Krautkramer Usm 25 Operating Manual
Making Measurements 3.13 DGS Evaluation Mode (cont.) When the DGS mode is in use, echoes from equally-sized reflectors located at varying depths appear to lie along the DGS Reference Curve. When operating in DGS mode, the DGS Reference Curve is shown on the display screen. Before using the DGS mode, do the following: •.
Its blend of high resolution and surprising penentration make it the logical choice for a broad range of applications. For More Information on this Product USD 15 Portable and Systems Flaw Detector with Analog Performance and Digital Advantages The USD 15 product family with Double Rack and Rack, USD 15 SX (USD SQ) and USD 15 X (USD 15B) For simple applications The basic version USD 15 B was designed as an economical solution for simple test tasks. The more sophisticated functions - e.g. DAC/TCG, Echo Start and Angle functions - were left out, however, no compromises were made regarding the ultrasonic performance capabilities. The universal genius The USD 15 X represents the enhanced standard version of the product family offering all the extra features that you need for an easy reproducible ultrasonic testing in portable or stationary mode. These extras include DAC/TCG, reflector location using angle-beam probes, A-scan comparison, video output and many other fascinating features. With extra large display The USD 15 SX has a highresolution, extra large screen display.
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?
Of the high performance and light Krautkramer USM 35X. Krautkramer USM 35X. The manual setting of the pulse repeti. Intuitive spin‘n‘set operating concept. Ge krautkramer usm 35x manuals, ge krautkramer usm 35x pdf user manuals view online or download ge krautkramer usm 35x operator's manual. Krautkramer usm 36.
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.
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.
Making Measurements 3.8.1 Recording the DAC Curve DAC Curve points are typically recorded from a standard with equally-sized reflectors (holes) located at various material depths. The primary echo from each of these points, for a total of up to 16 echoes, are recorded. When DAC mode is active, the instrument displays a line that represents echo peaks for constant reflectors at varying material depth. Making Measurements 3.8.1 Recording the DAC Curve (cont.) Note: If the Gate Detection Mode is set to PEAK, after the first DAC reference point is stored, two measurement result boxes are automatically set, if not already configured, to display SA and A%A values.
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.
Move the joystick up or down ( ) to choose the first character in the desired file name. Data Recorder Files Configuring the Data Recorder File After entering a name for the data recorder file, the following parameters must be specified: TOP - the coordinates of the first cell in the file, using a row number and an column letter (e.g. Data Recorder Files Viewing the Data Recorder File To view the DR file that you have just activated, you must complete the following steps: In the SETUP menu, activate the DR submenu using the joystick ( ) to select the function titled DR VIEW.
These settings must be adjusted any time a probe of a different type is installed, by following the instructions in the following sections. 2.4.2a Selecting the Probe Type (RECEIVER-DUAL) • Chapter 2.
'Ease of use' has been our key phrase in the development of the USIP 20. 
Each control menu is displayed using a devoted function key, so that no standard operating menu is further than a single button push away. For More Information on this Product USPC 2100 Multichannel Systems Flaw Detector Krautkramer's USPC2100 is a computer based ultrasonic instrument for in-line flaw detection, thickness, and velocity measurement systems.
The module includes some preset GE's single or dual probes. 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?
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.
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.
When all of your points have been entered, select the FINISH function. Making Measurements 3.16.2a Interpreting JISDAC Lines and Classes The JISDAC display contains a recorded reference line and five fixed offset lines. Three of the lines are labeled as follows: H Line – Connects the recorded reference points • M Line –.
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.
Krautkramer Usm 25 Manual
-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.
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.
The selected evaluation mode menu then appears in the ACQUIRE menu bar. When dB REF is activated, the amplitude of the highest echo in A-Gate becomes the reference echo against which subsequent echo amplitudes are evaluated. Making Measurements 3.14 dB REF Evaluation Mode (cont.) IMPORTANT: Remember that the highest echo in Gate A and the GAIN setting, when dB REF is selected, become the reference amplitude and gain values for as long as dB REF is activated. Note: The reference echo amplitude must not exceed 100% of full-screen height.
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.
The USN50 will continue to be offered as Krautkramer's basic portable flaw detector. For More Information on this Product For More Information on USN 52R Ultrasonic Flaw Detector with High Resolution Display br> The USN 52R has all the operating characteristics of the USN 52 and it also features the latest in display technology to achieve an incredibly fine screen resolution for picking up the smallest details in critical echoes. (Large High Resolution EL Display (552 x 256 pixels) USIP 20 High Performance, Multichannel Systems Flaw Detector Four flaw gates, each with two thresholds, gives complete versatility of test configuration. Floppy and hard disk recording media allow for ease of setup storage and recall, and for transfer of parameters from instrument to instrument. Control menus are displayed on a large, bright LCD and adjustments easily made through both dedicated and variable function controls.
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.
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.
In addition to its light-weight design, the USM Go includes a clean and simple user interface and a large, easy-to-read color WVGA (800x480) display. When operating in Acquire Mode, the instrument provides ultrasonic flaw detection and thickness measurements. General Information 1.1 Supplying Power to the Instrument 1/4-Turn Screw (CW to close, CCW to open) Accessory Mounting Screw Slot Power ON/OFF Receive Probe Connection Pulse/Transmit Probe Connection Battery Charger Connection 1/4-Turn Screw (CW to close, CCW to open) Figure 1: Rear and Side Views of the USM Go Case USM Go Operator’s Manual. General Information 1.1 Supplying Power to the Instrument (cont.) The USM Go can be powered in either of two ways (see Figure 1 on page 2): • A lithium battery pack that is installed in a compartment on the rear of the case, or •. General Information 1.1 Supplying Power to the Instrument (cont.) When the AC adapter is connected to the instrument, the icon in the upper right corner of the display indicates the percentage of full-charge of the battery pack. When removing the battery pack to install a charged spare, the instrument will automatically turn OFF if the AC adapter is not connected to the instrument.
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.
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. 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.
If the PULSER TYPE option is activated, choose between the spike and square options as follows: In the SETUP menu, activate the CONFIG2 submenu using the joystick ( Use the joystick ( ) to select the function titled PULSER TYPE. Instrument Setup 2.4.6 Selecting the Pulser Width (OPTIONAL) The standard pulser shape is a spike, and there is also an optional square pulser shape available.
Krautkramer Usm 25
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.
This mode allows the analysis of welds according to AWS specifications D1.1 or D1.5 and provides a D1.1 or D1.5 rating. Making Measurements 3.15 AWS D1.1 Weld Rating Evaluation Mode (cont.) Before activating the AWS D1.1/D1.5 weld rating mode, be sure that all instrument settings are properly adjusted for the specific measurement application. Then access the AWS D1.1 submenu in the ACQUIRE menu, and follow this procedure: Apply couplant and couple the probe to a suitable reference test standard. Making Measurements 3.16 JISDAC Evaluation Mode Note: Evaluation modes, such as JISDAC, are selected in the EVAL MODE function in the EVAL menu. The selected evaluation mode menu then appears in the ACQUIRE menu bar.