TPI 9042 Vibration Analyzer
Sampling Frequency | up to 10kHz Fmax and 51,200 lines |
---|---|
AD Converter | 24 bit AD |
Measurement Range | 2/10Hz to 1kHz: ISO standard for assessing Unbalance, Misalignment or Looseness 1kHz to 10kHz: BDU range for identification of Bearing Condition |
Sensor Connection | Bluetooth 5 |
Dynamic Range | 108dB |
Power Supply | Wireless Charging with Long Battery Life |
IP Rating | IP67 |
Frequency Range | 2Hz to 10kHz |
BDU – Bearing Noise – Frequency Range | 1kHz to 10kHz |
Resolution | 100 to 51,200 lines |
ULTRA II Screen Cursors | Single, Harmonic, Moving Harmonic, Sideband, and Time/Frequency for waveform |
ULTRA II Band Alarms | Yes |
Peak to Peak Displacement | Yes |
No Phase Single Plane Balancing | Yes |
Balancing RPM (Range) Low Limit | 120 RPM |
Software to store, analyse and report vibration and inspection parameters | C-Trend II Software. Optional with 9041KZ. Standard with 9042KZ |
- Description
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Description
TPI 9042 Vibration Analyzer
The TPI 9042 is a next-generation vibration analyzer built for industrial professionals who demand precision, flexibility, and rugged performance. Designed to assess a wide range of machinery conditions, it integrates high-resolution FFT analysis, wireless connectivity, and advanced data logging—making it a complete solution for predictive maintenance and machine health diagnostics.
Key Advantages
- High Line Resolution up to 51,200 lines → Ideal for advanced FFT diagnostics
- Bluetooth 5 sensor connectivity → Tangle-free field operations
- Waterproof (IP67) → Durable in harsh industrial environments
- Low-speed balancing capability → Works on fans, motors, blowers at 120 RPM
- Wireless charging → Long operation with minimal downtime
- Industry-standard software (C-Trend II) → Trusted by reliability professionals
Included & Optional Software
C-Trend II Software
- Used for data storage, trend analysis, FFT spectrum review, and report generation
- Included with the 9042KZ kit
- Optional with 9041KZ
Functions Supported in Software:
- Route-based data collection
- Alarm configuration
- Trending over time
- FFT diagnostics
- Machine fault detection (bearing, imbalance, looseness, misalignment)
Typical Applications
- Maintenance teams are conducting route-based vibration checks
- Monitoring of bearings, gearboxes, motors, pumps, and compressors
- Field engineers diagnosing early-stage mechanical faults
- Performing ISO 10816 severity evaluations
- Single-plane machine balancing in the field (even at low speeds)
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