Description

Specifications Table

Product Type – Contact Tachometer

Measurement Range – 0.5~19,999 RPM

Grade – Industrial/Laboratory

Application – Speed measurement of rotating equipment, motors, and machinery

Product Overview

The Contact Tachometer (0.5~19,999 RPM) is a high-precision instrument designed for accurate rotational speed measurements in laboratory and industrial environments. Engineered with a robust contact probe, it ensures reliable readings across a wide RPM range, from as low as 0.5 to as high as 19,999, making it versatile for various applications. The device features a clear, easy-to-read digital display that minimizes errors during readings, while its durable construction guarantees long-term performance even in demanding conditions. The tachometer is calibrated for high accuracy, ensuring consistent results for critical measurements. Its ergonomic design allows for comfortable handling, reducing user fatigue during extended use. Whether for routine equipment checks or precise experimental setups, this tachometer delivers dependable performance with minimal maintenance requirements. The compact and portable design further enhances its usability in different workspaces, from lab benches to workshop floors.

FAQs

1. How accurate is this contact tachometer for low RPM measurements?

The tachometer maintains high accuracy even at the lower end of its range (0.5 RPM), thanks to its precision-engineered contact probe and calibrated sensor. Regular calibration checks are recommended for sustained performance.

2. Can this tachometer be used with non-metallic rotating surfaces?

Yes, the contact probe is designed to work with a variety of surfaces, including non-metallic materials, as long as the surface is smooth and allows for stable contact. Avoid overly textured or abrasive surfaces to prevent probe wear.

3. What is the expected battery life under continuous use?

The battery life depends on usage frequency, but under typical lab conditions, it can last several months with intermittent use. For continuous operation, consider keeping spare batteries or a rechargeable model if available.

4. Does this tachometer require any special storage conditions?

Store the tachometer in a dry, dust-free environment at room temperature. Avoid exposure to extreme heat, moisture, or direct sunlight, as these conditions can affect the internal components and display accuracy over time.

5. Are there any alternatives for measuring RPM without physical contact?

For non-contact measurements, optical or laser tachometers are available, which use reflective markers or laser beams to determine RPM. These are useful for applications where physical contact is not feasible or could damage the equipment.