06 in For Conductor Material Copper For Stud Size 5/16 in For Stranded Copper Wire Size - Minimum 4/0 AWG For Stranded Copper Wire Size - Maximum 4/0 AWG Inspection Hole Yes Hole centre to centre 1 in Material Copper Maximum Operating Temperature 300 Degrees F Maximum Voltage 600 V AC Termination Style Crimp Seam Style Seamless Standards CSA Certified UL Listed
DYNALON 227935 Connector USP Specification Not Applicable Product Type Connector Type Connector Material Polypropylene colour Clear Autoclavable Yes Features Chemical Resistant Serrating Connecting Surfaces Standards BSE/TSE Certified FDA Compliant REACH RoHS For Tubing Outside Diametre 10 mm Manufacturers Warranty Length Replace Defective Parts Package Quantity 100
GRAINGER U515660190200 Socket Flat Head Screw Head Type Flat System of Measurement Inch Drive Type Socket Drive Size 1/8 in Material Stainless Steel Material Grade/Class 18-8 Finish Plain Thread Size #10-32 Minimum Thread Length 7/8 in Fastener Length 2 in Head Height 0
MIDWEST CONTROL GYSFB125 Y Strainer Pipe Size 1 1/4 in Maximum Pressure at 100 deg F 600 psi Length 3 1/2 in Height 3 3/4 in Blow Off Port 1/2 in Screen Material 304 Stainless Steel Mesh Size 20 mesh Housing Material Brass Includes Screen Yes Maximum Pressure 600 psi CWP Maximum Temperature 425 Degrees F Minimum Temperature -20 Degrees F Port 1 Connection Size 1 1/4 in Port 1 Connection Type NPT Port 1 Gender Female Port 2 Connection Size 1 1/4 in Port 2 Connection Type NPT Port 2 Gender Female
30 in Overall Length 300 ft Tubing Material Polyethylene Max Operating Temperature 185 Degrees F Tubing colour Black Chemical Resistant Yes Corrugated Tubing Split Yes Self Extinguishing No Standards RoHS REACH Compliant NAFTA Compliant Wall Thickness 0
273WU4 WIDIA NG3189RK Grooving/Parting Insert NG-K Carbide Air Movement 06 in For Conductor MaterialWIDIA NG3189RK Parting and Grooving Insert Right Hand Max Grooving Width 0. 1890 in ANSI Code NG3189RK Chip Breaker Code K Chip Breaker Style Double Sided Clearance Angle 11 Degrees Coating Process PVD