You find a Best 1000' 2 Gauge XHHW THWN THHN Aluminum Conductor Cable Wire? Read customer reviews, specifications, features, updates, and the prices for other desirable product reviews 1000' 2 Gauge XHHW THWN THHN Aluminum Conductor Cable Wire!
Type XHHW-2 is intended for use as general purpose wiring in air conduit or other recognized raceways for services, feeder and branch circuit wiring as specified in the National Electric Code at a maximum conductor temperature of 90°C in wet or dry locations. Construction Compact stranded 8000 Series aluminum alloy conductor, black abrasion, heat and moisture resistant crosslinked polyethylene insulation. Standards UL Standards 44 and Federal specification JC-30B NEC ASTM B 800, B 801. Specifications Size AWG or MCM 2 Stranding 7/W Insulation Thickness 45 mls Outside Diameter .360 Inches Weight Per 1000ft 86 Lbs Ampacity 90°C 100 AmpsFeaturesThere are some suggestions • If you are interested in purchasing 1000' 2 Gauge XHHW THWN THHN Aluminum Conductor Cable Wire then you can try to find complete details and product description. • Review the product you need to read a lot of pros and cons you should be fully understood. • You try to find comparable items and sometimes choose to purchase can help. • You can try to find a member. • look at the details of each product and information distribution. • You can also try to find the product characteristics. • In general, as far as I know Internet customers who purchased the products reviewed in 1000' 2 Gauge XHHW THWN THHN Aluminum Conductor Cable Wire or other outlets and stores, shipping, gift ideas, the city is, sales, coupons online, new, holidays & between, cheapest and lowest price everyday samalaya interested, bargain, the best 1000' 2 Gauge XHHW THWN THHN Aluminum Conductor Cable Wire special offers, best deals, discount coupons, is the top & hot, great offers, last minute purchase price of products, including ...Additional Information  |
1000' 2 Gauge XHHW THWN THHN Aluminum Conductor Cable Wire
Subscribe to:
Post Comments (Atom)
Comments (0)
Post a Comment