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The PCE BTM 2000A Belt Tension Force Meter is a visual maintenance tool used to measure belt tension force. It includes a display device and a sensor head mounted on a semi-flexible gooseneck, which allows the sensor head to be positioned with flexibility. The gooseneck's mobility enables the sensor to measure the strand force even in difficult-to-reach areas. This belt tension measuring device determines both the belt tension (in Newton) and the belt frequency (in Hz) when the belt is stationary.
A small impulse on the belt is sufficient to set the belt vibrating. The devise measures with the sensor the natural frequency of the belt generated in this way and visualizes it on the display. The meter can directly determine the actual tension (in Newton / Pound Force) of the belt from the belt frequency combined with the optionally entered belt length and belt mass. However, entering this data is not necessarily required in order to carry out the measurements directly with the belt tension measuring device. The measurement units in the device can be switched between N (SI unit) and pound force (US unit).
The reading is always shown as the belt frequency in Hz on the display of the belt tension measuring device. The intuitive graphic menu is visualized on the high-contrast display of the belt tension measuring device in six different languages. Up to 750 data records can be stored in the memory of the belt tension measuring device. The belt tension measuring device is delivered completely ready for use. The scope of delivery includes the handheld device, the standard sensor with gooseneck, a magnetic holder, batteries and operating manual. To increase the flexibility during the measurement, the following items are optionally available to the belt tension meter: an external sensor head with a spiral cable, a device hard case, a frequency mallet and a tripod.
Measuring Range | 10 – 900 Hz |
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Accuracy | ± (1% of reading + 4 digits) |
Repeatability Accuracy | ± 1 Hz |
Resolution | <100 Hz: 0.1 Hz |
>100 Hz: 1 Hz | |
Belt Length | Max. 9,999 m |
Belt Mass | Max. 9,999 kg/m |
Memory | 750 measured values |
15 sets of 50 measuring points | |
Menu Languages | German, English, Spanish, French, Italian, Dutch |
Power Supply | 3 × 1.5 V AAA batteries |
Operating Conditions | 0 – 50 °C / 32 – 122 °F; Max. 95% R.H. |
Storage Conditions | -20 – 65 °C / -4 – 149 °F; Max. 95% R.H. |
Dimensions | 150 × 80 × 38 mm / 5.9 × 3.1 × 1.4 in |
Weight | Approx. 200 g / 7 oz (incl. batteries) |
Accurate Belt Diagnostics: Measures both belt tension in Newtons and belt frequency in Hz—ensures optimal performance and longevity.
Flexible Gooseneck Sensor: Easily positions into tight or awkward spaces for precise readings, even in hard-to-reach areas.
Stationary Belt Testing: Ideal for maintenance checks without having to run the system—safe and efficient.
Dual Readout: Visual display provides real-time tension and frequency values, aiding quick adjustment and troubleshooting.
Portable & User-Friendly: Lightweight design with intuitive operation—great for on-site mechanical maintenance.
Versatile Use Cases: Suitable for a wide range of belt-driven systems in industrial, automotive, and HVAC applications.
Q: What is the PCE BTM 2000A used for?
A: It’s a precision tool for measuring belt tension force and frequency in stationary belts—ideal for maintenance and setup in belt-driven systems.
Q: What measurements does the PCE-BTM 2000A provide?
A: It measures belt tension in Newtons (N) and belt frequency in Hertz (Hz), helping ensure optimal performance and lifespan of belt systems.
Q: How is the sensor positioned during use?
A: The sensor head is mounted on a semi-flexible gooseneck, allowing it to be easily positioned even in hard-to-reach areas.
Q: Is the device suitable for use in tight spaces?
A: Yes, the flexible gooseneck design makes it ideal for accessing belts in confined or complex equipment setups.
Q: Does the belt need to be moving to take measurements?
A: No, the device is designed to take accurate measurements while the belt is stationary.
Wipe sensor head and display with a dry, lint-free cloth after use.
Avoid bending the gooseneck sharply to maintain flexibility and accuracy.
Store in a padded, dry case to protect delicate components.
Check battery level regularly to ensure uninterrupted use.
Inspect sensor for dust or debris that may affect measurements.
Calibrate periodically for consistent tension and frequency readings.
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