The Reed Instruments R7920 is a portable ultrasonic thickness gauge designed for precise, non-destructive material thickness measurement. It provides an essential tool for quality control, maintenance, and inspection across a wide range of industrial applications.
Key Specifications and Features:
– Measurement Versatility: Accurately measures the thickness of a broad spectrum of materials, including common industrial metals such as steel, cast iron, aluminum, red copper, brass, and zinc, as well as plastics like acrylic resin, polyethylene, and PVC, and other materials such as quartz glass and grey cast iron.
– Non-Destructive Testing: Employs advanced ultrasonic technology to perform precise thickness measurements without causing any damage or requiring material removal.
– Configurable Alarms: Integrates user-adjustable high and low alarm thresholds, providing immediate alerts when measurements fall outside predefined tolerances, enhancing quality control efficiency.
– Onboard Data Logging: Features internal memory with capacity for storing up to 300 individual measurements, facilitating comprehensive data collection and subsequent analysis.
– Intuitive Operation: Designed with a straightforward user interface, ensuring ease of setup and operation for all skill levels, thereby reducing training time and increasing productivity.
– Field-Ready Portability: Engineered for mobility, its compact and robust design makes it ideal for precise thickness measurements in various field and industrial environments.
– Regulatory Compliance: Certified with CE standards, affirming its adherence to rigorous European directives for safety, health, and environmental protection.
– Portable Power: Powered by an internal battery, enabling cordless operation and maximum flexibility for use in locations without immediate access to power outlets.
– Comprehensive Kit: Supplied as a complete kit including a protective carrying case, an ultrasonic probe, essential ultrasonic couplant gel, and a USB cable for direct data transfer to a computer.
