SW 65A Handheld Digital Vibration Meter Tester Measuring Machine Piezoelectric Sensor for Industrial Machinery Monitoring 176mm x 54mm x 25mm
R 6,472
or 4 x payments of R1,618.00 with
Availability: Currently in Stock
Delivery: 10-20 working days
Please be aware orders placed now will not arrive in time for Christmas, please check delivery times.
SW 65A Handheld Digital Vibration Meter Tester Measuring Machine Piezoelectric Sensor for Industrial Machinery Monitoring 176mm x 54mm x 25mm
[HIGH PRECISION MEASUREMENT] The SW 65A Handheld Digital Vibration Meter provides accurate readings with ±(5%+2dgts) accuracy, measuring acceleration (0.1-199.9m/s2), velocity (0.1-199.9mm/s), and displacement (0.001-1.999mm). Its advanced piezoelectric sensor converts vibrations into electrical signals for reliable data analysis across multiple frequency ranges.
[INDUSTRIAL GRADE PERFORMANCE] Designed for demanding environments, this vibration tester operates in 0℃-50℃ temperatures with 20-80% humidity tolerance. The rugged construction (668g weight) withstands factory conditions while providing continuous 4+ hour battery life for uninterrupted machinery monitoring in manufacturing plants.
[COMPREHENSIVE DATA ANALYSIS] Featuring real-time measurement refresh every 500ms and storage for 200 datasets, this digital vibration meter enables detailed equipment condition tracking. The clear LCD display simultaneously shows acceleration, velocity and displacement values for complete vibration diagnostics.
[VERSATILE APPLICATIONS] Ideal for machine manufacturing, power plants, metallurgy operations and automotive production lines. The included probe and carrying accessories make it for field technicians conducting predictive maintenance or quality control inspections on rotating machinery.
[USER FRIENDLY DESIGN] Complete with hanging rope, protective cloth bag and detailed manual, this vibration analyzer offers convenient portability (176x54x25mm). The intuitive interface requires minimal training, while the durable construction ensures long-term reliability in industrial settings.