It is a strong fit when the routed distance plus service slack stays within 14 ft and the loop requires a three-socket sensor plug with terminal lugs at the cabinet. This gives the installer useful reach without changing the documented cable architecture.

Look for vibration-sensitive plug seating, loose terminal lugs, an armor pinch point and an internal conductor that opens when the route moves. Testing continuity while gently stressing accessible sections can separate a cable fault from a speed-dependent sensor or machine condition.

Compare the new route, shield treatment, terminal assignment and channel baseline with the pre-retrofit record under the same machine condition. This helps identify wiring or grounding changes before alarm values are adjusted.

No. The 16710 family terminates as a three-conductor plug-to-lug cable, while a 3300 XL extension cable uses a different coaxial connection and electrical-length system. Choosing by length alone could leave the loop impossible to connect or calibrate.

Support the armored section, avoid crushing at clamps, maintain a smooth bend and protect both endpoints from pull force. A short secured service loop near the cabinet reduces stress on the terminal lugs during future maintenance.

Send the installed sensor family, 14 ft route requirement, connector-to-lug arrangement, quantity and a clear photo of the existing label if available. This gives the supplier enough context to distinguish the cable from other armored signal leads.