Product Details
Part Number Breakdown (330130-080-10-00):
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330130 – 3300 XL standard extension cable
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-080 – Cable length: 8.0 meters
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-10 – Armored cable with FluidLoc™ technology
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-00 – No agency approvals required
Related Product Model Recommendations
FAQs
Q1: What is the function of the 330130-080-10-00 in a 3300 XL system?
It connects a 3300 XL 8mm proximity probe to a compatible Proximitor sensor, transmitting the eddy-current displacement signal for vibration and position measurement. The extension cable is part of the calibrated electrical length of the system, ensuring accurate signal transmission without degradation .
Q2: What do the "-10" and "-00" suffix options mean?
The -10 indicates an armored cable with FluidLoc™ technology for mechanical protection and sealing against oil/moisture migration. The -00 indicates no agency approvals are included – the cable is suitable for general-purpose industrial applications only, not hazardous areas .
Q3: What is FluidLoc™ technology and why is it important?
FluidLoc™ is a cable design that seals the inner core of the coaxial cable to prevent lubricating oil or process gas from migrating along the cable path into the connector or Proximitor sensor. This is critical in pressurized bearing applications where oil wicking could otherwise cause measurement drift or sensor failure .
Q4: How do I ensure proper system compatibility?
The total electrical length of the probe cable plus this extension cable must equal the rated system length of the Proximitor sensor. For this 8.0m cable, you would typically pair it with a 1.0m probe and a 9.0m Proximitor sensor (e.g., 330180-90-00). All 3300 XL 8mm system components are fully interchangeable without bench calibration .
Q5: Can this cable be used in high-temperature applications?
The standard 3300 XL armored extension cable is rated for typical industrial temperature ranges (up to +177°C per some sources). For applications requiring higher temperatures, Bently Nevada offers ETR (Extended Temperature Range) cables rated up to +260°C (500°F). These use a different part number series and should be specified separately.