THICKNESS CHECK NON-CONTACT THICKNESS MEASUREMENT OF FLAT PRODUCTS

Similar documents
MEASURING SYSTEMS FOR THE STEEL INDUSTRY

DORADOnova MOVING LASER SYSTEM FOR PATIENT ALIGNMENT IN RT

NEXT GENERATION APOLLO LASER SYSTEMS FOR PATIENT ALIGNMENT IN RT

CONTOUR CHECK REAL-TIME LASER PROFILE MEASUREMENT

MR3T LASER SYSTEMS IN RT ESSENTIAL FOR PRECISE PATIENT ALIGNMENT

DORADOnova MR3T MOVING LASER SYSTEM FOR PATIENT ALIGNMENT IN RT

MOVING LASER SYSTEMS IN RT

DORADOnova MR3T L ASER SYSTEM FOR RADIATION ONCOLOGY MRI

APOLLOblue ADVANCED L ASER SYSTEM FOR PATIENT ALIGNMENT

In-line measurements of rolling stock macro-geometry

Assure best processing and product quality with the world s first In-line 3D Measuring Plate Inspection

X-Shape Precise flatness measurement and control

Product Information. Benefits. compared to tactile measurement systems : compared to other non contact devices:

FlexiRip»JrionLine«Universal sawing centre the perfect fit for any size company

Online data sheet TTK70-HXA0-K02 TTK70 MOTOR FEEDBACK SYSTEMS LINEAR HIPERFACE

STABILA compact laser: For all professionals. For all finishing trades.

VKI3. Inductive strip edge position control for rolling mills. single-side robust maintenance-free

M70LL Laser Distance Sensor

Laser Systems for Patient Alignment

Experts for non-contact measuring technologies

Surface Mount 905 nm Pulsed Semiconductor Laser 4-channel Array High Power Laser-Diode Family for LiDAR and Range Finding

Catalogue NE 0506 FIXTURING SYSTEM. Modular Zero-Point Fixturing for Pallets, Workpieces and Fixtures

NEW SITUATION IN COLD MILLS SINCE VTLG THICKNESS MEASUREMENT WITH LASER IS POSSIBLE

Training Modules 2018

ORIGINAL INSTRUCTIONS

ME7220A. Radar Test System (RTS) Target Simulation & Signal Analysis for Automotive Radar Exceptional Performance at an Affordable Price.

EVK/EVM. Optical strip edge and centre guiding system. high-precision reliable easy to maintain

Improving Product Quality with Advanced Hot Width Measurement and Automatic Width Control in Hot Strip Mill of Bokaro Steel Plant

R&S NRPM Over-the-Air (OTA) Power Measurement Solution For 5G, WLAN IEEE ad and IEEE ay

SPIRAL PIPE PLANTS. Tailor-made solutions with measurable benefits

M-0418 REV:0

Product Information. Benefits

Advanced Test Equipment Rentals ATEC (2832)

INPROX sensors. displacement MLS compact ccd-laser distance sensor

R&S ZN-Z5x Calibration Units Specifications. Data Sheet V03.00

Distance Sensors BOD 26K.... with optional Master-Slave-Mode

// ipq-spectral Precise color measurement during the printing process. Be inspired. Move forward.

Smart Sensor. ZX Series. Not just another idea. A new-generation concept.

POSITIONING LASERS. Wood Stone Textile Metal Automotive Medicine

TechNote. T001 // Precise non-contact displacement sensors. Introduction

Product data sheet Palas Fidas 200 E

ABB Interstand Dimension Control, IDC Improved Tolerances in Profile Mills

R&S ZN-Zxxx Calibration Units Specifications. Data Sheet V04.00

Discover the difference in efficiency

Measuring Technology for Soft Magnetic Materials

R&S ZV-Z5x Calibration Units Specifications

FARTHER THAN YOU CAN SEE OPTICAL DISTANCE MEASUREMENT WITH VDM100 FACTORY AUTOMATION

Topsetter 102 POSTPRESS. The high performance recorder for maximum CtP production

Features. Applications. Optional Features

MADE IN GERMANY INDUSTRIAL ENAMELLING DIES

Vision with foresight

News from "Your Partner for Excellence in Optics"

Active. Advanced Materials The Key to Progress

The V-Line Airborne Laser Scanner RIEGL

Surface Mount 905 nm Pulsed Semiconductor Lasers High Power Laser-Diode Family for Commercial Range Finding

FRÖHLING INSIGHT.

LIGHT TO THE LIMIT. Image brochure

STA Series. Single Phase AC Spot Weld Control

DIVISION METAL.

