The YPA TTL-2 Ferrous Debris Tester is a portable device that uses electromagnetic induction technology to measure the content of ferromagnetic wear particles in oil. Continuous monitoring of ferromagnetic wear particle levels helps users predict deterioration in machine condition in advance, quickly taking action before downtime, saving costs and protecting assets. The tester provides fast quantitative analysis of ferromagnetic particles with simple operation, instant results on a 5‑inch touch screen, and a rugged suitcase for easy field work or lab testing.
Key Capabilities
- Measuring range: 0 – 5500 mg/L (PPM)
- Sensitivity: 1 mg/L (PPM)
- Detection speed: < 2 seconds
- Only needs 2ml oil sample — no sample preparation required
- 5‑inch capacitive touch screen (1280×720)
- Built‑in battery >5 hours working time
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Description
The YPA TTL-2 portable ferrous debris tester uses electromagnetic induction technology to measure the content of ferromagnetic wear particles in oil. Continuous monitoring of ferromagnetic wear particle levels helps end users predict any deterioration in machine condition in advance, quickly taking action before downtime, saving costs and protecting assets, and preventing more serious damage.
Trend check helps further analysis on the root reason of poor lubrication, providing a basis for quickly judging the lubrication health status of machines on site. It can perform fast quantitative analysis of ferromagnetic particles in oil samples with simple operation and instant, accurate test results displayed on the 5‑inch touch screen.
The portable ferrous debris tester is composed of a high‑performance ARM processor, ferromagnetic sensor, 5‑inch touch screen, USB interface, and built‑in battery. It only needs 2ml of oil sample to conduct the measurement, and the concentration of ferromagnetic wear particles in the oil sample can be measured conveniently, quickly, and stably. No further sample preparation is required and no training for users to operate.
Applications
Features & Advantages
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Fast measurement with good repeatability — needs only 2ml oil sample.
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Easy to operate — all operations can be completed by touching the screen.
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Full English interface — test results are displayed instantly on the 5‑inch screen.
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Trend check — helps further analysis on root reason of poor lubrication.
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PC software — can perform trend analysis and comparison for many test data sets, and observe the change of wear intensity index.
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No training required — users can operate immediately.
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Built‑in battery — convenient to carry for on‑site oil analysis.
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Calibration independent of base fluid — works with any type of oil.
Specifications
| Parameter | Value |
|---|---|
| Measuring Range | 0 – 5500 mg/L (PPM) |
| Sensitivity | 1 mg/L (PPM) |
| Detection Repeatability | ≤1% RSD |
| Sampling Volume | 2 ml |
| Detection Speed | < 2 seconds |
| Oil Temperature Range | 0 – 50 ℃ |
| Screen | 5 inch capacitive touch screen, 1280×720 |
| Storage Memory | 32 GB |
| Power | AC 100 – 240V, 50/60Hz |
| Battery Capacity | 3400 mAh |
| Working Hours | > 5 hours |
| Power Consumption | < 5 W |
| Operating Temperature | 0 ℃ – 50 ℃ |
| Storage Temperature | ‑20 ℃ – 60 ℃ |
| Dimension | 250 × 218 × 133 mm |
| Instrument Weight | 2.7 kg |
Trend Analysis
The YPA TTL-2 includes powerful trend analysis capabilities that go beyond single-point measurements:
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Trend Check on Device — The built-in trend check feature helps further analyze the root reason of poor lubrication by showing historical data patterns.
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PC Software — Export data via USB and use the included PC software to perform trend analysis and comparison across many test data sets. Observe changes in wear intensity index over time.
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32GB Storage — Store thousands of test results directly on the device for later analysis.
Why Ferrous Debris Testing?
Ferromagnetic wear particles are the earliest indicator of mechanical failure. By regularly testing your oil samples with the YPA TTL-2, you can track wear trends, predict equipment failures before they occur, schedule maintenance proactively, and avoid catastrophic damage and unplanned downtime.