• RFI/EMI Immunity: Achieves CE mark approval without special mounting considerations, resisting nearby high-frequency radio signals.

• FluidLoc Option: Prevents oil and liquid leakage through cable interior for machine integrity.

• Connector Protection: Optional connector protectors or silicone tape provide additional environmental protection in humid conditions.

• Locknut with Safety Wire: Standard locknut features pre-drilled safety wire holes for secure installation.

• Robust Bonding: Patented TipLoc molding and CableLoc design deliver 330 N (75 lb) pull strength for reliable probe attachment.

• Corrosion Resistance: Gold-plated brass ClickLoc connectors resist corrosion and lock securely against vibration.

Specific Application

• Ramp differential expansion measurements on industrial steam turbines where large thermal growth shifts exceed regular 8mm system tracking limits.
• Thrust (axial) position and rod drop monitoring on large-scale reciprocating compressors with high shaft dynamic movement.
• Industrial machine environments utilizing native European or Asian M14 metric threaded housings without needing mechanical thread adapters.

Ordering Information

Installation & Troubleshooting FAQ

Q1: What are the torque limits and tool sizes for mounting this M14x1.5 case probe?

A: The maximum rated torque for the M14x1.5 probe casing is 63.3 N·m (560 in·lb), and the recommended engineering installation torque is 21.1 N·m (187 in·lb). The hardware ships standard with a 22 mm locknut featuring safety wire holes, and the probe barrel incorporates integrated 12 mm wrench flats to hold the assembly secure during final gapping adjustments.

Q2: What is the recommended gap voltage and mechanical physical clearance for this 11mm system?

A: The standard scale factor for the 11mm transducer loop is 3.94 V/mm (100 mV/mil), and the recommended installation gap setting is exactly 2.5 mm (100 mils), which yields an initial calibration output of roughly -10.0 VDC. Because the probe tip diameter is a larger 10.7 mm, you must maintain a minimum target diameter face of 30.5 mm (1.2 in) and an adjacent shaft distance spacing of 58 mm to avoid signal coupling faults.

Q3: Can I cut or shorten this 5.0-meter probe cable to better fit a small junction box space?

A: No, never alter or cut down the integral cable length of the proximity probe assembly. The electrical loop characteristics of the system are calibrated to a precise 75Ω triaxial line impedance with a standard nominal probe DC resistance of 7.2 ± 0.8 ohms across the 5.0-meter run. Splicing or shortening the wire permanently damages the internal signal matching networks and voids the calibration accuracy.

Q4: Why does my monitoring framework throw a target error when replacing a legacy 7200-series 11mm probe?

A: The 3300 XL 11mm hardware uses updated circuitry that is not backward compatible with legacy 7200-series components. Upgrading requires changing out every part of the loop to 3300 XL standard pieces and updating your 3500 Monitoring Rack software configurations to properly read the updated 3.94 V/mm incremental scale factor parameters.

Accessories