LT900 Laser Tachometer (measuring range 2.5 - 99999rpm)
LT900
LT900
A Laser Tachometer is a non-contact instrument used to measure the rotational speed of an object, such as a motor shaft, pulley, or gear, by detecting laser reflections from a target. This device is commonly used in automotive, manufacturing, and industrial settings to monitor and diagnose the performance of machinery by providing precise readings of rotational speed in revolutions per minute (RPM) or other units.
- With back light
- Real-time/ Max/Min/avarage measurement
- Can review the last measuring value
Benefits:
- Safe and Non-Invasive: The non-contact measurement method eliminates the need to stop machinery or make physical contact, reducing risk and saving time.
- Accurate and Reliable: Provides precise measurements over a broad speed range, making it suitable for both low and high-speed applications.
- Portable and Easy to Use: The compact design and simple operation make it convenient for use in the field, maintenance tasks, or quality inspections.
A laser tachometer is a valuable tool for professionals who need accurate, reliable speed measurements to maintain, troubleshoot, and optimize rotating equipment, improving safety and efficiency in a wide variety of applications.
Key Features:
- Non-Contact Measurement: The laser tachometer uses a laser beam to detect and measure rotation without needing to physically touch the object. This makes it safer and more convenient, especially for high-speed or hard-to-reach components.
- Laser Targeting: A focused laser beam is directed at a reflective marker or tape placed on the rotating object. When the laser reflects off the marker, the tachometer counts the reflections to calculate the rotation speed.
- Digital Display: The tachometer provides real-time readings on a digital LCD screen, often showing RPM and other parameters like maximum, minimum, or average speed.
- High Accuracy and Range: Laser tachometers offer high accuracy, typically within (±0.1% + 5d) of the reading, and can measure a wide speed range, often from 2.5 RPM up to 99,999 RPM.
- Memory Functions: Includes data hold, memory recall, and data logging features, allowing users to capture and retain measurements for analysis or reporting.
How It Works:
- Prepare the Target: Place a piece of reflective tape or a small reflective marker on the rotating part of the object to be measured.
- Aim the Laser: Power on the tachometer and aim the laser beam at the reflective tape. The device detects each time the laser beam reflects off the marker as the object rotates.
- Measure and Read: The tachometer counts the number of reflections per second to calculate the RPM and displays the result on the digital screen. The user can then hold or save the reading, depending on the device’s features.
Applications:
- Automotive Maintenance and Repair: Used to check the RPM of engines, fans, and other rotating components, allowing for accurate diagnostics and maintenance.
- Industrial Machinery: Essential for monitoring the performance and condition of motors, conveyors, and other rotating equipment to ensure proper operation and prevent breakdowns.
- HVAC Systems: Helps in measuring the speed of blowers, fans, and pumps, which is critical for troubleshooting and efficiency optimization.
- Manufacturing and Production: Used to monitor the rotational speed of various machines, ensuring they operate within specified parameters for quality control.
- Research and Development: Assists in testing and analyzing rotational speed in laboratory settings, helping engineers to design and optimize mechanical systems.
Technical Specifications
LT900 Settings And Functions Laser Tachometer