The Enova Solutions “1 m XLR female to 1/4″ plug 3 pole microphone cable” is designed to bridge professional audio equipment with unmatched precision and durability. At one meter in length, it features an ENOVA XLR female 3-pin connector on one end and a 1/4″ 3-pin jack on the other, making it highly suitable for a range of audio applications from live performances to studio recordings.

This cable is meticulously constructed with high-quality materials to ensure superior signal integrity and reliability. The metal connectors come equipped with strain relief and a cable kink protection grommet to maintain a clean and secure cable outlet. Each cable is hand-assembled with additional insulation over each conductor at the solder contact, ensuring enhanced signal stability and protection against interference.

The cable’s core is made of Oxygen-Free Copper (OFC), known for its ability to reduce signal loss and improve clarity. With a conductor cross-section of 2 x 0.22 mm² (AWG 24 with 7x 0.20 mm strands) and conductor insulation made of Flexible Polyester (FPE), the cable combines strength, flexibility, and temperature resistance. Additionally, the cable is shielded by a spiral shield, minimizing electromagnetic interference and ensuring pristine audio transmission even under demanding conditions.

Specifications

• Brand: ENOVA
• Series: A1-Serie
• Version: Cable Version
• Connector Type: XLR (female 3-pin) and 1/4″ Jack (3-pin)
• Cable Type: XLR female to 1/4″ Plug
• Number of Contacts: 3
• Gender: Cable female to male
• Cable Surface Color: Black
• Cable Length: 1 meter
• Cable Diameter: Ø 6.5 mm
• Wire Size: 24 AWG 0.22 mm²
• Working Temperature Minimum: -20° C
• Working Temperature Maximum: +60° C
• Applications: DJ, Keyboard player, Singer, Sound engineer
• AES/EBU Compatibility: Suitable up to 200 m
• Additional Features: OFC copper, FPE insulation, spiral shield, supplied with Velcro closure

This cable is an excellent choice for professionals seeking a reliable, high-quality connection that supports both analog and digital signal transmissions effectively.