rod cylinder offers an improved design that enhances cylinder operation and ease of use. The standard air cushion utilizes a floating cushion seal to eliminate piston rod bouncing. The cushion volume has been elevated permitting about 30% more allowable kinetic energy absorption. The port and captive cushion adjustment valve are located on the same side of cap

The MB series medium duty tie rod cylinder offers an improved design that enhances cylinder operation and ease of use. The standard air cushion utilizes a floating cushion seal to eliminate piston rod bouncing. The cushion volume has been elevated permitting about 30% more allowable kinetic energy absorption. The port and captive cushion adjustment valve are located on the same side of cap