Making sure of a healthy environment. Narda EMF Monitors. Improving safety in electromagnetic fields

The machine tool business of SKF. The profile

QIROX Sensor systems. Top quality with each weld seam

Machine Vision Lyte-MV 2

Clamping Testing Automation. A world of individual solutions

Elcometer Conical Mandrel Bend Tester

HIGHER QUALITY. FASTER MOULDS.

OPTICAL MEASURING SYSTEMS BASED ON CAMERA CLUSTER SYSTEMS JÖRG BUSCH* AND JANUSZ BLONSKI*

SMART LASER SENSORS SIMPLIFY TIRE AND RUBBER INSPECTION

Agilent U2000 Series USB Power Sensors. Data Sheet

MAGNATEST D. Magneto-Inductive Component Testing for Magnetic and Electrical Properties

High precision laser sensors. for dimensional measurement. TPreciCura line

Sensors & Applications Glass Industry. More Precision

COMPACT Diode Laser System (Water-Cooled)

EMG SOLID Oil layer measurement. Two technologies from one source: Infrared spectroscopy Laser-induced fluorescence spectroscopy

Confocal chromatic sensors and confocal microscope Micrometer measurement of thickness, displacement, position

Line beam for fast, accurate measuring of height and width

Photoelectric Sensors with Separate Digital Amplifiers (Laser-type Amplifier Units) E3C-LDA Series

Z500. High-Precision Sensor that Measures and Displays an Object's Profile. Profile Measuring System

INTERPLANT STANDARD - STEEL INDUSTRY

SEPARATOR P20G TYPE USER S MANUAL

Infinitely Precise. micrometal. excellence in etching

NEW. Very high-speed profile measurement for industrial in line applications. 2D/3D profile sensor SENSORS & SYSTEMS

Fluke 570 Series Infrared Thermometers:

LESJÖFORS FLAT SPRINGS. The Lesjöfors Group also includes.

ColorRanger E 3D Cameras. Explore the true colors of Ranger MultiScan. PDF processed with CutePDF evaluation edition

C4000. inline control. Photometric Converter. Real-time photometric converter. Factory zero for scattered light sensors

Agilent 81980/ 81940A, Agilent 81989/ 81949A, Agilent 81944A Compact Tunable Laser Sources

CNC-Processing Centers BHX 500 series

IVT vs. V Roller. A Technical Comparison Between Integral V Technology (IVT) and V Roller System with Steel Rails

POWER CUBE SA/80 series

FÜR LÄNGSTEILANLAGEN FOR SLITTING LINES

VERSAPRINT 2 The next generation

OBIS CellX. The Universal Light Engine FEATURES

A Revolution in Profile Measurement

More Light and Speed in Production Control CORE

RIEGL VQ-480-U. Airborne Laser Scanning. Lightweight Airborne Laser Scanner with Online Waveform Processing. visit our website

Repeatability. ± 0.2 µm ( '') Centrally focused / 639 nm / <1 mw. Temperature range 10 C - 50 C

Wire feeding systems for welding applications

Telecentric lenses.

Product Overview Fastening and Assembly Technology 1190/15.02

Transcription:

EN THICKNESS CHECK NON-CONTACT THICKNESS MEASUREMENT OF FLAT PRODUCTS

CALIX NON-CONTACT INLINE THICKNESS MEASUREMENT MEASURING RANGE STRIP THICKNESS EDGE THICKNESS The CALIX series is a non-contact measuring system, particularly designed to assure process and quality control of flat products. Our thickness measuring systems replace complicated adjustments from distance sensors and measuring frame. CALIX systems are easy to install and to operate each unit is calibrated and linearized during factory certification. The LAP CALIX is offered in different sizes, measuring ranges and depths according to the respective requirements of the industry. In addition, a traversing solution to move the CALIX on fixed rails and thus measure the complete profile of the products is available as an option. Independent of measuring range and depths, CALIX systems provide precise measurements on almost all materials. THICKNESS PROFILE WEDGE, CAMBERING 2 3

PROCESS OPTIMIZATION AND QUALITY ASSURANCE Our mission is to simplify quality control for your production and to optimize the production process itself. The LAP CALIX is specifically designed for the non-contact inline measurement of flat products and replaces radiometric methods, thus no emissions regulations of any kind have to be complied with. Simultaneously, the quick and precise functioning of the measuring system allows higher productivity due to maximum production speed. Exact values, the highest possible accuracy despite the environment, as well as the easy handling are the distinguishing characteristics of the LAP CALIX. Process monitoring in real time Checks dimensions and displays trends Detection of dimensional defects Rapid system feedback results in less scrap Increased profit through narrower thickness tolerances MEASUREMENT PRINCIPLE ROLL ALIGNMENT Laser Sensor FUNCTIONALITY: LASER TRIANGULATION A laser beam emitted from the sensor creates a visible spot on the surface of the measured object. The camera detects this reflected spot in a distance-based angle. Using this angle and the known distance of laser and camera, the Digital Signal Processor computes the distance between the sensor and the measured object. STEERING PINCH ROLL ROLL STAND STEERING PINCH ROLL Laser Sensor APPLICATION: MEASUREMENT BY DIFFERENCE METHOD D The thickness (D) is calculated by subtracting the measured distances from both sensors to the sheet from the total distance of sensors. COIL COIL Sensor Laser 4 5

