SANKER Sonic Belt Tension Meter U-508 Tensiometer 0.01‑99900N

Description

Product Overview

The SANKER U-508 Sonic Belt Tension Meter is a high‑precision instrument designed to measure belt tension without direct contact. Utilizing acoustic vibration analysis, the device captures harmonic characteristics of a belt and converts them into accurate tension values. It operates over a wide frequency range of 10 Hz to 5 kHz and a tension range of 0.01 N to 99,900 N, providing flexibility for a multitude of industrial applications. The dual‑display mode allows users to view results in either Newtons or Hertz, facilitating quick interpretation of data. Powered by two AAA dry‑cell batteries, the meter offers up to five hours of continuous operation and features an automatic shutdown after five minutes of inactivity to conserve power. The robust construction, combined with a flexible acoustic arm sensor, ensures durability in harsh environments while maintaining measurement integrity.

Usage

Designed for heavy‑duty equipment, the U‑508 excels in monitoring tension on conveyor belts, fans, pumps, and industrial machinery such as compressors, centrifuges, and bottling lines. Its non‑contact measurement method eliminates the need to stop equipment, reducing downtime and increasing productivity. In the medical sector, the meter is suitable for calibrating belts in CT and MRI machines, while in construction it assists with tension verification on steel‑mill rollers and crane hoist systems. The compact sensor can be easily attached to moving belts, and the handheld unit provides instant readouts, making it an essential tool for maintenance technicians, quality engineers, and plant managers who require reliable, on‑the‑spot tension verification.

Why Choose Us

SANKER is a recognized leader in precision measurement technology, and the U‑508 reflects the company’s commitment to quality and innovation. Each unit undergoes rigorous calibration and is supplied with a certification of accuracy, guaranteeing ±1% measurement tolerance. The acoustic sensor is engineered from high‑grade materials that resist wear and temperature extremes, ensuring consistent performance even in demanding environments. Additionally, SANKER provides comprehensive technical support, including a detailed user manual, online resources, and a responsive customer service team ready to assist with installation, troubleshooting, and calibration services. Choosing the U‑508 means investing in a reliable, long‑lasting solution backed by a brand that prioritizes customer satisfaction and continuous product improvement.

Key Features

• Non‑contact acoustic measurement eliminates belt disturbance and reduces downtime.
• Wide tension range (0.01‑99,900 N) and frequency range (10 Hz‑5 kHz) cover diverse industrial needs.
• Dual Newton/Hz display provides flexible data interpretation for engineers and technicians.
• Battery‑powered with auto‑shutdown conserves energy and ensures portability.
• Comes with full technical support, calibration certificate, and a one‑year warranty for peace of mind.

FAQ

How does the acoustic sensor determine belt tension?

The sensor detects the natural vibration frequency of the belt when it is excited by a small, controlled impact. By analyzing the harmonic frequencies, the meter calculates the tension based on established physical relationships between frequency and tension.

Can the meter be used on moving belts?

Yes. The non‑contact design allows the sensor to be placed on a moving belt without affecting its operation, providing real‑time tension readings while the system continues running.

What is the accuracy of the U‑508?

The device offers a measurement accuracy of ±1% across its entire tension range, verified by factory calibration and documented in the supplied certificate.

What batteries are required and how long do they last?

The meter uses two AAA dry‑cell batteries. Under typical usage, the batteries provide up to five hours of continuous operation, and the auto‑shutdown feature extends standby life significantly.

Is the U‑508 suitable for medical equipment calibration?

Absolutely. Its precise measurement capability and non‑intrusive method make it ideal for calibrating belts in medical imaging devices such as CT and MRI machines, where accuracy and minimal interference are critical.