Cooling tech digital microscope software hangs my pc

Cooling tech digital microscope software hangs my pc software#

Note that dual element transducers can be used with much longer cables than single element transducers, potentially as long as 100 meters or 300 feet with an appropriate instrument setup. The maximum length of cable that can be used in a specific case will depend on the transducer type and minimum thickness to be measured. When cable length exceeds about 3 meters or 10 feet at common test frequencies, cable effects should be considered since negative effects can occur. Generally, using very long cables is not recommended unless required by test conditions. Ultrasonic gauges are most often used with transducer cables approximately 1 meter or 3 feet in length. Ultrasonic Testing with Long Transducer Cables Some affixing is needed to hold the transducer(s) in proper alignment with the test material. In the case of extruded pipe, tubing, and cable jacket, measurements can often be made within existing cooling tanks by using the cooling water as a couplant. In-line measurement is usually performed with immersion transducers that couple sound energy through a water bath or water column to avoid the need for direct contact with the product. Multichannel instruments can measure at many different locations around the circumference of a tubular product or across the width of a sheet. In-line or in-process ultrasonic thickness gauging enables continuous measurement of products like extruded plastic pipe and tubing, electrical cable jacket, and sheet metal while the product is moving. In-Line Measurements Using Ultrasonic Thickness Gauges Finally, at temperatures greater than approximately 200 вЏ or 100 вЊ, we recommend using special high temperature couplants. Note that measuring hot materials with a gauge set to room temperature sound velocity will often lead to significant error. For maximum accuracy, calibrate the gauge sound velocity setting at the same temperature to perform measurements. This effect is much greater in plastics and rubber than in metals or ceramics. Sound velocity in all materials changes with temperature, normally increasing as the material gets colder and decreasing as it gets hotter, with abrupt changes at freezing or melting points. Reach out to Olympus for more information on specific transducer selection. Also, always perform high temperature measurements with single element transducers in Mode 2 or Mode 3 with either a delay line transducer (using an appropriate high temperature delay line) or an immersion transducer. Never use contact transducers on a surface that is too hot to comfortably touch with bare fingers. However, standard contact transducers will get damaged or destroyed when exposed to temperatures higher than approximately 125 вЏ or 50 вЊ because of the varying thermal expansion coefficients of the materials used to construct them, which will cause disbonding at elevated temperatures. Many dual element transducers used in corrosion applications can withstand high temperatures, in some cases up to 930 вЏ or 500 вЊ in brief contact. Measuring at elevated temperatures (higher than approximately 125 вЏ or 50 вЊ) requires careful planning. If you plan to use an ultrasonic thickness gauge in any of the following conditions, please follow these recommendations to help ensure both safety and accurate results. Taking measurements in special conditions like elevated temperatures or underwater bring up extra considerations for ultrasonic testing. OEM Microscope Components for Integration.Semiconductor & Flat Panel Display Inspection Microscopes в–ѕ.

Cooling tech digital microscope software hangs my pc software#

Automated Detection Technology Software.Aerospace/Wind Blade Inspection Scanners.Flaw Detectors / Phased Array Flaw Detectors в–ѕ.Thickness and Flaw Inspection Solutions в–ѕ.