Mother's Day Pick Srt-6223 Digital Surface Profile Gauge Roughness Tester Meter W/ 0~800 μm Measuring Range At A Low Price [2cmWROa5]

SRT-6223 Digital Surface Profile Gauge: Precision Measuring Tool

The SRT-6223 Digital Surface Profile Gauge is a cutting-edge device designed for precise measurement of surface roughness. This versatile tool is essential for ensuring the quality and performance of coatings, adhesives, and various machinery parts. With its robust design and user-friendly interface, the SRT-6223 is the ideal choice for professionals in manufacturing, construction, and research. Its advanced features make it a reliable companion for measuring surface profile height with exceptional accuracy.

Key Specifications and Features

The SRT-6223 boasts a wide measuring range of 0 µm to 800 µm, providing precise readings for a variety of applications. Its accuracy is ±5% or ±5 µm, ensuring reliable results every time. The gauge features a 4-digit LCD display for clear visibility, and its metric/imperial conversion function allows for versatile use. The tungsten carbide tip is durable and can withstand up to 20,000 readings before replacement, making the SRT-6223 a cost-effective solution for long-term use. Additionally, the gauge meets various international standards, including ASTMD-4417-B, IMOMSC.215(82), SANS5772, US Navy NSI 009-32, and US Navy PPI-63101-000.

Applications and Benefits

The SRT-6223 is widely used in production sites for measuring the surface roughness of machinery parts, ensuring optimal coating performance. Its manual or automatic shutdown feature enhances user convenience, while the USB/RS-232 data output allows for seamless connection to a PC for data analysis. The gauge's lightweight design and compact dimensions make it portable and easy to carry. Whether you are a professional in the coatings industry, a researcher, or a manufacturing engineer, the SRT-6223 Digital Surface Profile Gauge is an indispensable tool for achieving high-quality results and maintaining precise control over surface roughness measurements.