90° Elbow Metal Body Fittings

90° Elbow Metal Body Fittings for Flexible Conduit Termination

90° elbow metal body conduit fittings are used where flexible conduit must change direction at the point of termination. They are typically selected for angled entry into enclosures, junction boxes, panels, and equipment where a metal-threaded connection, bonding continuity, or higher mechanical protection is required.

Flexa® 90° elbow metal body fitting families on this page include heavy-duty and bend elbow options for different installation needs. USW families use a hard 90° elbow design for general industrial use, while USB-M uses a smoother 90° bend that can make pulling larger wire bundles easier.

Use the families below to choose the appropriate elbow fitting based on thread standard, protection level, installation geometry, and wire-pulling requirements.

Flexa® metal body fittings are a core conduit fitting product line from IBIS Electro-Products Corp, specializing in high-performance conduit connection systems.

Choose 90° elbow metal body fittings for secure conduit termination where right-angle routing is required in confined spaces.

90° Elbow Metal Body Fitting Families

5010.501.032 / 15010501032 Flexa USW-M M32 x 1.5 mm nickel-plated brass 90° elbow connector for 27.0 mm OD FLEXAgraff®-SI-ASF conduit

USW-M

Metric Thread, Hard 90° Elbow Fitting, Heavy Duty, Bonding, IP40 to IP67

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Applications for 90° Elbow Metal Body Fittings

90° elbow metal body fittings are commonly used where conduit must enter equipment, panels, or enclosures at an angle rather than in a straight line. They are a practical choice where routing constraints, bend direction, bonding continuity, or a more durable metal fitting design are part of the installation requirements.

How to Choose a 90° Elbow Metal Body Fitting

Selection is typically based on:

  • Thread standard — Metric or PG
  • Fitting design — hard 90° elbow or smoother bend elbow
  • Ingress protection — IP40 to IP67, depending on family
  • Bonding requirements — where grounding continuity is needed
  • Installation geometry — where conduit must change direction at the point of entry
  • Wire-pulling considerations — where a smoother bend may help with larger wire bundles

A practical selection path is:

  1. Start with USW-M or USW-P for general heavy-duty angled conduit termination.
  2. Choose USB-M when the application benefits from a smoother 90° bend and easier wire pulling.
  3. Confirm the required thread standard and protection level for the installation.

Compact 90° Elbow Fitting Family Comparison Table

FamilyThreadBest forKey featureIP rating
USW-MMetricStandard industrial angled terminationHard 90° elbow, heavy duty, bondingIP40–IP67
USW-PPGStandard PG-thread angled terminationHard 90° elbow, heavy duty, bondingIP40–IP67
USB-MMetricEasier wire & cable pulling through smoother bendSmoother 90° bend elbow, bondingIP40–IP65

Frequently Asked Questions about 90° Elbow Metal Body Conduit Fittings

90° elbow metal body fittings are used where flexible conduit must change direction at the point of termination. They are commonly selected for angled entry into enclosures, panels, junction boxes, and equipment where a metal-threaded fitting design may be required.

USW elbow fittings use a hard 90° elbow design for general industrial conduit termination. USB-M uses a smoother 90° bend elbow design, which can make it easier to pull larger wire bundles through the fitting.

Choose a bend elbow fitting when the installation benefits from a smoother bend radius, especially where larger wire bundles need to be pulled through the conduit system. For standard heavy-duty angled termination, USW elbow families are typically the starting point.

The IP rating indicates the fitting’s level of ingress protection against dust and moisture. It does not refer to bonding continuity or protection against electrical noise interference. The required IP rating should be matched to the installation environment.

Need help selecting a 90° elbow metal body fitting?

IBIS can help identify the appropriate elbow fitting family based on thread standard, installation geometry, and application requirements.