The SAPT326 adjustable right-angle XLR male connectors solve the common problem of fixed-angle connectors that don't fit tight spaces or awkward cable runs. Whether you're a touring musician dealing with cramped stage setups, a DJ working around equipment racks, or a sound engineer routing cables behind mixing consoles, these connectors adapt to your needs.

Each connector features seven different locking positions, allowing you to set the perfect angle for any situation. Simply unscrew the collar, rotate to your desired position, and lock it down. The nickel-plated contacts ensure reliable signal transfer, while the black housing with rubber strain relief protects against cable damage and provides a secure connection.

The connectors feature standard 3-pin XLR male configuration with nickel plating for corrosion resistance. Each unit weighs just 0.10 pounds, making them lightweight additions to your cable kit. The rubber grommets provide strain relief, extending cable life in mobile applications where connectors see frequent handling.

These connectors work well for custom cable builds, emergency repairs during gigs, or converting existing straight cables for specific installations. They're particularly valuable for musicians who need to route microphone and instrument cables around tight corners on stage, or for permanent installations where space constraints make straight connectors impractical.

Each connector terminates standard balanced audio cables with proper shielding and ground connections. The four-pack provides backup connectors for critical applications where reliability matters.

Seismic Audio backs these connectors with a one-year warranty. Professional-grade construction at a practical price point, with fast shipping to keep your audio systems running.

Technical Specifications

Frequently Asked Questions

How many different angles can these XLR connectors be set to?

Each connector offers seven distinct locking positions that you can rotate between. You simply unscrew the collar, turn the connector clockwise to your desired angle, then tighten it back down. This gives you flexibility to work around equipment racks, tight stage setups, or any situation where a standard straight connector won't fit properly.

What type of cables do these connectors work with?

These are standard 3-pin XLR male connectors that work with any balanced audio cable requiring an XLR male termination. They're commonly used for microphone cables, line-level connections between mixers and powered speakers, and monitor feeds. You'll need to solder the cable connections to the connector pins following standard XLR wiring practices.

Are these connectors suitable for permanent installations or just temporary fixes?

While they're excellent for emergency repairs during gigs, these connectors are built for permanent use as well. The nickel-plated contacts resist corrosion, and the locking mechanism holds securely once tightened. Many sound engineers use them in permanent installations where space constraints make adjustable angles essential, such as routing cables behind mixing consoles or around equipment racks.

How do I change the angle position on these connectors?

Changing the angle is straightforward: unscrew the connector collar (the threaded ring that holds the two halves together), rotate the angled portion clockwise to one of the seven preset positions, then screw the collar back down firmly. The connector will lock into the new position and maintain that angle through normal handling and use.

Do these connectors affect audio quality compared to straight XLR connectors?

No, these adjustable connectors maintain the same signal quality as standard straight XLR connectors. They use nickel-plated contacts for reliable conductivity and proper shielding for balanced audio signals. The mechanical adjustment mechanism doesn't interfere with the electrical connection, so you get the same performance with added flexibility for tight spaces.

WARNING: This product can expose you to chemicals including Di(2-ethylhexyl)phthalate (DEHP), which is known to the State of California to cause cancer. For more information, go to: www.P65Warnings.ca.gov