Network Cable Procab 1KPCL215 BNC MALE BNC MALE 50 OHM 1.5M Black

The Procab 1KPCL215 is a 1.5 meter coaxial cable terminated with BNC male connectors on both ends and designed for 50 ohm systems. It is intended for professional audio‑video and RF signal applications where a stable and low‑loss connection is required. The cable combines a durable outer jacket with consistent impedance to maintain signal integrity over its length, making it suitable for studio, broadcast and AV installation environments.

Advantages

This network cable provides reliable BNC-to-BNC connectivity with consistent 50 ohm impedance to minimize reflections and signal loss. The 1.5 m length offers flexible placement between devices without excess slack. Its robust construction ensures mechanical durability for repeated connections and typical field use, while the standard BNC male terminations deliver secure, twist-lock style mating for stable connections in professional setups.

Suitable for

• Connecting video cameras to monitors and switchers in studio and event setups
• Linking RF equipment, test instruments or modulators in 50 Ω systems
• Short runs between broadcast devices, patch panels and distribution amplifiers
• Professional AV installations requiring BNC male-to-male patching

Key specifications

• Connector type: BNC male to BNC male
• Impedance: 50 ohm
• Length: 1.5 m
• Color: Black
• Cable type: Coaxial, single conductor with shield

How to use

Inspect both BNC connectors and device ports for cleanliness and secure seating before connection. Align the BNC male connector with the female jack, push the connector onto the jack and rotate until it locks. Avoid putting excessive strain on the cable and route it to prevent sharp bends or kinks. For disconnection, depress the outer sleeve if present and twist while pulling to release the coupling.

Usage recommendations

For best performance, use this 50 ohm Procab BNC cable in short to medium runs within studio racks or AV cabinets, avoid coiling tightly near active equipment, and periodically check connectors for corrosion or wear. Match cable impedance and connector types across the signal chain to preserve signal quality.