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tpi 9075 Wireless Smart Vibration Sensor

tpi-9075-Wireless-Smart-Vibration-Sensor-product

Specifications

  • Signal Parameters: Frequency Range / Resolution, BDU – Bearing Noise – Frequency Range, Dynamic Range, A/D Converter
  • Connection: Bluetooth
  • Battery: Rechargeable
  • Charger: Wireless
  • IP Rating: Weather-resistant
  • Operating Temperature: Specified range
  • Storage Temperature: Specified range
  • Dimensions & Weight: Provided
  • ULTRA III App Features: Screen Cursors, Band Alarms, Peak to Peak Displacement, Balancing, Balancing RPM (Range), Low Limit Diagnostic Features, Ultra III Route Transfer, USB-C, Bluetooth, Cloud

Scan to download the TPI View app:

tpi-9075-Wireless-Smart-Vibration-Sensor-fig-1

Description

The 9075 is a wireless accelerometer used to take vibration readings and send data via Bluetooth wireless communication to an Android tablet running the TPI Ultra III app. Used in conjunction with Ultra III software the 9075 features include:

  • 2/10Hz to 1kHz ISO standard for assessing Unbalance, Misalignment or Looseness
  • 1kHz to 10kHz BDU range for identification of Bearing Condition
  • High resolution (0.2 Hz) frequency spectra from 2 Hz to 10 kHz
  • Screen Cursors – Single, Harmonic, Moving Harmonic, Sideband, and Time/Frequency for waveform
  • Demod & Coast Down, Phase & Orbit Plots, Gap Voltage Display
  • Download Routes with Inspection points (with optional C-Trend II PC software)
  • Clear, easy-to-read, and navigate touchscreen
  • Wireless Charging
  • Battery – 2000mAh Lithium-Ion battery
  • Data transfer by Bluetooth
  • 2Hz to 10kHz Frequency Range
  • 100 to 51,200 Line Resolution
  • 108dB Dynamic Range
  • IP67-rated housing

Scan to download the TPI View app

tpi-9075-Wireless-Smart-Vibration-Sensor-fig-1

Overview

tpi-9075-Wireless-Smart-Vibration-Sensor-fig-2

Side / Bottom View 

tpi-9075-Wireless-Smart-Vibration-Sensor-fig-3

Charging the 9075

The 9075 can be charged using a wireless charging pad. Place the 9075 backside down on the charging pad. Make sure the charge indication icon on the 9075 is placed on the pad. Please see the charge indication icon below.tpi-9075-Wireless-Smart-Vibration-Sensor-fig-4

The ORANGE power indication LED will flash while the 9075 is charging. When the 9075 is fully charged, the power indication LED will flash GREEN.

Turning the 9075 On and Off 

Powering On 

  • Press & hold the On/Off button tpi-9075-Wireless-Smart-Vibration-Sensor-fig-5 to turn the 9075 on. The Green power LED will illuminate.

Powering Off
Press and hold the On/Off buttontpi-9075-Wireless-Smart-Vibration-Sensor-fig-5until the 9075 turns off. The Power and Bluetooth LED’s will illuminate Orange and Blue respectively prior to turning off.

9075 LED Conditions

Not Charging

  • Solid Green LED on when turned on and battery >= 20%.
  • Solid Red LED on when turned on and battery < 20%

When Charging

  • Flashing Red LED if battery is < 20%.
  • Flashing Orange LED if battery is >= 20% & < 98%.
  • Solid Green LED if the battery is fully charged

When in Operation
Blue LED turns on when connected to a tablet. Orange and Blue LED on prior to turning off when the on/off switch is held down.

Using the 9075

  1. Turn the 9075 on. The 9075 is ready to be connected to a smart device running the TPI View app.
  2. Open the View app on the smart device and tap on Scan for Devices. The View app will search for the 9075. Tap on the 9075 to be connected. When connected, the Bluetooth LED of the 9075 will illuminate.
  3. Attach the 9075 to the measurement point of the machine under test.
    Note: For best results the sensor should be placed gently onto the measurement point by “rolling” the magnet onto the machine. This is done to avoid any sudden shocks that would be seen as large acceleration peaks by the sensor and could take some time (several seconds) to go away.
  4. Tap on Take Reading to perform measurements with the 9075. Measurement data will be sent from the 9075 to the View app. The app allows Velocity, Bearing Damage Units (BDU), and Total Acceleration to be displayed. Tapping on VA Bands will display the Velocity at different frequency bands and tapping on FFT will display the FFT graph. The run speed can be adjusted to match the machine under test by tapping on Run Speed and entering the speed of the device under test. Readings can be saved and a report generated.

