WESTWARD 2UFU1 Jobber Drill W HSS Toolholding and Tooling Systems - Collets and Coll EMPIRE TV16G Wind-Driven Turbine Exhaust

EMPIRE TV16G Wind-Driven Turbine Exhaust Ventilator Bracing Location External Head Diametre 25 1/2 in Throat Diametre 16 in Airflow @ 4 mph 950 cfm Metal Material Thickness 22 ga 24 ga Overall Height 21 3/4 in Overall Width 25 1/2 in Housing Material Steel Bearing Type Lower Thrust Ball Bearing Oilless Bronze Upper Bearing Bracing Material Steel Housing Finish Galvanized Includes - Installation Requirements Base for New Installations Flashing

WIDIA TCF1000R3SLR100D Indexable Insert Drill Max Drill Dia 26

VF IMAGEWEAR CED2NVRGXL J6370 ATPV Rating 11 cal/sq cm Arc Flash PPE Category 2 Closure Type Zipper Collar Style Lay-Flat colour Blue Fabric Weight 9 oz Features Concealed Nomex(R) Taped Brass Break-Away Deep Pleated Action Back Elastic Waist Inserts Side Vent Openings with Snap Closure Two-Way Gender Men s Inseam 30 1/2 in Insulated for Cold Conditions No Coverall Material Trade Name Excel FR(R) Maximum Chest Size 49 in Maximum Waist Size 45 1/2 in Minimum Chest Size 47 1/2 in Number of Outside Pockets 8

IRON AGE IA5150 G5181 6-Inch Work Boot Style Family 6-Inch Work Boot Metatarsal Guard No ASTM Standards Met Electrical Hazard (EH) Closure Lace Up Chemical Resisting Sole Yes colour Black Width M Gender Men s Heel Definition Flat Heel Non Metallic Upper Yes Non-Marking Sole No Completely Non Metallic No Oil Resisting Sole Yes Construction Cemented Electrical Hazard Rated Yes Conductive No colour Family Black Puncture Resistant Insole No Size 9 Static Dissipative No Style Number IA5150

-27 Thread Standard NPT Thread Type NPT Die Thread Size 1/8 In

WESTWARD 2UFU1 Jobber Drill W HSS Toolholding and Tooling Systems - Collets and Coll EMPIRE TV16G Wind-Driven Turbine ExhaustWESTWARD 2UFU1 Jobber Length Drill Bit Drill Bit Size W Drill Bit Point Angle 118 Degrees High Speed Steel Black Oxide Decimal Equivalent 0. 3860 Letter Drill Bit Point Type Conventional Point Non Coolant Through Number of Coolant Holes 0