GE Inspection Technologies USM 36 Ultrasonic Flaw Detector combines ergonomic and robust design and the biggest display screen of its class with state-of-the-art UT performance. It incorporates a range of innovative features to ensure that this new instrument is adopted as the everyday workhorse of flaw detectors by NDT inspectors globally. The Krautkramer USM 36 features a 7 inch LCD display with a of 800x480 pixel resolution. Signals can be easily viewed and accurately interpreted. The Krautkramer USM 36 uses the familiar rotary knobs of previous models but the function keys have now been minimized into a simple, intuitive 6-key keyboard, allowing simple and efficient operation. Applications for the Krautkramer USM 36 include:. Weld inspections in the power generation and petrochemical industries.
Precise thickness measurement in the automotive industry. Corrosion measurement in the power generation. Inspection of forging. Inspection of special materials The DAC instrument package adds the following to the standard package: DAC, square wave pulser, and AWS D 1.1 calibration tool.
The S instrument package adds the following to the DAC package: DGS, Phantom echo, backwall echo attenuation, a third gate ('C'), and a data logger.
2004 General Electric Company. All rights reserved. GEIT-20208-s-AE (06/04) We reserve the right to technical modifications without prior notice. GEInspectionTechnologies.com Base Instrument Package DM4E Ultrasonic Thickness Gauge Two 1.5V AA Alkaline Batteries Carrying Case Operating Instruction Card Operating Manual Certificate of Calibration Accessories RC-984 Rubber instrument case with prop-up stand, adjustable neck and wrist straps, and hanging loop FB-579 Field Accessory Belt with removable pouches LCC-326 Locking Transport and Storage Case HTC-010 HiTempco Couplant (2 oz. Tube) Specifications Operating Principle Ultrasonic pulse/echo DIALOG Intelligent Transducers - automatically recognized for optimum performance.
Calibra- tion required, auto probe zero inoperable. Note: Other standard probe models are available and “special probes” are developed in our Application Lab to satisfy unique requirements. DM4E is covered by a full two year warranty on parts and labor Krautkramer DM4E Probe Zero Adjustment Automatic, or manual 2-pt.
Calibration V-Path Correction Automatic, microprocessor controlled Measuring Range 0.25'- 20.00' (.64-500mm) depending on probe, material, surface condition, and temperature Displayed Resolution.001 or.01 up to 9.999 inches,.01 above 9.999 inches;.01 or.1 up to 99.99 mm,.1 above 99.99 mm Measurement Update Rate 4 Hz; 25 Hz in Minimum Capture Mode Gain Automatic Material Velocity Range 39,000 to 393,700 in./sec.; 1000 to 9999 m/sec. Receiver Bandwidth 1 MHz to 10 MHz (–3 dB) Display Type 4 digit LCD,.5' (12.7 mm) high, direct drive, with electroluminescent backlight Power Supply 2 ea. 1.5V AA alkaline cells Battery Life (operating time) Up to 200 hours @25% duty cycle without backlight Auto Shutoff After 3 minutes of non-use Operating Temperature Range +10°F to +120°F (-10°C to +50°C) Size ( L x W x D) 5.8' x 3.0' x 1.4' (at thickest point); 146.0 mm x 76.2 mm 34.3 mm Weight 9 oz. (255 g) including batteries Hazardous Area Operation Safe operation as defined by MIL-STD-810E, method 511.3, procedure.
Application and Description Model Probe Cable Contact Diameter Frequency Measuring Range In Steel Temperature Range High Sensitivity Fingertip FH2E Potted 380” (9.6 mm) 7.5.030” - 2.0” (.75 - 50 mm).
Operational Excellence The DMS Go has been designed to provide improved reliability, accuracy and reportability of thickness readings in a wide range of applications. Its operational features include: High Performance Thickness Measurement High measurement stability and reliability resulting from zero crossing measurement technique. Automatic gain control for excellent repeatability and corrosion monitoring.-Built-in temperature compensation algorithm allows accurate measurement up to 540°C (1000°F).Multiple Calibration and Zeroing modes for repeatable accuracy, including: + 2-point calibration. + 1-point calibration with Manual on-block zeroing. + 1-point calibration with Autozeroing for every measurement (coupled). + 1-point calibration with Userzeroing in the air (uncoupled).
