Telephone Patch Cable ShiverPeaks BASIC-S RJ11‑RJ11 15.0 m Black

ShiverPeaks BASIC-S RJ11‑RJ11 15.0 m Black is a fixed-length telephone patch cable intended for connecting telephones, modems or fax devices to wall sockets and patch panels. The 15.0 m cable uses standard RJ11 connectors at both ends and supports voice and low-speed data signals in home and small office telephony environments.

Advantages

The cable offers a reliable physical connection with a standard RJ11 pinout, ensuring compatibility with most analog telephony devices and simple data modems. Its fixed 15.0 m length eliminates the need for extensions or improvisation, while the black jacket provides discreet installation along walls or under desks. The straightforward construction reduces contact issues and helps maintain signal integrity for voice communication and low-speed data transfers.

Suitable for

• Connecting desk telephones to wall sockets in homes and small offices
• Linking analog fax machines to telephone lines
• Connecting low-speed dial-up modems or POS terminals requiring RJ11
• Temporary or permanent wiring between patch panels and equipment in small PBX setups

Key specifications

• Cable length: 15.0 m
• Connector type (both ends): RJ11
• Colour: Black
• Signal support: Analog voice and low-speed data
• Pinout: Standard RJ11 wiring for telephony

How to use

Plug one RJ11 connector into the telephone or modem device and the other into the wall socket or patch panel jack. Ensure connectors are fully inserted until the latch clicks to secure the connection. Route the cable to avoid sharp bends or kinks and keep it clear of equipment that may cause interference. For installations where cable length is critical, verify the 15.0 m distance before final routing.

Usage recommendations

For best performance, avoid running the cable parallel to mains power cables over long distances and keep it away from strong electromagnetic sources. Inspect connector contacts periodically and replace the cable if the jacket is damaged or if intermittent connections occur.