LAKESIDE 422 Utility Cart Overall Length 31 in Overall Depth 19 in Folding No Finish Stainless Steel colour Silver Number of Handles 1 Duty Type Medium Duty Product Type Utility Cart Adjustable Height No Maximum Load Capacity 500 lb Caster Type (1) Swivel Enclosed/Open/Partially Enclosed Open Gauge 20 ga Material Stainless Steel Number of Casters 4 Number of Shelves 3 Overall Height 32 1/8 in NSF Certified No
7677 Metric Drill Bit Point Type Self-centreing Point Coolant Through Number of Coolant Holes 2
31 in Coupling Construction One-Piece Coupling Material Stainless Steel Coupling Outside Diametre 2 1/16 in Different Bore Sizes Yes Keyway Depth 1 Not Applicable Keyway Depth 2 Not Applicable Minimum Bore Diametre 1 in Keyway Width 1 Not Applicable Keyway Width 2 Not Applicable Maximum Bore Diametre 1 1/4 in Maximum Speed 4 000 RPM Maximum Torque 1 330 in-lb
GRAINGER 310002618 Carbide Bur End Type Radius Cut Type Single Shank Dia 1/4 in Head Dia 3/8 in Head Length 3/4 in Included Angle Not Applicable Overall Length 6 3/4 in Trade Number SF-3L6 Primary Material Application Brass Bronze Carbon Steel Cast Iron Copper Stainless Steel Steel Titanium Head Shape Tree Shank Length 6 in Operating Speed - Maximum 60 000 RPM List Number 310F System of Measurement Inch Coating Bright (Uncoated) Head Material Carbide Head Material Grade C2 Submicron
GRAINGER U082100430450 Hex Head Cap Screw System of Measurement Inch Basic Material Steel Material Grade Grade 2 Fastener Finish Zinc Plated Dia
TACO 5123C2 Mixing Valve Forged Brass 1 to 14 gpm Lockout Tagout LAKESIDE 422 Utility Cart OverallTACO 5123C2 Thermostatic Mixing Valve Body Material Brass Flow Rate 1 to 14 gpm Inlet Type Union Sweat Outlet Type Union Sweat Inlet Size 3 4 in Outlet Size 3 4 in Temp Range 85 Degrees to 120 Degrees F Max Pressure 200 psi Overall Height 5 in Overall Width 5 25 64 in Inlet Temperature (Cold) 39 Degrees to 80 Degrees F Inlet Temperature (Hot) 120 Degrees to 180 Degrees F Includes cheque Valves Standards ASSE 1017 ASSE 1070 CSA 125. 3 cUPC Listed NSF 61