Multiple measurement modes for every applications including: + A-Scan + Thickness + B-Scan + Min / Max + Differential -Support of several standard probes and the capability to support virtually any probe using the custom probe setup feature.Ability to operate in harsh environments with IP67 sealing. Easy-to-Read Screen -A large display screen, which can be adjusted to provide optimum visibility in varying ambient light conditions.An 800x480 pixel display, which is better resolution than a standard DVD.A screen which has been ergonomically sized to help reduce eye strain.Choice of thickness view, which can be either large A-scan with smaller digits or large digits with smaller A-Scan.
Basic Gauge Features The basic CL 400 displays the thickness value in large easy-to-read digits. Simple Operation The CL 5 is a very easy instrument to operate. The MODE key progresses the user through a series of selection and set up menus and back to the measurement mode. One press of the MODE key displays a table of standard probes and up to 5 special setups. Another press of the MODE key displays a set up menu where the user can easily scroll through the menu, see the current settings and make fast changes to any of the displayed settings. Gemini pattern editor software.
A supervisor lock-out function enables a knowledgeable user to set up all the speci? C measuring functions and settings of the CL 5 and lock the settings so critical settings can not be changed by a lower level user. Additional advantages offered by this compact, multifunctional instrument include: -Enhanced measurement performance produces highly stable and repeatable thickness values -Six measurement and display modes: Normal, Minimum Capture, Maximum Capture, Differential and Rate of reduction, Velocity (with CL 5V option) and Thickness + A-Scan (with Live A-Scan option). Snapshot A-Scan on all models -Hollow/Fill thickness digits showing coupling or non-coupling status -Visual LED alarm to alert user when measurement are exceeding the user selectable limit values -Customer parameter set-ups for special con? Gurations and quick instrument set-up - Flexible power system via standard AA batteries or rechargeable battery pack system -Multi-language user interface - Automatic ultrasonic performance (gain and gate controls) -Wide variety of standard probes CL 5 applications The CL 5 is an easy-to-use precision thickness measuring solution for components used in the automotive, aviation and aerospace industries, in particular, such as: -Cast and stamped metal components, e.g.
Made of aluminum, steel, copper, bronze -Machined workpieces -Chemically milled components -Metal strips, metal plates -Plastics and composites -Glass The instrument can be held in one hand or placed on? At workpieces, making the CL 5 the most compact way of testing your material for the required thickness or checking for sheet corrosion. CL 5 Compatible Transducer Speci?
The USM Go ultrasonic portable flaw detector has been ergonomically designed to provide an instrument which is light, small and easy to use in the harshest of inspection environments. Its ergonomic features include; Portability -Small size and weight, which allow the instrument to be easily operated in confined spaces and areas of difficult access.Light enough to be carried throughout a whole day’s shift -Battery provides up to 5,5 hours operation.
Can be recharged on- or off-board. Easy-to-Read Screen -A display screen which is the same size as those in other GE flaw detectors, even though the instrument is much smaller than other instruments in the range.An 800x480 pixel display, which is better resolution than a standard DVD.A screen with an optimized aspect ratio to ensure highly defined echo separation.A screen which can be easily viewed, whether hand-held or desk-mounted.A screen which has been ergonomically sized to help reduce eyestrain. Ease of Use -Can be operated with one hand, leaving other hand free for other tasks, such as maintaining probe in optimum position or holding onto ladders.Features incorporated pressure-sensitive, navigation joystick control derived from the range of remote visual inspection equipment offered by GE. Increasing Productivity The USM Go features intuitive operation so there is virtually no time-consuming, learning curve.
You are productive from the moment you pick it up! Navigation is simplified using the proven graphical user interface (GUI) and the innovative joystick, allowing one-handed operation and fast and accurate adjustment. Other features allowing increased productivity are: A robust moulded rubber casing to withstand the harshest environments and significantly reduce downtime. The instrument is dust- and water-proof to IP67 and is tested to withstand shock and vibration. A standard USB connection to allow data to be downloaded from the flaw detector for further analysis or storage. The instrument is standard delivered with a 2 GB SD memory card (multiple cards can be used). Reports are produced in jpeg or bmp format so there is no need for special reading software.
