USLT 2000IP3 - GE Inspection Technologies - #1

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Ultrasonics GE Inspection Technologies GEInspectionTechnologies.com Calibration ranges min.: 0 - 2.5 mm; 0 - 0.1” (steel) max.: 0 - 9700 mm; 0 - 381” (steel) Sound velocity range 500 - 15000 m/s; 0.02 - 0.59 “/ms integrated, editable material table Pulse shift -10 - 1500 mm; -0.39 - 50” (steel) Probe delay 0 - 100 ìs Damping 50 ohms / 500 ohms; 1000 ohms with Dual or Through-Transmission modes Intensity 220 pF / 1 nF Frequency range 0.5 - 20 MHz (-3 dB); 4 filter ranges Pulse repetition frequency 1-1000 Hz, automatically or manually adjustable Gain 110 dB, adjustable in steps of 0.5 / 1 / 2 / 6 dB Operating modes Pulse-Echo, Dual, Through-Transmission Rectification full-wave, positive half-wave, negative half-wave, RF display (up to 150 mm/5.9” steel) Suppression 0 - 90 % linear DAC/TCG DAC with up to 16 curve points (reference reflectors), dynamic range 37 dB, maximum slope 6 dB/ms; 3 additional curves at adjustable dB distances, can be changed to TCG (Time-Corrected Gain) mode (horizontal recording threshold); meets national and international test specifications DGS recording curves for all valid equivalent reflector sizes and probes with DGS capability; setting as DAC or TCG; evaluation in dB related to curve, ERS or class (JIS); sound attenuation and transfer correction; reference reflectors used: backwall, circular disk reflector and side-drilled hole Monitor gates 2 independent monitor gates, adjustable over the entire maximum calibration range; evaluation on the basis of A-scan at display refresh rate; gate alarm: off, coincidence, anticoincidence; visual and/or acoustic alarm Distance measurement individually selectable for each gate at the echo flank or peak, in the RF mode addition-ally at the zero transition of the increasing or decreasing echo flank - initial pulse and measurement point in gate A or B - measuring points: gate B - gate A (differential measurement) Measurement resolution sound path / time of flight: up to 12.6 mm: 0.01 mm; otherwise 0.2 % of display width Amplitude 0.5 % screen height or 0.2 dB A-scan digitization 1024 x 1024 pixels Display freeze static A-scan freeze, dynamic A-scan freeze (peak value, echo dynamics + real-time signal), average freeze via 2 to 32 ultrasonic pulse cycles Echo comparison simultaneous display of the currently active signal and a stored A-scan Outputs documentation via standard interfaces of the notebook Inputs 2 analog inputs, e.g. for probe coordinates, digitization with 10 bits each Dialog languages German, English, French, Spanish and Italian Units mm, inch, ìs Probes standard and dialog probes (automatic recognition) can be connected Data storage database for storing and managing instrument settings, test jobs and test results, including A-scan, DAC and alphanumeric comments, Export to Microsoft Excel; limited only by the hard disk size Software operating system: Windows2000/XP; Client-Server interface OLE 2.0; options: UltraWORKS (design tool), FFT (Frequency analyses) EHT (hardening depth), RTM (resonance thickness measurement with 1 ìs resolution), UltraLOG (evaluation program for spot weld testing) Notebook versions (trademarked units) standard or industrial version (IP 52) Mains and battery operation approx. 5 h, depending on the processor workload Operating temperature 5 °C - 45 °C; 41 °F - 113 °F (standard) 0 °C - 50 °C; 32 °F - 122 °F (industrial) Dimensions (H x W x D) 63 mm x 300 mm x 230 mm; 2.5” x 12” x 9” (standard) 64 mm x 302 mm x 273 mm; 2.5” x 11.9” x 10.7” (industrial) pulser-receiver box: 32 mm x 57 mm x 165 mm; 1.3” x 2.2” x 6.5” Weight (complete) 3 kg; 6.6 lbs. (standard) 3.6 kg; 7.9.lbs. (industrial) Krautkramer USLT 2000 The Ultrasonic Test System in a Notebook for Today and Tomorrow Specifications We reserve the right to technical modifications without prior notice. ©2004 General Electric Company. All rights reserved GEIT-20001-s-GB (09/04)