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Home>BENTLY NEVADA>Bently Nevada TK3-2 141580-01 | TK3-2 Calibration Instrument
Bently Nevada TK3-2 141580-01 | TK3-2 Calibration Instrument

Bently Nevada TK3-2 141580-01 | TK3-2 Calibration Instrument Item NO.: 2926202

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Product Name Bently Nevada TK3-2 141580-01 | TK3-2 Calibration Instrument
Item NO. 2926202
Weight 0.1 kg = 0.2205 lb = 3.5274 oz
Category BENTLY NEVADA
Brand Bently Nevada
Creation Time 2026-10-22

Bently Nevada TK3-2 141580-01 Calibration Instrument

Bently Nevada calibration hardware

Bently Nevada TK3-2 141580-01 | TK3-2 Calibration Instrument

SECTION 01

Product Description

Bently Nevada TK3-2 141580-01 identifies a TK3-2 calibration instrument used with Bently Nevada proximity transducer systems and vibration monitors. The instrument supplies known mechanical position and vibration inputs so the transducer response and the corresponding monitor indication can be compared within one test arrangement.

For a position check, the spindle micrometer in Bently Nevada TK3-2 141580-01 moves the steel target toward or away from a probe held by its mounting adapter. The resulting Proximitor Sensor output is recorded with a voltmeter, linking a controlled change in mechanical gap to the electrical response of the installed transducer chain.

During a vibration check, the motor-driven wobble plate and swing-arm holder of Bently Nevada TK3-2 141580-01 place the probe over a moving target. The dial micrometer establishes the mechanical vibration value, after which the monitor reading is compared with that known input without requiring an oscilloscope.

SECTION 02

Technical Specifications

Technical dossier Confirmed TK3-2 operating and mechanical values
Brand Bently Nevada
Product Type TK3-2 calibration instrument
Brand Country United States
Electric Power, Low Range 95-125 Vac, 50/60 Hz, 1 A minimum
Electric Power, High Range 190-250 Vac, 50/60 Hz, 1 A minimum
Air Supply 90 psi (6.2 bar) maximum
Vibration Amplitude 50 to 254 µm (2 to 10 mils) peak-to-peak
Maximum Speed, Electric Drive 0 to 10,000 cpm, ±2,500 cpm
Maximum Speed, Air Drive 0 to 5,000 cpm, ±1,000 cpm
Spindle Micrometer Range 0 to 25.4 mm (0 to 1,000 mils)
Target and Wobble Plate Material AISI 4140 alloy steel
Dimensions 215 × 184 × 285 mm (8.5 × 7.25 × 11.25 in)
Weight 5.9 kg (13 lb)
SECTION 03

Micrometer-Guided Position Calibration

Bently Nevada TK3-2 141580-01 creates a traceable relationship between micrometer travel and Proximitor Sensor voltage. Each component has one role: the adapter holds the probe, the spindle moves the target, and the voltmeter records the converted electrical output.

Probe mount›Target travel›Voltage
01

Probe held on the target axis

The mounting adapter of Bently Nevada TK3-2 141580-01 keeps the probe tip aligned with the target while the gap is adjusted. Stable alignment prevents lateral movement from being mistaken for calibrated axial travel.

02

Calibrated mechanical movement

The spindle micrometer advances or retracts the target through its 0 to 25.4 mm range. The operator selects the required increments and keeps the mechanical reading separate from the electrical reading.

03

Transducer output recorded

The probe and Proximitor Sensor convert each target position into an electrical output that is read by a voltmeter. Comparing successive positions reveals whether the transducer response follows the imposed gap change.

SECTION 04

Wobble-Plate Vibration Verification

Bently Nevada TK3-2 141580-01 applies a repeatable mechanical vibration input before the resulting monitor indication is judged. The holder position, dial-micrometer measurement and monitor comparison remain distinct steps in this dynamic test.

Hold

Swing-arm probe position

The swing arm locates the proximity probe over the rotating wobble plate. Its holder maintains the selected tip-to-target relationship while the plate produces motion.

Measure

Known mechanical amplitude

The dial micrometer measures the vibration produced at the wobble plate. The available peak-to-peak range lets the operator establish a mechanical reference before reading the monitor.

Compare

Monitor indication

The vibration monitor receives the proximity-system response to the moving target. Its displayed value is compared with the known mechanical input to determine whether the complete measurement path agrees.

SECTION 05

Frequently Asked Questions

How should the drive type be confirmed before selecting TK3-2 141580-01?

First identify whether the intended TK3-2 arrangement is electrically driven or air driven. The two arrangements use different energy inputs and speed limits, so the available mains supply or regulated air source must match the selected unit rather than being treated as an interchangeable connection.

Which electrical supply should be prepared for TK3-2 141580-01?

Match the installed electric version to either the 95-125 Vac or the 190-250 Vac range shown for the instrument. Do not energize the unit until the nameplate range, line frequency and one-ampere minimum supply have been checked together.

Why can a probe sit incorrectly in the holder of TK3-2 141580-01?

Check the probe diameter and the mounting adapter before moving the target. The holder must secure the probe on its sensing axis; a loose or angled probe changes the mechanical relationship that the micrometer movement is intended to establish.

What should be traced when monitor readings do not follow TK3-2 141580-01 during a position check?

Trace the complete path from target movement to the proximity probe, then from the Proximitor Sensor output to the voltmeter. The spindle micrometer supplies calibrated mechanical travel, while the voltage reading confirms whether the transducer system converts that travel consistently.

How should personnel work around the moving parts of TK3-2 141580-01?

Keep clear of the rotating wobble plate, secure the mounting hardware and use guards and eye protection before operating the drive. Loose clothing and unsecured objects must remain away from the rotating assembly because the test mechanism intentionally produces mechanical motion.

Can TK3-2 141580-01 be treated as a replacement for a permanently installed vibration source?

No. TK3-2 141580-01 is a calibration instrument used to apply a known position or vibration input while a transducer and monitor are being checked. Its micrometer and wobble-plate functions define a temporary verification path, not an installed machinery-measurement channel.

SECTION 06

Customer Support

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Multi-brand scopeAutomation and monitoring hardware.
Order continuityEnquiry details remain linked.
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SECTION 08

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