Cavo XLR 3 pin PSSO 20 m con connettori Neutrik

PSSO XLR 3-pin cable, 20 meters long, fitted with Neutrik male and female connectors, provides a balanced audio connection for microphones, mixers and other professional audio equipment. The cable is designed to carry low-noise mic-level and line-level signals over a flexible, durable jacket suitable for live sound, studio and stage setups. The assembly uses industry-standard XLR 3-pin wiring to ensure compatibility with a wide range of audio devices and to maintain signal integrity across longer runs.

Advantages

The 20 m length allows for flexible placement of microphones and routing on stage without sacrificing signal quality. Balanced construction reduces electromagnetic interference and hum, delivering clearer audio than unbalanced alternatives. Neutrik connectors provide durable, secure connections with reliable contact and strain relief to withstand repeated use and movement. The cable jacket is designed for flexibility and resistance to wear, making it suitable for frequent setup and teardown.

Suitable for

Key specifications

How to use

Connect the male XLR to the microphone or output device and the female XLR to the mixer, preamp or input device, ensuring secure seating of the Neutrik connectors until the latch engages. Route the cable to avoid tight bends and pinches; secure with appropriate ties or cable ramps where foot traffic or equipment movement occurs. For best performance, avoid running the audio cable in parallel for long distances with power cables and keep connectors free from dust and moisture. When disconnecting, press the connector latch on the Neutrik housing before pulling to avoid stress on the connector and cable.

Recommendations

For optimal noise performance, use the balanced XLR 3-pin cable for microphone and line-level connections and maintain proper grounding of equipment. Coil the cable using the over-under method for storage to preserve jacket integrity and connector life. Inspect connectors and cable periodically for wear; replace if shielding or conductor continuity is compromised.