ALFAGOMMA® TR1SN-03 TR1SN Single Wire Braid Hydraulic Pipe, Tubing & Hoses, Hose End Style, 3630 psi Working, Synthetic Rubber, Import
ALFAGOMMA® TR1SN-03 TR1SN Single Wire Braid Hydraulic Pipe, Tubing & Hoses, Hose End Style, 3630 psi Working, Synthetic Rubber, Import
-
BrandALFAGOMMA
-
UPC822353030196
-
Manufacturer Part NumberTR1SN-03
-
CountryUSA
-
Temperature Rating-40 to 212 deg F
-
MaterialSynthetic Rubber
-
ColorBlack
-
TypeSingle Wire Braid
-
SeriesTR1SN
-
Working Pressure3630 psi
-
Inside Diameter3/16 in
-
Domestic/ImportImport
-
Outside Diameter0.46 in
-
End StyleHose
-
Package DescriptionEACH
-
Standards/ApprovalsSAE 100 R1AT - EN 853 1SN MSHA IC-152/8 approved
-
Catalog
-
Specification Sheet
-
Owners/User Manual
Recently Viewed
ALFAGOMMA® TR1SN-03 TR1SN Single Wire Braid Hydraulic Pipe, Tubing & Hoses, Hose End Style, 3630 psi Working, Synthetic Rubber, Import
ALFAGOMMA® TR1SN-03 TR1SN Single Wire Braid Hydraulic Pipe, Tubing & Hoses, Hose End Style, 3630 psi Working, Synthetic Rubber, Import
Milwaukee Hand Trucks 33800 Hand Truck Furniture Dolly, 1000 lb Load, 6 in H x 30 in W x 18 in D, Wood
Milwaukee Hand Trucks 33800 Hand Truck Furniture Dolly, 1000 lb Load, 6 in H x 30 in W x 18 in D, Wood
9-TOOTH #50-1 CHAIN SPROCKETS IDC 50-B-9-F-3/4
9 TOOTH MINIMUM PLAIN BORE SPROCKETS FOR #50 CHAIN
ASP-622-S Industry Standard Clamping Collar, 2-Piece Construction, 5/8 in ID x 1-5/16 in OD x 7/16 in W, Stainless Steel
Stainless Steel Two-Piece Clamping Collar. Design fully engages the shaft without marring. Easily installed where major disassembly would otherwise be required. Greater axial holding power than set screw or one-piece clamping collars. Effective on hard & soft shafts.
1-1/2" STAINLESS STEEL 90 DEGREE WELD ELBOW-FIT11/2SSEWELD >
Shaft support blocks are used for end or intermittent support where loads are light and deflection between supports is not a problem. Unlike shaft support rails, blocks do not permit longitudinal passage of open-type Ball Bushing® bearings. Type SB shaft support blocks enable clamping of shafts and eliminate the need for bolts, to maintain shaft position. Shimming is suggested for high-precision applications to eliminate the effect of variations in surface of base or manufacturing tolerances between supports.


