Introduction

The 330130-040-00-05 Standard Extension Cable provides reliable sensor-to-monitor connectivity in the Bently Nevada 3300 XL system. Its 4-meter length, industrial-grade construction, and EMI shielding ensure that vibration and displacement signals from Proximitor sensors are transmitted accurately. Lightweight and flexible, it is designed for efficient routing in industrial environments, supporting predictive maintenance and long-term machinery monitoring.

Technical Specifications

Parameter	Details
Model	330130-040-00-05
Series	3300 XL
Type	Standard Extension Cable
Cable Length	4.0 m
Weight	0.136 kg
Compatibility	3300 XL Proximitor Sensors
Insulation	Industrial-grade, oil and chemical resistant
Shielding	Foil and braided shield for EMI protection
Primary Use	Extending sensor-to-monitor connections
Environment	Turbine halls, compressor rooms, industrial machinery areas

Recommended Related Models

Model	Description
330105-02-12-05-02-05	8 mm Reverse Mount Probe
330105-02-12-10-02-05	8 mm Reverse Mount Probe, 1.0 m cable
330105-02-12-05-02-00	8 mm Reverse Mount Probe, 0.5 m cable
330171-00-12	Extension cable alternative for 3300 XL system
330180-51-00	High-temperature proximity probe
330185-01-00	Shaft monitoring probe for turbines
330196-XX-XX	Shielded cabling for noise-sensitive installations
330980-50-00	OEM-specific proximitor module
330130-065-00	Long-length extension cable variant
330130-00-05	General 3300 XL sensor cable

Popular Related Models

Model	Description
330104-00-04	Standard turbine probe
330107-00-10	High-sensitivity eddy-current probe
330103-00-07	Turbine-grade 8 mm probe
330130-065-00	Long-length extension cable
330171-50-00	Common extension cable for 3300 XL system
330180-90-00	High-temperature monitoring probe
330185-02-12	Rotor-vibration monitoring probe
330178-00-05	OEM compressor probe
330190-08-10	Long-run shielded cable
330130-00-05	Standard eddy-current vibration probe cable

Applications

The 330130-040-00-05 Standard Extension Cable is designed to extend 3300 XL Proximitor Sensor connections in industrial machinery monitoring systems. It is ideal for applications in turbine halls, compressor stations, pump rooms, and other critical rotating equipment areas where sensors need to be positioned at a distance from the monitoring system. The cable allows flexible routing through constrained or obstructed plant layouts without compromising signal accuracy.

Advantages

Preserves signal integrity over extended 4-meter connections
Flexible installation suitable for tight, complex routing paths
Durable, industrial-grade construction withstands temperature changes, oil, and mechanical stress
Plug-and-play compatibility with all 3300 XL Proximitor Sensors
Lightweight design reduces mechanical strain on sensor connections

FAQs

What is the recommended maximum extension length?
This 4.0-meter cable is factory-specified; longer extensions require system verification.
Does the cable affect sensor linearity?
No, it is shielded and impedance-matched to maintain Proximitor output linearity.
What type of shielding does it use?
Foil and braided shielding provide effective EMI protection.
Can it be routed near high-voltage cables?
Yes, but maintain proper separation and grounding to prevent interference.
Is it resistant to oil and chemical exposure?
Yes, the insulation is industrial-grade and suitable for turbine hall or compressor room environments.
What connectors are used?
Standard 3300 XL Proximitor connectors for direct plug-in compatibility.
Does cable length affect high-frequency signal transmission?
No, the cable preserves the full frequency response of the Proximitor sensor.
Can multiple cables be daisy-chained?
Yes, but total length and system specifications should be considered to maintain signal integrity.
Is it compatible with older 3300 series systems?
Primarily designed for 3300 XL; backward compatibility should be verified for older systems.
What installation practices minimize signal loss?
Proper grounding, avoiding sharp bends, and keeping separation from EMI sources ensures optimal performance.