DAYTON 216NV2 Standard-Duty Industrial Fan Non-Oscillating Voltage 115V AC 1 Phase Air Velocity @ 20 ft 225 fpm Motor HP 1/15 hp Fan Mounting Location Pedestal Sound Level 68dBA Max Ambient Temp 105 Degrees F Hz 60 Hz Watts 120 Height 22 1/2 in Width 22 1/2 in
PARKER 106BRDSRM0200 Air Cylinder Body Material Stainless Steel Cylinder Type Round Body Cylinder Repair Non-Repairable Magnetic Piston Magnetic Piston Mounting Type Block Bore Diametre 1 1/16 in Cushion Type None Stroke Length 2 in Inlet Size 1/8 in Air Inlet Type NPT Spring Retraction Force Not Applicable Cylinder Action Double Acting Number of Rods Single Rod System of Measurement Inch Mounting Location Rear Body Material Grade 304 Overall Width 1 1/4 in Overall Height 1 1/4 in
B K PRECISION XLN60026GL DC Power Supply Output Volts (DC) 5 to 600V Output Current (Amps) 0
VELVAC 37322 Fork Terminal Contact Finish Tin Contact Material Copper Insulation colour Blue Insulation Coverage Full Coverage Insulation Material Nylon Maximum Operating Temperature 221 Degrees F Maximum Voltage 600 V Maximum Wire Size 14 AWG Stud Size #6 Termination Style Crimp and Heat Shrink Tongue Length 1
5 ft Number of Steps 6 Assembled Load Capacity 450 lb Step Tread Serrated Platform Depth 10 in Platform Width 24 in Bottom Width 30 in Base Depth 46 in Overall Width 30 in Climbing Angle 59 Degrees Step Depth 7 in Step Width 24 in Ladder Actuation Foot Activated Step Lock Finish Powder Coated colour grey Standards ANSI OSHA Compliant Rear Exit Yes
BURNDY YA26A6 One Hole Lug Compression Connector STD Olive 297 Tag1 DAYTON 216NV2 Standard-Duty Industrial FanBURNDY YA26A6 One Hole Lug Compression Connector Barrel Size Standard colour Code Olive Die Code 297 Tongue Angle Straight Tongue Width 0. 67 in For Conductor Material Aluminum Copper For Stud Size 3 8 in For Stranded Copper Wire Size Minimum 2 0 AWG For Stranded Copper Wire Size Maximum 2 0 AWG Inspection Hole No Hole centre to centre Not Applicable Material Aluminum Maximum Operating Temperature 194 Degrees F Maximum Voltage 35 kV AC Termination