Eddy Current Testing Equipment

Product Details:

We are leading Manufacturer of Circograph DS Instruments and our product is made up of good quality.

Features:-

• Eddy current testing system with digital systems technology for automatic, high-resolution, multi-channel on-line flaw testing of wires, bars and tubes made from ferromagnetic, austenitic Steel and nonferrous metal
• Universal testing system, adaptable for individual applications and requirements
• WINDOWS-based operator guidance with application assistants
• Real-time visualization of the test process with original signal display
• Comprehensive test documentation for each component and each flaw
• Continuous monitoring of operating safety
• Clearance compensation with automated adjustment

Product Details:

We are leading Manufacturer of Probe Range Contact Normal Beam Transducers and our product is made up of good quality.

Features:

• Contact Normal Beam Transducers
• Dual Element Transducers
• Angle Beam Transducers
• Immersion Transducers (Focused / Non-focused)
• Replaceable Delay Line Transducer

Product Details:

Features:

• High detection sensitivity to surface flaws(even underneath paint)
• Simple, microprocessor-controlled operation
• Automatic lift-off and zero compensation
• Several alternatives for signal display
• Integrated crack standards (optional)
• Comprehensive range of test probes
• Two alarm thresholds
• External control through PC or PLC systems
• Modern capabilities for test documentation to printer and PC via RS232 serial interface
• Fully compatible with all predecessor instruments and existing probes

The DEFECTOMETER 2.837 is a modern eddy current instrument for non-destructive testing of conductive materials for surface flaws. The material surface may be painted, lacquered or untreated.

Material with electrical conductivity between 0.5 and 60 MS/m (1 to 103% IACS) can be tested, including ferromagnetic (Fe) materials.

Flaw depth resolution down to approximately 20 μm (less than 0.001 inch under best conditions).

The instrument can also be used for simple hardness testing and material sorting.

Modern microprocessor technology and a RS232 serial interface allow flaw signal documentation on a printer and signal storage on a computer.

Versatility and simplicity make the DEFECTOMETER 2.837 an ideal instrument for maintenance inspection and metal-producing and metal-processing industries.

Example applications:

• Aircraft Maintenance
• Testing for surface cracks on wings around rivets, on turbine blades, wheels, etc.
• Automotive and component manufacturers
• Testing for cracks and hardness changes
• Metal processing industries
• Simple sorting tasks
• Power industries
• Testing of turbine components and heat condenser tubing for cracks

 

Product Details:

• Maximum sensitivity for exposed longitudinal surface defects on blank material
• Test material diameter from 2 - 130 mm
• Clearance compensation provides constant signal evaluation
• CIRCOSCAN rotating discs are available for scanning profiles and flat material

Economy aspects for testing with FOERSTER :

Eddy-current testing with rotating sensors guarantees maximum detection sen-sitivity for surface-open, longitudinally oriented flaws on bright material.

FOERSTER offers multi-channel systems in various expansion levels which may also integrate a DEFECTOMAT channel.

Rotating heads for use on round stock cover the diameter range from 2 -130mm. Typical fields of application include wire drawing machines, copper tube winders or finishing lines in the bright steel sector. Individual arrays with rota- ting disks scan flat and profile section material, e.g. when testing rails and shot-blasted rectangular billets. Modern test systems allow uncompromising integration in the production process, including extensive documentation. So-called testing sections of various designs guaranteeing optimum transport of the test material through the sensor system are available for establishing separate testing lines. When combining various FOERSTER test instruments in one testing line in particular, but also when integrating test instruments of other manufacturers, the so-called multi-test blocks are the ideal solution. The aim is to cooperate with our customers on a partnership basis by developing intelligent, series products and individual system solutions.

Eddy-current method :

The eddy-current rotating probe rotates at high speed around the test material which is moved longitudinally and scans its surface helically. The rotating probe with "punctiform" action scans only a small area of the material surface at any one moment, i.e. when testing, it concentrates on a very small part of the overall surface. Thus, even an extremely small material flaw represents a major disturbance percentage-wise with respect to this relatively small material surface area. One other advantage of the rotating probe method: Long-drawn-out material flaws are indicated over their full length. The rotating probe generates a signal with each revolution.

CIRCOGRAPH DS

The instrument system,based on Windows®, allows convenient operation and network integration. Modern touch screen technology and application wizards facilitate dialogue and prompt you reliably when making all instrument settings. Clearance compensation with automatic adjustment. The system utilises the power of Windows® in relation to network capability and multi-tasking. Thus, FOERSTERnet allows access to the test instrument from any number of computer workstations simultaneously even if the various users require different information, e.g. current test status, test result of the last tested job or a batch from last month for reasons relating to research.