A simple on-board data logger to collect and save thickness measurements. State-of-the-art electronics, including digital amplifier, square wave pulser (optional) and digital filters for a wide range of application benefits. Features: SpotChecker “completes” our existing USLT product line for spot weld testing. It offers true portability with a rugged, environmentally protective housing. The key difference between this product and existing spot weld testing solutions is its size/weight, environmental protection and user friendly operating. Unique user interface to operate a pointing device by two trackballs Touchscreen operation for direct access of different functions and settings on a big 8.4 inch LCD. Modern PC interfaces, including USB and wireless connection (WLAN, BlueTooth) Remote control like USLT 2000 Ease of use for untrained inspectors (Application Specific Software UltraLOG) Compatible with other USLT 2000 solutions Hot swap battery exchange for continuous operation Environmentally protected according IP65 Weight approx.
3.2 kg including batteries. Spectification: Storage Temperature -20 to +60 °C (-4 to +140°F) Operating Temperature 0 to +45 °C (32 to 113°F) Dimensions W 225 × H 314 × D 94 mm (W 8.85 x H 12.36 x D 3.7”) Weight Approx. 3.2 kg (7.05 lb) (Incl. Batteries) Protection Rating IP 65 Shock Resistance According to EN 600 68-2-27 Vibration Resistance According to IEC 600 68-2-6 Fc Display 8.4” TFT, SVGA, Touchscreen Control Devices 2 × Trackball with 2 Buttons Each, 6 Function Keys, Touchscreen Connections Probes 2 × LEMO 00 Triax Power Supply Unit 1 × LEMO 0S, 4-pin Socket Network 1 × RJ45 USB 4 × USB Type A Socket, 1 × USB Type B Socket Optional WLAN, Bluetooth Power Supply Operating Voltage 15 V DC Power Consumption Approx.
22 W Batteries 2 × Lithium-Ion 10.8 V, 4.8 Ah Operating Time Approx. 4.0 h with 2 Batteries Power Supply Unit External Power Supply Unit 100. 230 V AC, Max. 70 W Ultrasound Pulser Type Spike Pulse Pulse Repetition Frequency (PRF) Max. 1,000 Hz, No Continuous Pulse Sequence Voltage Max.
400 V Initial Pulse Rise Time 15 ns Damping 50 Ohm Settings and Evaluation Calibration Ranges Min. 0 to 2.5 mm (0 to 0.1”) (steel); max. 0 to 9,700 mm (0 to 381”) (steel) Sound Velocity Range 500. 15,000 m/s (0.02. Features: The USLT 2000 Series are ultrasonic dialog instrument contained in a PC having exceptional ultrasonic features, wide frequency range (0.5 - 20 MHz) and two gates. Presentation of the A-scans on the PC monitor with a quasi-analog A-scan resolution of up to 635 x 400 pixels and a high refresh rate. Storage of the instrument settings, test results or complete test orders are made in a database.
The USLT 2000 Series ultrasonic flaw detectors are widely used throughout the automotive sector for spot weld testing. PC-based flaw detector Comes standard as USB, industrial desktop PC or laptop based units. USM Vision a total ultrasonic solution to increase productivity in new process pipework USM Vision offers a complete digital inspection workflow, from the inspection plan creation to the data sharing that can be done wirelessly. USM Vision has been developed to meet the market need to transition from radiographic to ultrasonic weld inspection according to the international codes and standards through: Optimizing the use of specialized inspection personnel Increasing productivity i.e. Lean manufacturing/construction Reducing the current weld inspection radiographic constraints: radiation, consumables and chemical waste management Simplifying the ultrasonic weld inspection process. Creating a Weld Inspection Plan No ultrasonic knowledge is required to create and populate a weld inspection plan.
All that is required is to describe the inspection task, and enter the basic information such as site location, number of welds, pipe diameter, thickness and material, weld preparation, procedure and method to be used. The software will then calculate and generate all the UT setups required to perform TOFD and/or Phased Array inspection of the specified welds.These set-ups include: Selection of the correct probes and wedges from a database. Positioning of the probe. Positioning of the required UT parameters to perform an efficient weld inspection according to the welding standard and code based procedure selected Analyzing the Weld Inspection Data All weld inspection data is communicated to an analysis station using the Rhythm software platform.
