HCI Preferred Supplier 46356 Spring Key Air Cock, 1/4 in Nominal, FIP End Style, Brass Body, Lever Handle Actuator
HCI Preferred Supplier 46356 Spring Key Air Cock, 1/4 in Nominal, FIP End Style, Brass Body, Lever Handle Actuator
-
BrandGeneric
-
UPC089109847921
-
Manufacturer Part Number46356
-
CountryUSA
-
Nominal Size1/4 in
-
Pressure Rating80 psi
-
TypeSpring Key
-
Actuator TypeLever Handle
-
Hex Size3/4 in
-
Dimensions1.71 in H x 2.1 in W
-
Body MaterialBrass
-
End StyleFIP
- Polished or plated finish available at extra cost
- Machine finish is standard
- Spring-key type cocks of all brass construction with stainless steel springs
- NO 59 industrial number
-
UNSPSC40141740
-
Package Description1/PK
-
WarrantyLimited
-
Catalog
Recently Viewed
HCI Preferred Supplier 46356 Spring Key Air Cock, 1/4 in Nominal, FIP End Style, Brass Body, Lever Handle Actuator
HCI Preferred Supplier 46356 Spring Key Air Cock, 1/4 in Nominal, FIP End Style, Brass Body, Lever Handle Actuator
7-PC BEARING RACE/SEAL DRIVER SETS-PRIW83020>
RIDGID® 89155 Line Cord With Plug, 115 V, For Use With: Model HC-300 Hole Cutting Tool
RIDGID® 89155 Line Cord With Plug, 115 V, For Use With: Model HC-300 Hole Cutting Tool
HCI Preferred Supplier 20102 Fixed Tube to Pipe Run Tee, 1/2 x 1/2 x 3/8 in Nominal, Push-In x Push-In x MNPTF End Style, Brass
HCI Preferred Supplier 20102 Fixed Tube to Pipe Run Tee, 1/2 x 1/2 x 3/8 in Nominal, Push-In x Push-In x MNPTF End Style, Brass
Dichtomatik 75115170 O-Ring, 134 Dash Number, 1.862 in ID x 2.068 in OD, PTFE, 55 Durometer, Import
O-rings are endless, ring shaped sealing elements with a circular cross-section that are manufactured from elastomer materials or PTFE. The designation of an O-ring is derived from the dimensions of its inner diameter and cord width in millimeters, along with the name of the material and its Shore A hardness.
Browning® 1228832 Finished Bore Straight Miter Gear With Hardened Teeth, Keyway and Setscrew, 3/4 in Dia Bore
Bevel and miter gearing is a form of gearing in which the tooth-bearing surfaces are the faces of the gears rather than the edges. In bevel and miter gearing, the gears are cone shaped. This allows the edges of the mating gears to mesh and transmit torque. The geometry of the mesh creates a 90 deg angle. As a result, this type of gearing is suitable for applications where a change of direction is required. Other designs exist to create other angles however 90 deg serves the majority of applications. In bevel and miter gearing the input and output shaft are intersecting. It is typical for bevel and miter gear reducers to have lower reduction ratios. For example, 5:1 and lower are typical and they are different than other types of gearing. Two types of bevel and miter gearing are typical. These are straight and spiral. As the name implies, the teeth of straight bevel gears are cut straight. This means that the teeth are oriented perpendicular to the outside edge of the gear. The teeth on spiral bevel gears are cut at an angle to the outside edge of the gear. This type of gearing is said to have "helical" teeth and the angle is called the "helix" angle. Bevel and miter gearing have proven reliable for many years. The use of this type of gearing extends across many industries. Some of these include food processing, woodworking, paper and textile.