Understanding Vibration Readings

Once a vibration reading has been taken, the display will show three values, as shown in the example screen opposite. The values are color coded to show their alarm status as explained in the following sections.
The three values shown in the readings screen are:

  • ISO value (velocity in mm/second or inch/s)
  • Bearing Noise in BDU (Bearing Damage Units)
  • Total g (acceleration)

These readings are explained in more detail below with some examples of what they actually mean:

ISO value (mm/s)
The ISO value (in mm/s or inch/s) is the large number displayed at the top of the screen, which is the RMS (average) of the vibration velocity in the frequency band 10Hz (600 RPM) to 1kHz (60,000 RPM) or 2Hz (120 RPM) to 1kHz (60,000 RPM), as specified by the ISO standard1. The correct frequency band is automatically selected by the meter based on running speed. The ISO value background is color coded according to the ISO 10816-1 vibration velocity level chart
(see below).tpi-9075-Wireless-Smart-Vibration-Sensor-fig-6

Bearing Noise (BDU)
Below the displayed ISO value and to the left is the value of bearing noise (high frequency vibration) in Bearing Damage Units (BDU), where 100 BDU corresponds to 1g RMS (average) vibration measured above 1kHz. This is a measure of the wear state of the bearings in the equipment being monitored. The higher the number, the more worn the bearing. It is commonly held that 1g of high-frequency vibration (100 BDU) corresponds to a relatively high level of bearing noise and so can be considered indicative of a damaged bearing. In other words, it may be helpful to think of the Bearing Noise figure as being very roughly equivalent to “percentage” of bearing wear. By default, the bearing noise is displayed on a Red background if it is above 100 BDU, an Amber background between 50 and 100 BDU, and a Green background below 50 BDU. However, the BDU alarm levels can be changed using the Manual Setup menu (see section 2.3.2.1).

Total acceleration (g)
This is the RMS (average) value of the total vibration acceleration measured by the meter over its entire frequency range (2Hz to 10kHz). This reading is shown in units of g (Earth’s gravitational constant, where 1g = 9.81 m/s2).

SPECIFICATIONS

9075 Signal Parameters
Frequency Range / Resolution 2Hz to 10kHz l 100 to 51,200 Lines
BDU – Bearing Noise – Frequency Range 1kHz – 10kHz
Dynamic Range 108dB
A/D Converter 24 bit
9075 Information
Connection Bluetooth
Battery 2000mAh Lithium-Ion battery
Charger Wireless through charging pad
IP Rating IP 67
Operating Temperature 32 to 113°F (0 to 45°C) – charging         32 to 140°F (0 to 60°C) – discharging
Storage Temperature -4 to 140°F (0 to 60°C)
Dimensions & Weight 1.9”” x 3.4” x 1.9” (47mm x 84.8mm x 47mm) / 9.8oz (280g)
ULTRA III App
Screen Cursors Single, Harmonic, Moving Harmonic, Sideband, and Time/Frequency for waveform
Band Alarms Yes
Peak to Peak Displacement Yes
No tachometer (4-run) Balancing Yes
Balancing RPM (Range) Low Limit 120 RPM
Diagnostic Features Velocity, BDU, Displacement, Demod, Coast Down
Ultra III Route Transfer
USB-C Yes
Bluetooth Yes
Cloud Yes

tpi-9075-Wireless-Smart-Vibration-Sensor-fig-7

STANDARD ACCESSORIES

  • A9073 – 1/4×28 magnet
  • A9120 – Wireless charging pad and USB cable

OPTIONAL ACCESSORIES

  • A9114 – Universal USB charging puck

WARRANTY

This product is warranted to the purchaser against defects in material and workmanship for three years from the date of purchase.

Covered by Warranty: Repair parts and labor; or replacement of the product at the company’s option. Normal transportation charges to the purchaser are also covered.

Not Covered by Warranty: Damages to the product which are the result of abuse, improper use or maintenance are not covered. Any other expense, consequential damages, incidental damages, or incidental expenses including damages to property are not covered. Transportation expenses to the company are not covered. Some states do not allow the exclusion or limitation of incidental or consequential damages, so the above limitations or exclusions may not apply to you. To Obtain Warranty Performance: Include with the product: your name, address, phone number, written description of the problem, and proof of purchase date. Carefully package and return to:

Implied Warranties: Any implied warranties including implied warranties of merchantability and fitness for a particular purpose, are limited in duration to three years from date of purchase. To the extent any provision of this warranty is prohibited by federal or state law and cannot be preempted, it shall not be applicable. This warranty gives you specific legal rights, and you may also have other rights which vary from state to state.

Test Products International, Inc.

Test Products International, Ltd.

Test Products International Europe Ltd.

  • Rutherford Way Industrial Estate Rutherford Way
  • Manor Royal
  • Crawley
  • West Sussex
  • RH10 9LN
  • www.tpieurope.com

Test Products International (EU) LTD
Ground Floor 71 Lower Baggot Street Dublin D02 P593 Ireland

FAQs

Q: How do I know when the 9075 is fully charged?
A: The power indication LED will flash GREEN when the 9075 is fully charged.

Q: What is the frequency range of the 9075?
A: The 9075 has a frequency range of 2Hz to 10kHz.

Q: How should I attach the 9075 to the machine under test?
A: Gently place and roll the magnet onto the machine’s measurement point to avoid sudden shocks that may affect readings.

Documents / Resources

tpi 9075 Wireless Smart Vibration Sensor [pdf] Instruction Manual
9075, 9075 Wireless Smart Vibration Sensor, Wireless Smart Vibration Sensor, Smart Vibration Sensor, Vibration Sensor

References

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