Accurate up to 0.05%, 0.1 and 0.1 (5 to 1,000) and 1 (1,000 to 9,999) and 10 (10,000 to 99,990) RPM Resolution, Noncontact Tachometer MPN:461950

The Extech 461950 Noncontact Tachometer is an essential tool for accurately measuring and monitoring rotational speed in a wide range of industrial applications. With a resolution of 0.05% from 5 to 1,000 RPM, this tachometer offers precision measurements up to 99,990 RPM. Its non-contact design ensures easy and safe measurements, even at long distances of up to 4 inches. The compact size and lightweight construction make it ideal for portable use in field or lab settings. With applications in motor speed analysis, machinery monitoring, production line efficiency testing, and quality control, the Extech Noncontact Tachometer provides accurate and reliable data to help professionals optimize their processes and enhance overall productivity.

Top product features:

• Non-contact measurement technology this feature provides easy and safe measurements from long distances and eliminates the need to come into contact with rotating parts, reducing potential hazards.
• Wide range of resolutions the tachometer offers multiple resolution options catering to different RPM ranges allowing users to measure with greater precision in various applications.
• Portable size and lightweight construction this feature makes it easier for users to take the device on site, making it an ideal tool for field use.

Top product applications:

• Predictive maintenance in manufacturing this tachometer can be used to monitor and analyze motor and equipment vibrations for early detection of abnormalities, helping maintain operational efficiency and prevent unexpected breakdowns.
• Quality control in production lines it can be employed to measure the speed of moving parts on an assembly line, ensuring components are produced at the correct pace and minimizing defects due to variations in production speeds.
• Energy management in facilities this tool can assist facility managers in monitoring energy consumption by measuring the speed of HVAC or other motors, providing insights into where and when power is being wasted or identify potential sources of inefficiencies that may lead to significant cost savings over time.