ULTRAPROBE*9000Digital ultrasonic inspection system for predictive maintenance with easy software reporting tools The Ultraprobe® 9000 is a digital ultrasonic inspection, information, storage and retrieval system that's versatile and easy to use (most operators learn within 15 minutes!). This Ultraprobe® will help move you through inspections quickly. Whether used for trouble-shooting or a pre-planned route, data is easily viewed on the display panel and stored with the push of a button. 48KHz CI§ Scale is in calibrated decibels traceable to NIST The easy-to-read display panel offers calibrated decibel readout and a 16-segment bar graph, which instantly registers sound intensity changes and simultaneously registers peak hold as you scan. The Ultraprobe® 9000 engineering combines the best of both worlds: • Scans as quickly as with analog instruments • Uses the digital information to store and trend UE Systems unique Spin and Click™ technology makes sophisticated inspection simple and quick! You'll be amazed at how much you can accomplish with only 2 controls. By just spinning" and "clicking" you can: • Locate and identify potential problems • Store data • Change frequency and sensitivity quickly • Download data via USB output • Adjust basic operation modes • Select "snap shot" function... and more! On board data logging utilizing Ultratrend DMS™ (Data Management System) provides: • Multiple data views • History table/spread sheets • Trend charts • Export files to MS Excel

Ultraprobe* 9000 Specifications Ultraprobe 9000 features • Open Platform Software • Interchangeable Modules • Frequency Tuning • Spin and ClickTM Technology • Ultratrend Sound Filtration • Acoustic Isolating Headphones • Environmentally friendly rechargeable batteries • Easy interface for most Vibration Analyzers including SKF, ENTEK, DLI, CSI, Dl • Bearing Conditions • Rubbing Conditions • Gears/Gear Boxes Frequency Response Time Display Memory Baterry Display Modes Hand-held pistol type made with coated aluminum and ABS plastic Solid State SMD Digital Circuitry with temperature compensation...