thickness measurement instrument for refractory linings|StratoTest 4500 C Kiln Lining Thickness Gauge : dealer The patented measurement method allows for the regular measurements of the refractory lining in a hot condition directly after the tapping. A reliable eval-uation of the actual condition .
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REFRA-Test is simple to operate and ensures targeted, non-destructive thickness measurements of the refractory lining in rotary kilns (e.g. in the cement, lime, dolomite, and magnesite industries) without tedious preparations.
The StratoTest 4500 C is a hand-held instrument designed to measure the thickness of refractory linings in kilns used in cement and brick production. Refractory bricks undergo degradation resulting in a decrease in mechanical properties. In order to monitor the thickness of these bricks, .
The ElektroPhysik StratoTest-4500-C Kiln Lining Thickness Gauge is a hand-held instrument designed to measure the thickness of refractory linings in kilns .
The LaCam®-System – Measuring principle and general functions. Since 1985 Ferrotron has been successfully devel-oping advanced laser technology for non-contact measurement of .The patented measurement method allows for the regular measurements of the refractory lining in a hot condition directly after the tapping. A reliable eval-uation of the actual condition .The ShR Refractory Thickness Gauge type 1173 is designed for easy use and allows more frequent and detailed examinations to be made on the lining.Refractory thickness needs to be optimized to balance between heat conservation and adequate protection of the steel shell. An appropriate refractory thickness ensures the heater casing does not exceed specified temperatures, .
With the StratoTest 4500C lining thickness gauge from ElektroPhysik, the residual stone thickness of refractory linings in industrial kilns in the brick industry can be determined .A device for gauging the thickness of refractory lining, comprising an electric pulse measuring unit connected to a lining thickness pulse transducer.
able, estimates of current lining thickness based on a refractory wear model can be used as substitute. Measurement-Based Refractory Monitoring — Ideally, accurate measurements are available for every production heat. In practice, the lining surface is scanned in irregular intervals. As common practice, the scan frequency
StratoTest 4500 C Kiln Lining Thickness Gauge
StratoTest 4500 C
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- Not sure whethere laser can penetrate the furnace metal shell and its the refractory linings, 110mm thk. Can gamma ray (which we learned in physics in school) be useful in measuring the refractory lining if developed? What is the rationale for continously measuring the refractory thickness? Any explosion before this?Bombay Tools Supplying Agency offers a Thickness Measurement Instrument for all kinds of refractory linings of industrial furnaces. This is introduced by Elektrophysik, Germany, for quick and easy brick measurement without time-consuming preparations which is suitable for cement, dolomite, magnesite and other refractory bricks and to measure all kinds of refractory .Measures all kinds of refractory linings of industrial furnaces – suitable for cement, Dolomite, Magnesite and other refractory bricks – non-destructive measurement through eddy currents principle – 10 times faster than the drill core method – immediate display of brick thickness – measuring range 0 . 30 cm
Our laser profile measurement systems are used for non-contact scanning of refractory-lining in converters. Better results through lining residual thickness, lining temperature and cooling time, tendency and trend analysis, optimized runout time and yield, optimized maintenance, detection of gaps and cracks, taphold analysis, pond detection, optimum scrap adding/exhaust gas flow. In this configuration, the refractory layer should have thickness 0.187 m, and the thermal insulation layer should have thickness 0.559 m (total lining thickness 0.746 m); the exterior surface of the lining will reach a temperature of only 50°C. In order to validate the new approach, a 285 t torpedo ladle was used in the industrial experiment to measure the thickness of the refractory lining wear by EMF signals for 3 days. The refractory properties of the torpedo ladle wall, the locations, and the depth of EMF sensors are shown in Figure 4 A, where the “a” has two sensors at 32 and .
With this world premiere, Ferrotron introduced a laser profile measurement system that makes a contactless measurement of the refractory lining of a hot torpedo ladle in less than three minutes. of the measuring instruments, . The previous work closest to this paper is Refractory Brick Lining Measurement . This paper presents a method for blast furnace lining thickness measurement .
In order to validate the new approach, a 285 t torpedo ladle was used in the industrial experiment to measure the thickness of the refractory lining wear by EMF signals for 3 days. The refractory properties of the torpedo ladle wall, the locations, and the depth of EMF sensors are shown in Figure 4 A, where the “a” has two sensors at 32 and .
