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90* Din X Male Metric Adj

Description & Features

Constructed from steel, this 90° elbow adapter connects a DIN tube end on one side to a male metric thread on the other, making it well suited for hydraulic circuit routing where a right-angle transition between these two connection standards is required. The DIN side carries an M22 x 1.5 thread (S14), while the metric side is M20 x 1.5, both male.

The 90* Din X Male Metric Adj is an Adaptall adjustable fitting, allowing the elbow orientation to be set during installation. Key dimensional references include a 30mm L1 length, 22mm L2, and 44mm L3, with wrench flats of 22mm and 24mm across the two sides. The adjustable design provides flexibility when connecting components with fixed port orientations.

SKU: 5069S-14-20

Supplier Part Number (MPN): 5069S-14-20

Specifications

CH1 Width 22mm	CH2 Width 24mm	L1 Length 30mm	L2 Length 22mm	L3 Length 44mm	Adaptall Material Steel	Adaptall Shape 90° Elbow	Side 1 Callout M22 X 1.5	Side 1 Gender M	Side 1 Size S14	Side 1 Type Din Tube	Side 2 Callout M20 X 1.5	Side 2 Gender M	Side 2 Size 20mm	Side 2 Type Metric	Brand Adaptall America	Brand Adaptall	Pack Size 1.00	UOM EA	Supplier Part Number 5069S-14-20	Product Weight 0.32 lbs

Product Questions & Answers (2)

Question by: Dale B on Sep 15, 2025, 5:46 PM

trying to swap an elbow out, what thread sizes are on each end of this one?

Answer by: Customer Support on Sep 17, 2025, 6:58 AM

On the DIN tube end you have an M22 x 1.5 male thread, called out as S14. The other side is a male metric M20 x 1.5 thread.

Question by: Hubert S on Feb 22, 2026, 7:34 PM

Got a tight routing situation on a skid steer and need to make a 90 on the DIN side while still being able to clock the fitting after it's snugged up, this one adjustable or fixed once you torque it down?

Answer by: Customer Support on Feb 24, 2026, 3:07 PM

Adjustable. That's the whole point of the Adaptall design on this fitting. You set the elbow orientation during installation before final torque, so you can clock it to clear hoses, brackets, or whatever's in the way. Once you've got the angle dialed in, you tighten it down and it holds position. That kind of flexibility matters a lot when you're working around fixed port locations on components that don't give you much wiggle room.