Items |
X 10143 Staked-Stop Coupling, C x C, 3/8" x 3/8" |
X 10144 Staked-Stop Coupling, C x C, 1/2" x 1/2" |
X 10145 Staked-Stop Coupling, C x C, 5/8" x 5/8" |
X 10157 Staked-Stop Coupling, C x C, 3/4" x 3/4" |
X 10146 Staked-Stop Coupling, C x C, 7/8" x 7/8" |
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Weight | N/A 0.01 lb | N/A 0.02 lb | N/A 0.03 lb | N/A 0.06 lb | N/A 0.09 lb | |||||
Material1 | N/A COPPER-IRON | |||||||||
Operating Temperature [Max] | N/A 250 ºF | |||||||||
Operating Pressure [Max] | N/A 1885 psi | |||||||||
End Type | N/A Cup (Braze) | |||||||||
End Size | N/A 3/8 in | N/A 1/2 in | N/A 5/8 in | N/A 3/4 in | N/A 7/8 in | |||||
Second End Type | N/A Cup (Braze) | |||||||||
Second End Size | N/A 3/8 in | N/A 1/2 in | N/A 5/8 in | N/A 3/4 in | N/A 7/8 in | |||||
Standards |
N/A
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Overall Length | N/A 0.94 in | N/A 1.06 in | N/A 1.26 in | N/A 1.46 in | N/A 1.73 in | |||||
Overall Height | N/A 0.44 in | N/A 0.58 in | N/A 0.72 in | N/A 0.86 in | N/A 1.00 in | |||||
Overall Width | N/A 0.44 in | N/A 0.58 in | N/A 0.72 in | N/A 0.86 in | N/A 1.00 in | |||||
X | N/A 0.06 in | N/A 0.08 in | N/A 0.09 in | N/A 0.11 in | N/A 0.12 in | |||||
Qty Pcs / Bag | N/A 5 | |||||||||
Master Qty Pcs / Box | N/A 100 | |||||||||
Mueller Description | N/A 3/8 OD COUPLING | N/A 1/2 OD COUPLING | N/A 5/8 OD COUPLING | N/A 3/4 OD COUPLING | N/A 7/8 OD COUPLING | |||||
Key Specifications | N/A Streamline® XHP Copper Fittings is third party verified through Underwriters Laboratories for max operating temperature of 250° F (120° C) and continuous operating pressure of 1740 psi (120 Bar). | |||||||||
Installation |
N/A
Streamline® XHP copper material was developed for use with high pressure refrigerants. Compared to conventional pure copper Cu-DHP (99.9% Cu; UNS C12200), Streamline® XHP material is a CuFe2P alloy (2% iron; UNS C19400). This material’s wettability is comparable to that of Cu-DHP. Streamline® XHPTM is not subject to any restrictions for the selection of brazing alloy. Commonly used brazing filler metal types such as BCup Alloy (may contain 0%-30% Silver – Ag) or Bag Alloy (may contain anywhere between 24% and 93% Silver – Ag) can be used. The brazing alloy chosen must be clarified with the brazing alloy supplier for each specific application. The selection of brazing alloy may depend on a few factors: applicable codes, OEM specifications, vibration, and operating temperatures. |
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