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04MJ-02FP 90 ELB STNLS

Description & Features

Constructed from forged stainless steel the 04MJ-02FP 90 ELB STNLS adapter by Brennan Industries Inc offers robust durability. Featuring a 1.080 mm centerline length and an overall length of 0.660 mm it ensures a compact design for versatile industrial applications.

Engineered to withstand a maximum dynamic pressure of 6 000 psi this 90-degree elbow is suitable for high-pressure systems. The male JIC SAE 37-degree flare conforming to SAE J514 standards and female NPTF threads meeting SAE J476 specifications provide reliable and secure connections.

With a cubic inch space of 0.72 it maintains operational efficiency while occupying minimal space. The thread B1 size is 7/16-20 and the thread B2 size is 1/8-27 ensuring compatibility with standard fittings.

MPN: 2502-04-02-SS

Supplier Part Number: 2502-04-02-SS

Specifications

Brand Brennan Industries Inc	Brand Brennan Industries	Pack Size 1.00	UOM EA	Supplier Part Number 2502-04-02-SS	Product Weight 1.00 lbs

Product Questions & Answers (2)

Question by: Dale R on Jan 25, 2026, 6:56 PM

trying to swap out an elbow i busted, are the ends on this one 7/16-20 JIC on one side and 1/8-27 female pipe on the other?

Answer by: Customer Support on Jan 27, 2026, 12:02 PM

Thread-wise, it is a male JIC SAE 37 degree flare on the B1 end with 7/16-20 threads, and a female NPTF on the B2 end with 1/8-27 threads. The JIC side follows SAE J514 and the NPTF side follows SAE J476.

Question by: Keith G on May 1, 2025, 6:40 AM

fitting's rated for 6,000 psi dynamic pressure, does that hold up in actual high-pressure hydraulic lines or is that more of a peak rating?

Answer by: Customer Support on May 3, 2025, 6:23 AM

6,000 psi is the maximum dynamic pressure rating, which means it's built to handle that load during normal system operation, not just as a one-time burst figure. For high-pressure hydraulic lines running at or below that threshold, this elbow is a solid fit. The forged stainless steel construction gives it the structural integrity to hold up under sustained pressure rather than just momentary spikes.