CHAINFLEX CF61503 Flexing Control Cable 3 Cond 16AWG CTL Lathe Machines DAYTON 31LH32 General Purpose Motor

DAYTON 31LH32 General Purpose Motor Three Phase Motor Design 3-Phase 1 1/2 HP Nameplate RPM 3 510 No of Speeds 1 Voltage 230/460V AC Full Load Amps 3

5 oz Features Autoclaved with Workrite Uniform s Perfectpress(R) Hidden Front Snap Closure and Hook and Loop Pocket Closures Pencil Slot Sewn-in Military Creases Western-Style Yoke Closure Type Snap Gender Men s Flame-Resistant Collared Shirt Material Trade Name 2 Percent Other fibre 5 Percent Kevlar Aramid 93 Percent Nomex(R) Aramid Maximum Chest Size 42 in Neck Style Collar

STRONG HOLD 1DK4246 Cabinet Drawer Overall Depth 24 in Overall Height 6 in Overall Width 48 in Number of Drawers 1 Assembled Assembled colour grey Finish Baked Enamel Handle Type Pull Load Capacity per Drawer 400 lb Material Steel Material Thickness 14 ga Product Type Drawer

-8 Minimum Thread Length 2 1/2 in Fastener Length 10 in Head Height 1 in Head Diametre 1

SQUARE D QOU21251021 Miniature Circuit Breaker Amps 125 A AC Voltage Rating 120/240V AC Circuit Breaker Type Shunt Trip Number of Poles 2 DC Voltage Rating 60V DC Circuit Breaker Actuator Toggle Circuit Breaker Mounting Style Surface/DIN Rail Compatible Panelboard/Load centre Series QO Phase Single Series QOU Max AIR Rating 10kA at 120/240V AC For Use With Air Conditioning and Refrigeration Equipment Heating Terminal Connection Slotted Box Lug (Line and Load) Frame Size 100A/QOU Length 4

CHAINFLEX CF61503 Flexing Control Cable 3 Cond 16AWG CTL Lathe Machines DAYTON 31LH32 General Purpose MotorCHAINFLEX CF61503 Control Cable Conductor colour Code (1) Green Yellow Black with White Numbers Conductor Material Copper Conductor Size 16 AWG Jacket colour Green Jacket Material PVC Length Order by the Foot Maximum Operating Temperature 158 Degrees F Minimum Bend Radius Factor E Chain 6. 8 x OD Minimum Bend Radius Factor Fixed 4 x OD Minimum Bend Radius Factor Flexible 5 x OD Minimum Operating Temperature Flexible 23 Degrees F Number of Conductors 3