• Portable eddy current test instrument for measurement of electrical conductivity of non-ferrous metals
• Determining physical and technological material properties
• Monitoring the condition of highly stressed parts
• Material-mix testing
• Sorting of metals and alloys
• Scrap sorting
• In-process inspection in industrial, metallurgical and metalworking plants
• Quality control inspection
• Aircraft maintenance inspection
• Determination of heat damage
• Verification of the age-hardening condition of aluminum used in aircraft construction

• Low-cost eddy-current module for non-destructive testing using the magneto-inductive method.
• Genuine magneto-inductive testing by evaluation of harmonics.
• Test parameters variable over wide ranges.
• Simple operation.
• Test pieces sorted in two groups: o.k. / n.o.k.
• One-dimensional display of measured value by LED bar graph.
• Key-operated switch for locking operating functions.

• Eddy current testing system subject to EN 12084 with digital systems technology. For automatic, high resolution, multi-channel online flaw testing components of automotive and machine industry.
• Universal testing system, adaptable for individual applications and requirements.
• Real-time visualization of the test process with original signal display.
• Comprehensive test documentation for each component and each flaw.
• Continuous monitoring of operating safety.
• Clearance compensation with automated adjustment.

• Low-cost eddy-current module for non-destructive flaw testing
• Processor-controlled compact unit
• Simple operation
• Test pieces sorted into two groups: ok. / not ok.
• One-dimensional display of measured value by LED bar graph
• Key-operated switch for locking operating functions

Product Details:

Features:

• Probes for non-destructive crack detection using eddy current
• Individual probes for permanent installation in a testing station
• Individually adapted special probes
• Diverse rotating heads with adapted rotating probes

Product Details:

Features

• 100% crack detection on ball joints / push rods.
• Simultaneous testing of several zones with one or more eddy current probes.
• Test performance approx. 600 -1,800 parts per hour.
• Modular system concept for optimum adaptation to the respective requirements profile.
• Automatic sorting in two groups “OK” and “NOK”.
• Optional graphical results display on the system monitor.
• Documentation of the results.

Product Details:

Features

• Fast and simple operation with "Turn and Push" hand wheel
• Comprehensive documentation for every test piece and every test request in standardized XML format
• Peripheral equipment diversity using USB connection for Memory Stick, modem, printer, portable disc drive
• FERROMAT channel for iron inclusion detection for copper wire

From the simple module with plain Yes/No results through to the multi-channel system with statistical evaluation programs.
Circum-ferential or segmented through-type coils allowing maximum testing speed are always used. Typical fields of
application are pipe and tube welding lines, drawing machines and finishing lines. Thin lamp wires with a diameter of a few micro
meters and heat-exchanger tubes are also tested with DEFECTOMAT

State-of-the-art data communication :

• State-of-the-art computer technology
• Full network integration
• Remote control of the settings
• Takeover of the result data
• Periphery diversity with USB port for memory stick, modem,
printer, mouse, keyboard (also wireless), CD burner, portable
hard disk,card reader etc.
• Data export and import using a memory stick
• XML log structure for every tested part and every order can be
displayed by standardized format using Internet Explorer

Availability and service :

• Sensor monitoring based on the noise level
• Recognition of cable break and short-circuit
• Remote service via telephone, modem or Internet Log-in
• Logged calibration including sensor
• Simple replacement of the predecessor model through
pin-compatible line and sensor connections

Product Details:

FEATURES

• Compact, lightweight measuring instrument
• Clear menu structure for operator guidance
• Data logging function
• Connection of 1-axis-magnetic field sensor, 3-axis-magnetic field sensors as an option
• Connection of permeability probes
• Trigger input
• Temperature measuring channel

APPLICATIONS:

• Long term monitoring of magnetic environmental conditions, e.g. prior to installation of magnetic sensitive devices e.g. MRI systems

• Testing of feebly magnetic materials and machined components for magnetic remanence

• Detection of ferrous inclusions in austenitic steels and nonferrous alloys

• Determination of relative magnetic permeability as part of the quality inspection for austenitic steels and feebly magnetic / nonmagnetic alloys

• Verify material changes caused by carburization, corrosion, coating reduction or micro structural alteration by permeability comparative measurement