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Technical specifications for 3300/40-13-01-01-00-01
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Manufacturer:Bently Nevada
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Product Category:Machinery Monitoring Systems
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Spare Part Number:3300/40-13-01-01-00-01
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Tariff Code:8537101190
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Counliy of origin:USA
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Measurement function:rotor eccentricity and slow-roll bow
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Selected range:0–500 µm pp / ±500 µm
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Input system:3300/7200 Proximitor, 200 mV/mil
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Signal sensitivity:200 mV/mil where specified by the selected input
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Alarm relay option:Epoxy-sealed
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Safety-barrier option:External
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Agency approval option:None
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Range multiplier:None
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Channel test method:Controlled input change, one channel at a time
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Configuration identity:Complete order code required
Information
Overview
Manuals
Common Applications
Product Precautions
Bently Nevada 3300/40-13-01-01-00-01 applies proximity measurement of peak-to-peak and direct rotor position to thermal or gravity bow assessment during slow roll, using the exact 0–500 µm pp / ±500 µm scale and the selected interface options.
- Uses the selected 0–500 µm pp / ±500 µm measurement range.
- Accepts 3300/7200 Proximitor, 200 mV/mil.
- Uses epoxy-sealed alarm relay hardware.
- Includes a external safety-barrier interface.
The complete channel must preserve the transducer source, displayed range, relay interface and barrier selection together. A monitor from the same family can produce a plausible indication while applying a different scale or output arrangement.
Important Notice: Match the complete 3300/40-13-01-01-00-01 order code, input source and rear connection assembly before installation; then verify each channel through a controlled response test.
Bently Nevada 3300/40-13-01-01-00-01 Manuals & Downloads
Bently Nevada 3300/40-13-01-01-00-01 Technical Reference (PDF)Bently Nevada 3300/40-13-01-01-00-01 Installation & Commissioning Guide (PDF)
The technical reference, installation guide and complete product information PDF are separate documents with different scopes. All three apply only to the exact model shown.
Thermal Or Gravity Bow Assessment During Slow Roll
Apply the selected 0–500 µm pp / ±500 µm span to the intended machine measurement.
Two-channel condition monitoring
Keep channel identity from the field transducer through indication and alarms.
Controlled maintenance testing
Inject or apply a known change and compare each response stage.
Protection-system integration
Verify the selected relay and barrier interface with the receiving circuit.
Apply these checks to the exact Bently Nevada 3300/40-13-01-01-00-01 configuration before isolation, replacement or return to service.
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Confirm the full 3300/40-13-01-01-00-01 marking before removing the installed monitor.
2
Record both channel readings and the selected 0–500 µm pp / ±500 µm scale before isolation.
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Preserve the 3300/7200 Proximitor, 200 mV/mil transducer and sensitivity selection.
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Retain the epoxy-sealed relay arrangement and its contact logic.
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Match the external safety-barrier interface to the field circuit.
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Do not infer an agency approval from another order-code variant.
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Verify the base range is used without multiplication.
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Test each channel, alarm state and downstream response before returning protection to service.
Technical notes
Use a controlled input condition to verify the 0–500 µm pp / ±500 µm scale, 3300/7200 Proximitor, 200 mV/mil conversion, channel identity and selected output behavior. Restore the recorded alarm, delay, reset, multiplier and bypass states only after the complete path responds correctly.
FAQ View All FAQ
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How should the 0–500 µm pp / ±500 µm scale be validated on 3300/40-13-01-01-00-01?The selected measurement span is 0–500 µm pp / ±500 µm. Alarm and recorder scaling must be checked against that span rather than copied from a different range option.
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How does the 3300/7200 Proximitor, 200 mV/mil selection affect 3300/40-13-01-01-00-01 calibration?This configuration uses 3300/7200 Proximitor, 200 mV/mil. Preserve the transducer family, sensitivity and signal polarity as one measurement chain.
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Why must 3300/40-13-01-01-00-01 relay contact logic be checked after installation?The selected alarm output uses epoxy-sealed relay hardware. Contact logic, energization and downstream wiring still require a functional test.
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Can 3300/40-13-01-01-00-01 use the rear interface from an unbarriered variant?The selected interface uses external safety barriers. Match the field circuit and grounding arrangement to that interface.
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Does the product family name alone establish an approval for 3300/40-13-01-01-00-01?No agency-approval option is selected in this order code. Do not infer an approval from another unit in the same monitor family.
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How is the base range interpreted when 3300/40-13-01-01-00-01 has no multiplier?No range multiplier is selected, so the stated scale is the active base range. A multiplied setting from another monitor must not be transferred.
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How can a transducer fault be separated from a real alarm on 3300/40-13-01-01-00-01?Apply a controlled input change to one identified channel at a time, then compare the local indication, buffered or recorder signal, alarm state and return to normal.
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Which configuration record should accompany an installed 3300/40-13-01-01-00-01?Record the complete model, 0–500 µm pp / ±500 µm scale, 3300/7200 Proximitor, 200 mV/mil input, relay and barrier choices, channel assignments, setpoints, delays and the observed acceptance results.
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