3950 Female Cross US Brass Pipe fittings & Adapters 2205P 3950 228 102A
PART# | Thread size | C | D | M |
3950-02 | 1/8 | 1/2 | .339 | .50 |
3950-04 | 1/4 | 11/16 | .438 | .75 |
3950-06 | 3/8 | 13/16 | .562 | .81 |
3950-08 | 1/2 | 1 | .703 | 1.09 |
Interchangeability for reference
Parker : 2205P-2 2205P-4 2205P-6 2205P-8 2205P-12
Eaton : 3950×2 3950×4 3950×6 3950×8
Midland : 28-041 28-042 28-043 28-044 28-045
Parker | Eaton | Midland |
2205P-2 |
3950×2
|
28-041 |
2205P-4 |
3950×4
|
28-042 |
2205P-6 |
3950×6
|
28-043 |
2205P-8 |
3950×8
|
28-044 |
2205P-12 | 28-045 |
attention please :Quotations and delivery of non-stock items supplied on request. Configurations and dimen sions subject to change without notice. Additional information can be found in SAE J530 Automotive Pipe Fittings and SAE J531 Drain Plugs.
Brass Pipe Fittings & Adapters
Applications
Air, gas, hydraulic fluid like water, oil, fuels, lubricant, Grease and other applications which use with brass, copper, and iron pipe.
Manufactured for low and medium pressure line connection work.
Features
- Vibration resistance – Fair resistance to vibration and pipe movement depending upon conditions.
- Advantages – Fewer leaks in the system, Large range of sizes and configurations (extruded/barstocked, hex forged, nickel plated/round forged).
- Conformance – Meets functional requirements of the SAE J530 (Automotive Pipe Fittings), SAE J531 (Drain Plugs) and of ASA, ASME.
- Thread Style – NPT(F) NPSM BSPT BSPP.
Specification
- Temperature Range: -65°F to +250°F (-53°C to +121°C) range at maximum operating pressures.
- Working Pressure: 1200 PSI Maximum based on size always consult tubing/pipe specifications.
Assembly Instructions
- Tighten approximately 2-1/2 turns past hand tight.
- Fittings with Everseal tighten two turns past hand tight. Brittle materials require special cautions.
US Brass Pipe Fittings & Adapters
- Extruded Bar Stock, Hex Forging Blank, NPT Thread Mainly.
Euro Brass Pipe Fittings & Adapters
- Extruded Bar Stock, Round Forging Blank, Nickel-Plated, BSP Thread Mainly.