| Overview: |
- PT Quick Connect/Disconnect Couplings provide for quick connecting and disconnecting by means of the camming action. This camming action allows pipe and hose connections to be made without the need of hand tools or difficult threaded connections. Cam and groove couplings are made up of two parts, male (adapter/plug) and female (coupler/socket) that work together. The male adapter is simply inserted into the female coupler until contact is made with the gasket. Both cam arms on the coupler are then pressed down/closed simultaneously to produce a uniform gasket compression between the seal surfaces. This seal is created because the cam arms of the female coupler fit snugly against the groove of the male adapter. A positive seal requires that the surfaces on the gasket seat, the adapter face, and the gasket are smooth and uncontaminated. Also cam arms must be in the full closed position for proper locking of the coupling. To disconnect both arms must be lifted / opened simultaneously to release the seal and release the connection.
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| Features & Applications: |
- Glass-fiber reinforced for strength. Good abrasion, corrosion and chemical resistance.
- Color Green.
- Use with water, coolants, gasoline and varnish.
- Made in the USA
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| Part Name |
Item # |
Adapter
Size |
Thread
(Female NPT) |
Overall
Length
(C) |
Inside
Diameter
(E) |
Across
Corners
(F) |
Chain Lug
Extension
(G) |
Engagement
Length |
Max. Allowable
Working Press.
(PSI)* |
Weight |
| 07A |
2900107 |
3/4″ |
3/4″ |
1.62″ |
0.75″ |
1.49″ |
– |
0.97″ |
100 PSI |
0.088 lbs. |
| 10A |
2900110 |
1″ |
1″ |
1.91″ |
0.88″ |
1.76″ |
0.34″ |
1.19″ |
100 PSI |
0.114 lbs. |
| 12A |
2900112 |
1-1/4″ |
1-1/4″ |
2.16″ |
1.04″ |
2.19″ |
0.34″ |
1.44″ |
100 PSI |
0.148 lbs. |
| 15A |
2900115 |
1-1/2″ |
1-1/2″ |
2.29″ |
1.35″ |
2.44″ |
0.33″ |
1.48″ |
100 PSI |
0.209 lbs. |
| 20A |
2900120 |
2″ |
2″ |
2.54″ |
1.72″ |
2.92″ |
0.31″ |
1.75″ |
100 PSI |
0.265 lbs. |
| 30A |
2900130 |
3″ |
3″ |
2.84″ |
2.80″ |
4.22″ |
0.44″ |
1.84″ |
50 PSI |
0.495 lbs. |
*Above maximum allowable working pressures are based on operating temperatures less than 100°F.
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