Here the suitably qualified ultrasonic inspector can review and analyze the weld inspection data, using advanced analysis tools such as real time, volume-corrected imaging, as well as conventional digital tools features for image analysis, enhancement and measurement. In addition, a variety of measurement and viewing tools is contained within the analysis software. Validating a Weld Inspection Plan A technician qualified in ultrasonic testing must then validate the setups. Each weld is split in one or several passes with TOFD or PA technique. The UT specialists have to validate these passes by using a Raytracing tool.
They also have the ability to modify them by selecting another probe from the data base, adjusting the probe(s) position(s). When all the passes are validated, the weld inspection plan can be exported to the acquisition unit. The Phasor series ultrasonic flaw detectors comes available in four different models with upgraded features and benefits. Phasor CV is a code-compliant conventional ultrasonic flaw detector that can be UPGRADED to Phasor 16/16 Weld or to the 16/64 Phasor XS. Upgrading to phased array is a quick and easy software upgrade to Phasor 16/16 Weld or Phasor XS.
No changes to the base unit hardware are required and utilizing the same simple menu-driven interface as the Phasor CV model, training is minimal. Combined with phased array transducers, both platforms can solve your most demanding inspection applications in less time at an affordable price.
Phasor 16/16 Weld and Phasor XS can switch to conventional UT quickly so that inspectors can use any standard transducer to evaluate detected flaws (locating and sizing) to any specified standard or test instruction. The Phasor CV/DM combines a phased array imaging device and a conventional flaw detector into one instrument, with a phased array probe, which allows significant increases confidence in corrosion inspection data Spectification: Internal Memory Set-up files Removable Memory On 512 MB SD Card for report and set-up files Documentation Format JPEG 80 KB/image Weight 3.8 kg (8.2 lbs) with battery Dimensions 282 mm W x 171 mm H x 159 mm D (11.1 in. The latest version of the USM 35 portable ultrasonic flaw detector from GE's Inspection Technologies business, is now totally protected against the ingress of dust and high pressure jets of water to IP 66 and contains new software which allows its operation to Japanese weld inspection standards. Protection accorind to IP66 Can be operated in harsh or industrial environments Fast and bright color LCD Rechargeable battery with ability to operate for 14 hours Max allowable operating temperature range from 0°C to 50°C Optional DGS module for single element or dual element (T/R) probes. The module includes some preset GE's single or dual probes.
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Krautkramer Usm 25
Other probes can be configured by the user. TrueDGS® angle beam transducers and software for significantly improved sizing capabilities to EN 583-2. USM 32X B and USM 32X L: small box, big performance. Well balanced between ergonomics and functionality: easy solutions for your daily applications. Two versions - which one and for what? This simplicity of use comes with the 2 different versions on which you will find only the functions you need: USM 32X B for all standard applications USM 32X L for testing large work pieces or strongly sound-attenuating materials Two rotary knobs 14 keys only Large color LCD Only one menu line Four functions per menu Direct access to all functions Support for 20 languages.
Krautkramer Usm 25 Operating Manual
The USIP 40 is a precision, multi-channel ultrasonic testing instrument designed to deliver the utmost in inspection confidence. A variety of packaging options allow the USIP 40 to be configured as an ultrasonic box driven by a remote PC, an integrated rack mount instrument, or as a battery powered portable instrument. Combined with optional application-specific imaging and analysis tools, the USIP 40 offers the ultimate solution for all of your inspection needs. Available up to ultrasonic 10 channels Up to 20kHz PRF EchoMAX-never miss a shot Backwall echo attenuator Direct 3 axis encoder input Interface gate synchronizing for surface following Multi-language enabled Aerospace controlled configuration to GE P3TF22, P3TF35 and Rolls Royce RPS 705 Automatic gain control. The StressTel BoltMike III ultrasonically measures tension and clamp load of threaded fasteners. A large, bright, easy-to-read display; rapid calibration and setup; and automatic temperature compensation ensure fast, repeatable and accurate fastener tension measurements in many diverse applications.
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