TECHNICAL DATA CALIX S 10 CALIX S 30 Measuring range [mm] 10 30 Measuring depth A [mm] 250 250 Throat depth B [mm] 300 300 Throat height C [mm] 200 200 Resolution [μm] 0.2 0.5 Repeatability* (time) [μm] ± 0.35 ± 1 Accuracy* [μm] ± 2.5 ± 7.5 Dimensions [H W T] 623 164 511 623 164 511 Weight [kg] approx. 20 approx. 20 Laser type, wavelength Diode, 670 nm, red Laser class 2/ 3B** Sampling frequency Can be parameterised, up to 4 khz Interfaces Ethernet, RS485, TCP/IP, UDP via external gateway Power supply 24 V DC, max 500 ma Ambient conditions 0 40 C, 35 85 % rel. humidity, non-condensing Protection class IP 65 *derived from DIN 32877 **3B with a laser power > 1 mw, depending on material and usage CALIX S EASY TO INSTALL, CONNECT, MEASURE LAYOUT 164 511 BENEFITS COST-EFFECTIVE EASY HANDLING The LAP CALIX S with its compact measuring frame is especially suitable for edge measurements on the production line and for small strip. The measured data is a permanent control, which enables process optimization and fully documented quality. The measured values are output in a digital form. The lasers are precisely aligned under factory controlled conditions, avoiding complicated adjustments of the laser sensors and the related possible errors. Due to its space-saving design as well as fast calibration, the LAP CALIX S is an ideal complement to all cold strip processing lines. Easy calibration Highest precision Quick measurement (up to 4 khz) Ethernet data interface B A C 623 IDEAL FOR EDGE MEASUREMENTS SMALL, COMPACT FRAME 6 7

TECHNICAL DATA CALIX XL 30 Measuring range [mm] 30 Measuring depth A [mm] 1.070 Throat depth B [mm] 1.300 Throat height C [mm] 200 Resolution [μm] 0.5 Repeatability* (time) [μm] ± 0.5 Accuracy* [μm] ± 2 Dimensions [H W T] 800 300 1645 Weight [kg] capprox. 230 Laser type, wavelength Diode, 670 nm, red Laser class 2/ 3B** Sampling frequency Can be parameterised, up to 4 khz Interfaces Ethernet, RS485, TCP/IP, UDP via external gateway Power supply 24 V DC, max 500 ma Ambient conditions 0 40 C, 35 85 % rel. humidity, non-condensing Protection class IP 65 *derived from DIN 32877 **3B with a laser power > 1 mw, depending on material and usage CALIX XL THE LONG RANGE SPECIALIST 207,5 LAYOUT 1645 BENEFITS LARGE MEASURING DEPTH For measurements in the centerline of the material or over the entire material width, the LAP CALIX XL offers the right solution with its traversing thickness measurement. LAP designs and manufactures the appropriate traversing rails for your application, fully automatic or manually operable to move the sensor out of the production line as needed and to return it later to the measuring position. The measuring depth of more than 1 meter allows for enough movement in most applications, that may be realized without a stationary, massive O-frame. Regardless of the composition of the material, you get accurate measurement results at a measuring frequency of up to 4 khz. Two-angle triangulation on request Highest precision Quick measurement (up to 4 khz) B A C 800 INDIVIDUAL SOLUTIONS WITH TRAVERSING MEASUREMENT HIGH PRECISION REGARDLESS OF THE MATERIAL QUALITY ASSURANCE WITH MEASUREMENT HISTORY 8 9

