Mini Digital Laser Tachometer LCD Backlight Non Contact RPM Meter Data Hold RPM Tach Speed Meter Rotational Speed Sensor Motor Lathe Speed Gauge
Feature:
1. Precision High-Speed Analysis: The mini digital laser tachometer is expertly designed for precise measurement, making it an ideal tool for analyzing high-speed machinery. Its accuracy ensures that you can trust the data it provides for your critical engineering decisions.
2. Non-Contact Laser Sensor: Equipped with a non-contact rpm meter, this device utilizes a laser sensor to perform safe and reliable measurements without the need for physical contact. This feature not only enhances safety but also preserves the integrity of the machinery being tested.
3. Automatic Range and Data Hold: The rpm tach speed meter comes with automatic ranging and a data hold feature, simplifying the reading process while ensuring accuracy. These functionalities allow for seamless operation, making it easier to capture and record precise readings.
4. LCD Backlight and Overload Indicator: Featuring an LCD backlight and an overload indicator, the rotational speed sensor ensures that readings are clear under any lighting conditions. This thoughtful design element guarantees that you can easily monitor and assess operational speeds, even in low-light environments.
5. Compact and Portable Design: With its compact size, the handheld tachometer is a convenient tool for on-site measurements. Its portability allows for easy transport and use in various settings, from workshops to field locations, making it a versatile instrument for professionals across industries.
Specification:
Certification: CE
Origin: Mainland China
Type: Tachometer
Power supply: 3*1.5V AAA dry battery (not included, need to bring your own)
Shell material: ABS
Product size: about 175.00x60.00x30.00mm
Product size: 6.89x2.36x1.18inch
Note:
Due to the different monitor and light effect, the actual color of the item might be slightly different from the color showed on the pictures. Thank you!
Please allow 1-2cm measuring deviation due to manual measurement.