CIRCOGRAPH DS leaflet
12Pages

tr.row {} td.cell {} div.block {} div.paragraph {} .font0 { font:27.00pt "Arial", sans-serif; } .font1 { font:12.00pt "Franklin Gothic Medium", sans-serif; } .font2 { font:15.00pt "Franklin Gothic Medium", sans-serif; } .font3 { font:16.00pt "Franklin Gothic Medium", sans-serif; } .font4 { font:37.00pt "Franklin Gothic Medium", sans-serif; } CIRCOGRAPH® DS 6.430 FOERSTER J Eddy current testng System with digital Systems technology for automatic» high-resolution, mult-channel on-line flaw testing ol wires. bars and tubes made from fefromagnetic, austenitlc steel and nonferrous mtal / Universal testing System, adaptable for indrvidual applications and requirements / WINDOWS-based operator guidance with application assistants ✓ Real-time visualizabon of the test process with original signal display ✓ Comprehensive test documentation for each component and each flaw ✓ Continuous monitoring ol operating safety ✓ Clearance compensation with au-tomated adjustment

Features The new FOERSTERnet enables free access to the CIRCOGRAPH DS by any number of computers An Ethernet interface and TCP/IP protocol enable unrestricted network integration in existing production and quality systems The operating software is based on WINDOWS NT and provides TCP/IP interfaces to other WINDOWS programs Optimal local flaw resolution and minimal signal gate resolution according to the probe track width Segment allocation of flaws in the same longitudinal section enables flaw marking in the correct order using several marking units Simplified device adjustment based on...

Typical applications Piece testing The purpose of semi-finished materials testing is not only to determine whether a test part is flawed or flaw-free, but also where exactly which flaws are located, as further processing or use can depend on this. In many cases, flawed sections can be cut out and the remaining length can be used; or a part can be reused after small flawed spots are ground out; or the parts are sorted in different quality classes with varying surface quality, in which not only flaw depth but also flaw frequency may be relevant. For all of these cases, the CIRCOGRAPH DS...

tr.row {} td.cell {} div.block {} div.paragraph {} .font0 { font:15.00pt "Franklin Gothic Medium", sans-serif; } .font1 { font:16.00pt "Franklin Gothic Medium", sans-serif; } Wiro tosting Evaluation of flaw occurrences for testing quasl-conlinuous material, e.g. in winding unils. The valuation can take place either stalistically by section as in the 'Continuous' operating mode, or in relation lo events as with pice testing <e.g. in accor騭dante with EN1971). Additionaliy, the remaining section at the end of the coil wllt be evaluated in relation to the remaining length and an overall...

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Device structure A complete testing system consists of the following component devices: Electronic test unit (1) Operating computer (2) Software (3) FOERSTERnet (4) Housing (5) Rotating head (6) Motor control (7) Accessories and options (8) Electronic test unit 19’’ card rack with 8 height units to accommodate the functional units. The equipment varies depending on the rotating head connected and whether a DEFECTOMAT channel is installed One or several test channels Test channels with 5 switch-selectable test frequencies (30kHz, 100kHz, 300kHz, 1MHz, 3MHz) Automatically adapted filters...

tr.row {} td.cell {} div.block {} div.paragraph {} .font0 { font:10.00pt "Franklin Gothic Medium", sans-serif; } .font1 { font:11.00pt "Franklin Gothic Medium", sans-serif; } .font2 { font:12.00pt "Franklin Gothic Medium", sans-serif; } .font3 { font:16.00pt "Franklin Gothic Medium", sans-serif; } Oporating computer PC with WINDOWS NT operaling System, Ethernet plug-in card. operating software installe! and opra驭it onaL ■ Integrated PC Dlsplay and opration In cabtnet/houslng ° Powerful Pentium computer, ail operating l驩ments located in cabinetfhousing 0 TFT tilting colour display 0 Hlnged...

Graphical research mode using the stored results with every part and every flaw displayed Printout of the stored results in every level of detail Copies of Test Request Results into aMS ACCESS database for saving purpose or for additional evaluations With FOERSTERnet option possible from every PC in the network Tail marking (optional) Control of a maximum of 3 marking guns to mark the tails of the test pieces according to the sorting result, independent of and in addition to the standard positionally accurate flaw marking Selectable marking length and position measured from the end of the...

Call-up of operating functions from other WINDOWS applications via TCP commands All setting parameters can be read individually or in groups and can be written individually Control of the internal setting archive through remote call-ups Notification of new test results in the result database for synchronization of the result transfer Housing Compact housing Sheet steel housing (12 height units) for the electronic test unit and integrated PC or built-in PC IP54 Lockable front glass door W=555 D=700 H=595 Cabinet housing Steel cabinet (37 height units) for the electronic test unit and...

Rotating heads The sensor systems Ro xx have their own Leaflets. Detailed information can be found in the Leaflets: Order no. Sensor system Ro 20 P 6.460 161 167 4 Sensor system Ro 35 P 6.461.01/ Ro 35 L 6.461.21 163 856 4 Sensor system Ro 65 6.452 134 546 0 Sensor system Ro 130 6.453 134 550 8 Ro 20 P - standard guidance Application: Winders, spoolers Coil-to-coil drawing Coil to piece drawing (part machines) Finishing stage Maximum18000 rpm with 2 pin probes Diameter range from 2 to 20 mm Mounting dimension in the line approx. 280mm Ro 20 P – Precision guide Application: Copper tube...