CW-19-MM-RP 19-mm 12-pt Chrome Combination Wrench
19-MM 12-PT CHROME COMBINATION WRENCH-TABCW19MMRP >
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19-MM 12-PT CHROME COMBINATION WRENCH-TABCW19MMRP >
2HRB Dodge® 015234 Tire Rough Stock Bore Raptor Coupling Hub, E2 Coupling, 1.13 in Dia Bore, 0.94 in L Through Bore, 1.65 in Dia Hub, Steel
2HRB Dodge® 015234 Tire Rough Stock Bore Raptor Coupling Hub, E2 Coupling, 1.13 in Dia Bore, 0.94 in L Through Bore, 1.65 in Dia Hub, Steel
UC-FT-209-27 1-11/16"-ID 2-bolt Flange a standard-duty, 2-bolt diamond flanged mounted ball bearing unit.
• Bore Diameter (Shaft Size): 1-11/16 inches (42.863 mm)
• Housing Profile: 2-Bolt Diamond Flange (ideal for compact setups perpendicular to the shaft)
• Bolt-to-Bolt Center Spacing: 5.8438 inches (148.4 mm)
• Overall Length: ~7.0625 inches (179.4 mm)
• Locking Mechanism: Two cup-point socket set screws positioned on the extended inner ring to grip the shaft.
• Load Thresholds: ~7,300 lbf Dynamic / ~4,580 lbf Static
DOUBLE OPEN FACE BALL BEARINGS-FAF206K>
1" -2 UNIVERSAL NPSM HIGH SPEED DIE-RIG47860 >
GEARWRENCH® 85864 XL X-Beam™ Open End Combination Wrench, 3/4 in Wrench, 12 Points, 0/15 deg Offset, 12.01 in OAL, Polished Chrome
We designed the GEARWRENCH XL X-Beam™ wrenches to give you up to 500% more area for turning the wrench versus a standard wrench handle. The X-Beam™ allows you to apply force to the flat of the wrench, greatly reducing hand fatigue and pain. The XL X-Beam™ wrenches are 20% longer than our standard ratcheting combination wrenches, providing improved access and giving you the leverage to tighten or release the most stubborn fasteners. The ratcheting box end is designed to move fasteners with as little as 5°of motion, versus the 30° required for standard wrenches. The wrenches have strong alloy steel bodies with a bright, full polish chrome finish. The ratcheting box end also features our off-corner loading design that grips securely and reduces fastener rounding. The XL X-Beam is available in ratcheting combination, reversible ratcheting combination, and flex combination styles.
