Midland Industries 12081 – 90° Elbow, 1″ Female Inverted Flared x 1″ NPT(M)F, Brass

Midland Industries 12081 90 deg Elbow, 1 in Female Inverted Flared x 1 in MNPTF, Brass

SKU: 12081
Additional Information	1.02 x 1.69 in Center to End, 0.600 lb Weight
Connection Size 1	1 in
Connection Size 2	1 in
Connection Type	Female Inverted Flared|MNPT
Connection Type 1	Female Inverted Flared
Connection Type 2	MNPTF
Fitting Type	90 deg Elbow
For Use With	Aluminum, Brass, Copper, and Steel Hydraulic Tubing
Material	Brass
Material Construction	Brass
Temperature Rating	-65 to 250 deg F
Thread Size	1-5/16-16 x 1-11-1/2

Features:

•Typical Application: Hydraulic brake, power steering, fuel lines and transmission cooler lines, LP and natural gas.
•Working Pressure Ranges: Temperature and type of tubing used are important factors. However, the following table is a good guide for proper selection.

• Tolerance: +/- .03 on all dimensions.

• Approvals: Meets functional requirements of SAE J530, J531
•Vibration: Excellent resistance.
•Temperature Range: -650F to +2500F (-530C to +1210C) range at maximum operating pressures.
•Used With: Copper, brass, aluminum and steel hydraulic tubing that can be flared.
•Advantages: Very low cost and reusable. Seats and threads are internal and protected. Compact, excellent vibration life. Short nut affords very close tube bends. Steel or brass tube nut.

Assembly 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 450 flaring tool.
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 fitting body. Nut should
be turned hand tight.
5- Tighten assembly with wrench until a solid feeling is encountered.
From that point, apply a one-sixth turn.
Note: Do not over-torque as it may damage the fitting or split
the tubing at the flare.