CONFIGURATION SYSTEM CONFIGURATION Depending on the task and width of the material, there are several ways to use CALIX: single track measurement: CALIX S width up to 500 mm CALIX XL width up to 2000 mm one sensor traversing measurement: CALIX S width up to 250 mm CALIX XL width up to 1000 mm ETHERNET two sensors traversing measurement: CALIX S width up to 500 mm CALIX XL width up to 2000 mm GUIDANCE RAILS LAP offers rails for the CALIX which are customized for your application. You may move CALIX: Example of a 3-track measuring arrangement multi-track measurement, e.g. using three sensors: width 1400 mm: 2 CALIX S, tracks with up to 250 mm distance to edge 1 CALIX XL for center track manually and lock them in place at a measuring or a maintenance position by drive mechanism and lock them in different positions automated to programmed positions according to measurement programs for traversing or multi-track measurement. REFERENCES With our systems and services specifically tailored to the needs of the industry, we significantly support the day-to-day business of many big players in the steel market. Our goal is to create added value for our customers. Establishing a reliable connection and developing a successful partnership are our top priorities. Here is a selection of our worldwide projects: NETHERLANDS Using the CALIX XL for the measurement in a pickling line with a thickness of 0.125 8.0 mm and a width from 600 1910 mm. The speed of the line is up to 300 m/min. TAIWAN Thickness measurement with 4 CALIX S on a line in the range of 1.0 8.0 mm and a width of 520 660 mm. Another 4 CALIX were installed in 2016. SERVICE MAINTENANCE INSPECTION REPAIRS SOFTWARE ENHANCEMENT LAP stays right by your side before, during and after the installation of a LAP system. International experience acquired over decades in the installation and maintenance of laser systems across virtually all industries makes us a reliable and competent partner. For detailed information you can download our service brochure. EN SAFEGUARD-PRO SERVICE CONTRACT FOR LAP LASER SYSTEMS REPAIR AND MAINTENANCE OF LASER SYSTEMS FOR MEASUREMENT AND PROJECTION CHINA Non-contact measurement in a cold rolling mill. One CALIX XL set in front of the roller for the thickness measurement of 1.0 4.0 mm and another CALIX XL set after the roller for the thickness measurement of 0.7 3.0 mm. The speed is 180 m/min. USA A CALIX XL is used in a pickling line to check the sheet thickness in the range of 2 9 mm. The width of the material is 1350 mm. The material temperature is a maximum of 60 C. SPAIN 4 CALIX S integrated to a battery plate with the thickness of 1.4 1.8 mm. During the ongoing production process 700 pieces per minute will be transported on tape. GERMANY Strip thickness measurement with two CALIX XL in one lane over half the bandwidth continuously traversing. These are fastened at each side of the roller table on an electric moveable adjustment unit. The thickness to be determined is in the range of 0.4 4.0 mm. 10 11

THICKNESS CHECK, HIGH-TECH QUALITY BY LAP For more than 30 years, LAP has been developing, manufacturing and distributing laser measurement systems, line lasers and laser template projectors for industrial and medical applications. LAP products are high-precision devices Made in Germany. Using LAP laser systems, our customers improve performance and increase the quality of their products as well as the effectiveness of their processes. As a result of continuous product innovation, LAP has become a world leader in lasers for projection and measurement. LAP products are setting the standards in a wide range of markets from manufacturing to heavy industrial environments and medical applications. Environmental protection is important to us. We use solar panels, green electricity and roofs planted with grass. Our production is planned by standards of sustainability. Quality has always been part of our commitment. We are content if you are. We know your high demands. To meet your requirements, the quality management of LAP is certified by DIN EN ISO 9001:2008 for industrial products and by EN ISO 13485:2007 for medical engineering products. www.lap-laser.com/calix LAP GmbH, MKT-140019 2.0 en, 2018-09-11 ISO 9001 ISO 13485 Designations of products or services may be registered trademarks of LAP GmbH or other organizations; their use by third parties may infringe the rights of the respective owners. LAP GmbH Laser Applikationen Zeppelinstrasse 23 21337 Lueneburg Germany Phone +49 4131 9511-95 Fax +49 4131 9511-96 Email info@lap-laser.com LAP Laser, LLC 1830 Airport Exchange Blvd. Suite 110 Erlanger, KY 41018 USA Phone +1 859 283-5222 Fax +1 859 283-5223 Email info-us@lap-laser.com LAP GmbH Laser Applikationen Представительство в Москве 1, Казачий переулок 7 119017 Москва Российская Федерация Тел. +7 495 7304043 Факс +7 495 7304044 Email info-russia.gi@lap-laser.com LAP Laser Applications Asia Pacific Pte. Ltd. 750A Chai Chee Road #07 07 Viva Business Park Singapore 469001 Phone +65 6536 9990 Fax +65 6533 6697 Email info-asia.gi@lap-laser.com LAP Laser Applications China Co. Ltd. East Unit, 4F Building # 10 LuJiaZui Software Park No. 61 Lane 91 EShan Road Shanghai 200127 China Phone +86 21 5047-8881 Fax +86 21 5047-8887 Email info-cn@lap-laser.com