BTU meters measure the energy changes in liquid or gas flows in British thermal units (BTU). Learn More

Ultrasonic transducers send and receive waves for many types of sensing. Examples include distance, proximity, level, nondestructive evaluation, web break detection, counting, and security applications. Search by Specification | Learn More

Ultrasonic cleaners use high frequency sound waves to create bubbles for loosening and removing dirt, scale, and other impurities from parts. Search by Specification | Learn More

Ultrasonic flow meters use sound waves to determine flow rates. They can be either Doppler Effect meters or Time-of-Flight meters. Search by Specification | Learn More

Ultrasonic instruments use beams of high frequency, short wave signals to inspect, monitor, and measure materials and components. Search by Specification | Learn More

Ultrasonic linear position sensors and switches use ultrasonic waves in combination with light and frequency readings for position and displacement sensing. Search by Specification | Learn More

Ultrasonic proximity sensors use reflected or transmitted ultrasonic waves to detect the presence or absence of a target component. Search by Specification | Learn More

Ultrasonic horns and ultrasonic boosters are used with ultrasonic transducers and converters. Boosters or velocity transformers amplify ultrasonic vibrations. Ultrasonic horns, sonotrodes, anvils, blades or probes contact and transmit ultrasonic vibration. Learn More

Ultrasonic cutting machines and ultrasonic welding machines vibrate a cutting tool or welding head at a high frequency. They are used to cut or join carbon fiber, glass fiber, laminates, films, cork, prepreg, rubber, leather, plastic, food, and honeycomb materials. Learn More

Pulser and receivers generate ultrasonic pulses, which are propagated into materials for NDT testing. Search by Specification | Learn More

...such as steam traps, pipes, valves, and pressure vessels. Ultrasonic (UT) noise detectors can identify changes in bearings, gearboxes, and rotating machinery due to changes in wear or load. Other ultrasonic inspection methods such as the pulse-echo technique... Search by Specification | Learn More

...nondestructive and destructive techniques available to accomplish this task: IR or nuclear gauges, eddy current, magnetic particle, laser, ultrasonic, coulometric, and X-ray, are only a few of the many techniques. Beta, IR or nuclear gauge testing involves... Search by Specification | Learn More

...impairing its future usefulness. They specialize in NDT methods such as visual inspection, ultrasonics, or eddy current methods. Non-destructive testing (NDT) services may also use the following processes or technologies: acoustic emission, beta gauge... Search by Specification | Learn More

...material conditions without permanently altering or destroying the material being examined. NDT material testers include a variety of instruments and a range of technologies. Examples include ultrasonic techniques, laser shearography and holographic... Search by Specification | Learn More

...either single-phase or three-phase power and vary in terms of cooling efficiency, which is often expressed in kilowatts, tons of refrigeration, or British thermal units (BTU) per hour. Devices that use direct current (DC) voltages operate at 12 or 24 VDC... Search by Specification | Learn More