PSSO kaiutinkaapeli Speakon 4x2,5 mm² 1,5 m musta 30227929

For demanding PA and stage setups, this PSSO speaker cable delivers a robust 4-pole Speakon connection with four 2.5 mm² oxygen-free copper conductors, ensuring low-loss signal transfer over 1.5 metres. Unlike standard 2-core cables, the 4-core design supports bi-amping and high-current applications while the quick-lock connectors prevent accidental disconnection during live performances.

Highlights

• 4-pole Speakon NL4FC connectors on both ends for secure, professional connections
• Four 2.5 mm² oxygen-free copper (OFC) conductors for excellent conductivity and durability
• Flexible black PVC jacket withstands frequent coiling and stage use
• Quick-lock mechanism ensures a reliable, twist-proof connection
• Ideal for PA systems, studio monitors, and passive speakers with Speakon inputs

In daily use

Whether you're connecting amplifiers to passive speakers in a fixed installation or setting up a mobile PA for an event, this cable provides dependable performance. The multi-strand OFC conductors remain flexible even after repeated bending, and the rugged PVC jacket resists abrasion and moisture. The 1.5 m length is perfect for short runs between rack components or stage monitors, reducing clutter while maintaining signal integrity.

Full specifications

• Brand: PSSO
• Model: 30227929
• MPN: 30227929
• EAN: 4026397744927
• Cable type: Speaker cable
• Connector 1: Speakon NL4FC (4-pole)
• Connector 2: Speakon NL4FC (4-pole)
• Number of conductors: 4
• Conductor cross-section: 2.5 mm²
• Conductor material: Oxygen-free copper (OFC)
• Cable length: 1.5 m
• Jacket material: PVC
• Product colour: Black
• Connector locking mechanism: Quick lock
• Cable construction: Multi-strand
• Application: Professional audio, PA systems, stage, studio
• Compatibility: Amplifiers and passive speakers with Speakon connectors

Final note

Built for reliability in professional audio environments, the PSSO 30227929 speaker cable offers the quality and performance that sound engineers demand.