AUREX Ultrasonic systems
16Pages

AUREX Ultrasonic systems

AUREX Using the latest ultrasonic technology, AUREX products enable pipe manufacturers around the world to improve product quality and increase process and quality data transparency. From thin hoses to thick-walled pipes, AUREX covers a wide product range and convinces with unparalleled flaw detection and adaptability. Digitization and automation of extrusion lines is a must to meet the increasing quality and sustainability targets of end users and regulatory standards.

INSPIRE beyond measurement WE GIVE EXTRUSION TECHNOLOGY A FRESH APPROACH WE INSPIRE THROUGH INNOVATIONS For more than 35 years, the name „iNOEX“ has been associated with pioneering technology and ground-breaking inventions for measurement and control technology. With innovative strength, a willingness to push boundaries and a wide range of products and services, we aim to inspire our customers. Ultrasonic measuring technology is one of the proven technologies of the iNOEX company. The AUREX systems meet the highest standards in terms of quality assurance, cost-effectiveness, and...

AUREX Ultrasonic sensor technology In ultrasonic measurement, signals of the ultrasonic frequency range are generated, transmitted, received (echoes) and then processed and evaluated. Based on the transit time measurement of the reflecting ultrasonic echoes at the outer and inner pipe wall as well as at the potentially existing boundary surfaces (in case of multilayer pipes), the individual layer thicknesses can be calculated. This requires the coupling medium of water, as well as precise, digitized ultrasonic evaluation electronics. The AUREX ultrasonic systems combine a high accuracy and...

The interaction of measurement and control ensures overall stabilization of the production process and an efficient production. The early detection of thin and thick sections and the corresponding adjustment at the die leads to a further reduction of production costs. The AUREX systems are available for geometry measurement from 0.5 - 3,000 mm diameter and for 100% wall thickness measurement and flaw detection up to 630 mm diameter. ADVANTAGES AND FEATURES Detailed product information (wall thickness, diameter, eccentricity, ovality) Process automation through control of wall thickness,...

AUREX MK AUREX MK 20 The AUREX MK is the complete solution for pipe dimensions from 0.5 - 400 mm. It enables compliance with the specified tolerances for wall thickness, eccentricity, diameter and ovality. Thanks to the combination of high-quality electronics with innovative measuring methods, up to 7 layers from 0.02 mm wall thickness can be evaluated. In addition to the standard measurement for control and visualization of the product, the „Fast Specification Check MK/AFM“ is optionally available, which allows a fast wall thickness check. Since the AUREX MK does not completely cover the...

Simple assembly in a water basin Pipe guidance is ensured by means of half-shells which fall out automatically if the product becomes thick, thus preventing damage to the system A folded version is optionally available for MK 32 and MK 63 Simple installation in a water tank The double seal at the inlet allows the measuring chamber to be flanged directly to the vacuum or cooling tank via a closed as well as an open adapter The easy-to-operate pipe guide via double cone rollers can be adjusted after start-up via a tilting device

AUREX ERS PRODUCT VIDEO The AUREX ERS uses the measuring technique of the Electronic Rotating Scanner (ERS) principle. With this active-passive measurement, every point of the measured object is detected 100% in longitudinal and circumferential direction, so that even minimal tolerance deviations are detected. Coextruded layers can also be detected as soon as they are physically detectable by ultrasound. The AUREX ERS is complemented by the optional „Quality Check“, a wall thickness error check. The „Quality Check“ detects anomalies on the surface, in the material and on the inner surface...

ADVANTAGES AND FEATURES 100 % wall thickness measurement for pipe dimensions up to 630 mm in diameter Electronic rotation up to 16,000 rpm Evaluation of vertical and angular signals reflected from the tube by activating adjacent sensors Highest measuring resolution and identification of smallest production variations Integrated self-diagnosis and optimal adaptation of the measurement to the various measuring tasks

AUREX AFM The AUREX AFM measuring chambers are flanged directly to the outlet of the vacuum tank. With up to 24 sensors a reliable and precise ultrasonic measurement with a centric pipe guidance is guaranteed. The measuring chambers are available for a diameter range of 63 - 630 mm. The AUREX AFM performs wall thickness and diameter measurement in parallel according to the number of sensors. The measurement data is documented for comprehensive quality verification. Since compliance with the tight tolerances for wall thickness, eccentricity, diameter and ovality is mandatory, detailed...

AUREX XXL The AUREX XXL is the solution for large pipes with a diameter of up to 3000 mm. The system works with 8 water-coupled ultrasonic sensors that can be pneumatically adjusted. This is possible without conversion in case of a change of dimensions. Minimum wall thickness tolerances are obtained via the downstream control loops of the weight per length and thin point control and production is perfected. The better centering enables considerable material savings, especially for large pipes. ADVANTAGES AND FEATURES Production quality assurance by measuring and controlling wall thicknesses...

AUREX ECCO AUREX ECCO is the efficient solution for fast pipe centering. Especially for thick-walled large pipes, with low line speeds and high mass throughput, the start-up process is difficult, time-consuming, and associated with high raw material costs. ECCO makes it possible to measure the wall thickness distribution shortly after the pipe calibration. The ultrasonic sensors, which are mounted directly behind the calibration sleeve in the vacuum tank, are pneumatically and flexibly moved up to the respective pipe geometry after line start-up and adapted to the pipe. The measurement...