Coaxial Cable LMR195 DeLOCK 90425 10 m Black Grey

The DeLOCK LMR195 coaxial cable, 10 meters in length, is designed for RF and antenna connections where a flexible, low-loss cable is required. The cable uses LMR195-type construction to balance attenuation and flexibility, and it comes with straight connectors suitable for inline connections between devices and antennas. Packaged in a polybag, this cable offers a straightforward solution for extending RF runs in installations where a durable, weather-tolerant coaxial link is needed.

Advantages

The cable provides a combination of low signal loss and good flexibility due to its LMR195 construction, making it easier to route in confined spaces. Straight connector ends enable direct, secure mating with many common RF ports. The 10 m length reduces the need for additional couplers in medium-range installations, and the outer jacket in black-grey offers basic environmental protection while blending into indoor and outdoor setups.

Suitable for

• Extending connections between routers, modems and external antennas
• Temporary or permanent antenna installations for Wi‑Fi, cellular or other RF applications
• Indoor cable routing where flexibility and moderate length are required
• Test setups and lab environments requiring a standardized coaxial link

Key specifications

• Cable type: LMR195-style coaxial
• Length: 10 meters
• Connector orientation: straight
• Outer jacket color: black/grey
• Packaging: polybag
• Typical use: RF/antenna signal transmission with moderate attenuation

How to use

Connect one straight end of the coaxial cable to the RF or antenna port of your device and the other end to the antenna or external transceiver. Ensure connectors are fully engaged and hand-tightened to avoid poor contact; do not over-tighten. Route the cable to avoid sharp bends and kinks that can increase attenuation or damage the inner conductor. When used outdoors, secure the cable and connectors to prevent strain and moisture ingress where possible.

Usage recommendations

For best performance, keep cable runs as short as practical and avoid running parallel to power cables to reduce interference. If the installation requires weatherproofing, add appropriate sealing at connector junctions and use UV-resistant clamps for exposed runs.