SAE 040102       2200 48IFHD 202 48W

Interchangeability for reference

Parker : 48IFHD-2-2 48IFHD-3-2 48IFHD-4-2 48IFHD-4-4 48IFHD-5-2 48IFHD-5-4 48IFHD-6-2 48IFHD-6-4 48IFHD-6-6 48IFHD-8-4 48IFHD-8-6 48IFHD-8-8 48IFHD-10-8 48IFHD-12-12

Eaton/WeatherHead : 2022 202×3 202×4 202x4x4 202×5 202x5x4 2026×2 202×6 202x6x6 202x8x4 202×8 2028×8 20210 202×12 202×14 202×16

Midland : 12-041 12-042 12-043 12-044 12-045 12-046 12-047 12-048 12-049 12-038 12-050 12-051 12-052 12-040

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 Inverted Flare Fittings & Adapters

Industry Standard - SAE J512 Inverted Flare

Applications

LP and natural gas, flammable liquids, hydraulic brake, power steering, fuel lines and transmission cooler lines, refrigeration, hydraulic and pneumatic systems. Used on low, medium and high pressure lines under the most adverse conditions, compatible with copper, brass, aluminum and steel hydraulic tubing that can be flared.

Features

1. Construction – Short nut affords very close tube bends. Steel or brass tube nut, straight barstock & forged fittings.
2. Good Vibration resistance – Use long nut when greater vibration resistance is required.
3. Conformance – Heavy duty flare fittings are manufactured to SAE specifications, Meets specifications and standards of ASA, ASME, SAE, and MS (Military standards).
4. Reusability – Can be assembled and re-assembled repeatedly & Resists mechanical pull-out.

Specification

1. Temperature Range: -65°F to +250°F (-53°C to +121°C) range at maximum operating pressures.
2. Working Pressure: up to 2000 psi depending on tube size. Will withstand burst pressure of standard tubing – up to 5000 psi with bundy-weld (double flared) and 3500 psi with copper tubing, depending on size. Obviously, Temperature and type of tubing used are important factors.

Installation Instructions

1. Cut tubing to desired length. Make sure all burrs are removed and the ends are cut square.
2. Slide nut on tube. Threaded end “A” of nut must face out.
3. Flare end of tube with a 45° flaring tool. See page 20 for flare data.
   a. Measure flare diameter.
   b. Examine flare for excessive thin out.
   c. On thin wall, welded or brazed tubing, use double flare to prevent pinch-off and cracked flares.
4. Lubricate threads and assemble to connector body. Nut should be turned hand tight.
5. Tighten assembly with a wrench until a solid feeling is encountered. From that point, apply a one-sixth turn.