The three-dimensional (3D) model of erosion state of blast furnace (BF) hearth was obtained by using 3D laser scanning method. The thickness of refractory lining can be measured anywhere and the erosion curves were extracted both in the circumferential and height directions to analyze the erosion characteristics. The results show that the most eroded positions located below 20# .In addition to reducing furnace refractory lining . for the range of thermal instruments and their range of temperatures. For metallurgical furnaces , only the top three techniques are applicable due to their required high . Refractory thickness measurements based on the thermal analysis extrapolate thermocouple or resist ance .Refractory Lining Thickness. Depending on the type of the furnace and the substance of the smelting, the thickness of the refractory lining is usually between 80mm-300mm. In certain applications, there may be two layers of refractory lining of different materials. For example, the refractory lining of the converter has two layers.
Measuring Unit – Specimen The measuring unit consists of a console, furnace guide frame, furnace (max. 1700°C), balance weight of the loading device (max. 1000 N) and a differential measuring system. To prevent chimney effects and to guarantee a sufficient zone of constant temperature, the furnace is closed at the top. The B-type thermocouples were utilized to measure the real-time temperature at the interface between the wear layer and the safety layer of slag line and steel bath, respectively, and the residual thickness of the two refractory lining was obtained by heat transfer calculation online. The distribution of the B-type thermocouples is shown in Fig. 1This paper presents a method for blast furnace lining thickness measurement with a 3D laser scanner and image registration method. A laser scanner is used to measure the inner profile through an . This paper presents a method for blast furnace lining thickness measurement with a 3D laser scanner and image registration method. A laser scanner is used to measure the inner profile through an .
The main difference between the two survey methods is not primarily the accuracy of the measuring instruments, but rather that, the location and direction of the measurements acquired manually under the above conditions are inevitably roughly determined. . S.-K., Lee, W.-C., Du, S.-W.: Measurement of blast furnace refractory lining thickness .
LMATS have upgraded the line of Concrete testing instruments and nondestructive systems using the Impact Echo principle, for measuring the thickness and integrity of concrete slabs, pavements, tunnel linings, walls and other plate-like structures and other structural elements with the added benifit of detecting internal voids, internal cracking .In order to obtain accurate lining thickness, image registration algorithm is utilized to inte-grate two point sets with common geometries. Section 3 ex-plains how image registration method is applied for merg-© 2008 ISIJ 1354 ISIJ International, Vol. 48 (2008), No. 10, pp. 1354–1358 Measurement of Blast Furnace Refractory Lining Thickness with
This paper presents a method for blast furnace lining thickness measurement with a 3D laser scanner and image registration method. A laser scanner is used to measure the inner profile through an .measurements can be done. Optionally the LaCam®-3D Reader can be used on external computers providing an alternate means of evaluating the measuring values. LaCam®-Benefi ts: Safe vessel operation Minimize dangerous and expensive break-throughs Accurate measurement of refractory lining Visualization of high wear areas Optimization of vessel life
The ElektroPhysik StratoTest-4500-C Kiln Lining Thickness Gauge is a hand-held instrument designed to measure the thickness of refractory linings in kilns used in cement and brick production. Instead of the traditional method of drilling approx. 200 holes for inspection, the StratoTest only requires one single borehole for calibration, and from that point on it measures .
New Technology Provides Fast, Effective and Safer Means to Inspect Hot Torpedo-Ladle Cars at Lower Cost to Steel Makers----- NEW YORK, June 27-Minerals Technologies Inc., (NYSE: MTX) announced today that its Ferrotron Division of subsidiary Minteq International Inc., has released the LaCam®-Torpedo measuring system, a revolutionary way to measure refractory lining . This paper presents a method for blast furnace lining thickness measurement with a 3D laser scanner and image registration method. A laser scanner is used to measure the inner profile through an opening on the upper part of the furnace. Two data point sets are obtained before and after the lining repairing process respectively, and data registration . In order to understand the damage of hearth refractory more accurately, a multi-information fusion method for measuring the refractory lining thickness of blast furnace hearth was proposed, which .
StratoTest 4500 C. The handheld instrument measures the thickness of refractory linings in kilns used in cement and brick production. Instead of the traditional method of drilling approx. 200 holes for inspection, the StratoTest only requires one single borehole for calibration and from that point on measures the lining thickness non-invasively.
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thickness measurement instrument for refractory linings|StratoTest 4500 C Kiln Lining Thickness Gauge