2600101 (E05A) by PT-Coupling | Corrosion Resistant Cam & Groove Adapter | Type A | 1/2" Adapter x 1/2" Female NPT | Hastelloy

Sale price$186.24

PT Coupling
Corrosion Resistant Cam & Groove (Camlock) Adapter | Type A | Adapter x Female NPT | Hastelloy

These corrosion resistant cam & groove couplings are designed for acid applications in highly corrosive media including hydrochloric acid and sulfuric acid.

Made in the USA



Buy More, Save More!
Quantity Price Each
5–19 $175.07
20–59 $158.30
60+ $139.68
Discounts applied in cart/checkout.

Product Data:

Shape:

Straight

Cam & Groove Type:

Type A

Ends Configuration:
  • 1/2in Male Cam & Groove
  • 1/2in Female NPT
Features & Applications:
  • These corrosion resistant cam & groove couplings are designed for acid applications in highly corrosive media including hydrochloric acid and sulfuric acid.
  • Made in the USA
Part
Name
Item # Adapter
Size
Female NPT
Thread
Overall
Length
(C)
Inside
Diameter
(E)
Across
Corners
(F)
Chain Lug
Extension
(G)
Max. Allowable
Working Press.
(PSI)*
E05A 2600101 1/2" 1/2" 1.60" 0.53" 1.12" - 250 PSI
07A 2600107 3/4" 3/4" 1.62" 0.75" 1.49" - 250 PSI
10A 2600110 1" 1" 1.91" 0.88" 1.76" 0.34" 250 PSI
15A 2600115 1-1/2" 1-1/2" 2.29" 1.35" 2.44" 0.33" 250 PSI
20A 2600120 2" 2" 2.54" 1.72" 2.92" 0.31" 250 PSI
30A 2600130 3" 3" 2.84" 2.80" 4.22" 0.44" 200 PSI
40A 2600140 4" 4" 3.16" 3.78" 5.41" 0.39" 150 PSI

*Above maximum allowable working pressures are based on operating temperatures less than 100°F.

PT-Coupling

PT Coupling is a renowned manufacturer of Cam & Groove fittings, Punch-Lok banding, and clamps for industrial hoses. Established in 1951, the company offers a range of products made from different materials and is known for their innovative proprietary Punch-Lok design. PT Coupling's products are trusted by customers worldwide in various industries, such as agriculture, construction, and mining. With a commitment to quality and customer service, PT Coupling continues to be a leading producer of industrial hose fittings.

Explore PT-Coupling