Electric Belt Sanders
1/2-HP DYNABRADE BELT SANDER - DYN40320>
3" X 21" DUSTLESS BELT SANDER-MAK9901>
REBUILD KIT FOR JSM610 SANDER
Makita® 9031 Belt Sander, 21 in L x 1-3/16 in W Belt, 120 VAC
Porter-Cable® 360VS Variable Speed Teasing Belt Sander, 24 in L x 3 in W Belt, 120 VAC, Gray, Tool Only
Porter-Cable® 352VS Corded Variable Speed Belt Sander, 21 in L x 3 in W Belt, 120 VAC, Gray, Tool Only
Porter-Cable® 360 Random Orbital Belt Sander, 24 in L x 3 in W Belt, 120 VAC/VDC, Gray, Tool Only
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Browning® PF9004 Taper Bore Bushing Kit, 1-3/4 in ID x 2-15/16 in OD Dia Bushing, For Use With TorqTaper® Plus Size 215SMTP Shaft Mount Speed Reducer, Ductile Iron
Many accessories accompany the Browning® shaft mount reducer. These accessories are designed to provide installation flexibility, improved performance and safety.
Southwire® Romex® SIMpull® NM-12/2-CU Non-Metallic Sheathed Cable, 600 V AC, (2) 12 AWG Solid Conductor, 250 ft L, Yellow
Southwire® Romex® Brand SIMpull® Type NM-B cable is manufactured as 2, 3, or 4 conductor cable, with a bare ground wire. Copper conductors are annealed (soft) copper. Stranded conductors are compressed stranded. Conductor insulation is 90 degC-rated polyvinyl chloride (PVC), nylon jacketed. Southwire® Romex® Brand SIMpull® Type NM-B is designed for Easier Pulling, Resulting in Easier installation. The cable jacket is color-coded for quick size identification; White - 14 AWG, Yellow - 12 AWG, Orange - 10 AWG,and Black - 8 AWG and 6 AWG.
ISOSTATIC™ Oilube® 401238 Round Bore Sleeve Bearing, 3/4 in Dia Bore, 15/16 in OD, 1-1/8 in W
ISOSTATIC™ Oilube® 401238 Round Bore Sleeve Bearing, 3/4 in Dia Bore, 15/16 in OD, 1-1/8 in W
Proto® J4917MCF Crowfoot Wrench, 17 mm Wrench, 3/8 in Drive, 1-23/32 in OAL, ASME B107.21, Full Polished
PIX SPZ-1120 BELT IS 10MM X 1120MM OC, METRIC NARROW WEDGE DIESEL BELTING, SPZ SECTION
THE BELT IS OIL RESISTANT ANTI-STATIC, METRIC NARROW WEDGE, CORD MATERIAL POLYESTER
- PIXSPZ1120>
Synchronous belt drives help reduce the problems of slippage, belt stretch, lubrication and metal to metal contact. They provide superior performance because power is transmitted by positive engagement of belt teeth rather than by friction, as in conventional belt drives.
