MagLine | Product Overview
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MagLine |Magnetic length and angle measurement systems,speed measuring technology Magline Product Overview MagLine Micro MagLine Basic MagLine Macro MagLine Roto Inclinometers

1995 Introduction / development of the magnetic compact sensors (MSK). 1992 Introduction of the magnetic measuring principle. 1963 Dr.-Ing. Günther Wandres founded SIKO GmbH. 1999 Introduction of the unique “MagLine” product range and brand label . 1980 A milestone on the way to a global market: establishment of the subsidiary SIKO Products in the USA. 1996 Introduction / development of magnetic, absolute length measurement (MSA/MBA). 1993 Start of magnetic tape production. 2000 Introduction / development of the first linear encoders for direct drive

MagLine Product Overview MagLine Micro MagLine Basic MagLine Macro MagLine Roto 2006 Introduction / development of the first high-resolution absolute sensor. 2013 Foundation of the Singapore affiliate. 2003 and 2005 Foundation of subsidiaries in Switzerland, Italy and China. 2015 Introduction of the magnetic measurement principle with certified safety function. 2016 Introduction of the pluggable compact sensors MSC500. 2008 Introduction of the patented compact sensor solution with 20 mm reading distance . 2017 Introduction Industry 4.0 sensors LEC100 and LEC200 for drive technology,...

MagLine – Magnetic length and angle measurement systems The magnetic principle From the idea to the solution The MagLine product line follows the idea of replacing measurement systems based on encoders with rack-and-pinion by a contactless system based on a magnetic principle. To date, four product groups cover the whole scope of industrial measurement tasks. System accuracy, resolution and tape reading distance are major distinguishing features. The magnetic SIKO technology of MagLine is the first choice wherever precision, reproducibility and robustness of the measurement processes are...

MagLine - Magnetic length and angle measurement systems Functional comparison Incremental systems In the incremental system, the magnetic tape is magnetized with north and south poles at uniform periods with the pole length among others determining maximum resolution and system accuracy. When the sensor is moved over the tape, the periods generate the path information which is processed in the form of digital square-wave signals (counting pulses) or analogous sine / cosine signals. Counting of the pulses permits a statement concerning the distance traveled. In an incremental system, at...

MagLine Micro Accuracy class 10 μm, typical resolution 1 μm Profile This high-resolution feedback system is especially designed for precise, highly dynamic processes with special measurement requirements in the μm range. Features: Measurement lengths up to 100 m 
 Freely selectable parameters 
 Sensors with or without integrated translation module 
 System for incremental or absolute
acquisition of measured values 
 Primary application: linear and rotative 
guide and drive technologies Interfaces with real-time signal output High precision for exact determination of position and optimum...

The Micro systems reliably realize highly precise acquisition of measured values and positions even under particularly demanding ambient conditions. Use of micro systems in the production of printed circuit boards. Combinations Measuring method Magnetic sensor Downstream electronic unit direct connection analog, digital SSI,Biss, IO-Link, analog *Customer‘s downstream electroni

MagLine Basic Accuracy class 50 μm, typical resolution 10 μm Profile Proven and technically sophisticated, the Basic product series offers a particularly wide range of components which are geared to each other. The economical solutions offer a variety of individual applications, which fulfill all standard requirements regarding measurement accuracy. Features: Measurement lengths infinite 
 Sensors with or without integrated translation module 
 System for incremental / absolute
 acquisition of measured values 
 Complete systems with sensor and connected display Specifications of MagLine...

Direct display of measured values with a vertical panel saw … …or adjustment of the length stop . Combinations Measuring method Magnetic sensor Downstream electronic unit direct connection Direct connection *Customer‘s downstream electronic unit e.g. CT patient beds, frame saws, stone cutting …

MagLine Macro Accuracy class 1mm, typical resolution 0.25 mm Specially designed for very long measurement distances, MagLine Macro enables safe position detection with millimeter accuracy and interplay of many flexible units. Features: Measurement lengths infinite Height differences in the measuring length can be compensated for thanks to a reading gap of up to 20 mm System for incremental acquisition of measured values Particularly suitable for extended measuring lengths, as for example in storage or conveyor applications broadcast-service Hagen: ARD-capital studio Berlin Specifications of...

MAN Logistics: High rack warehouse MagLine sensors on duty in the storage and conveyor technologies. Combinations Measuring method Magnetic sensor Downstream electronic unit *Customer‘s downstream electronic unit 90° 1 Inkrem

Profile The open system of the Roto series is the ideal alternative to conventional optical rotary encoder systems - especially for exact revolution or angle measurement under extreme conditions. Features: Acquisition of measurement values under difficult ambient conditions ■ Particularly durable, since high mechanical stress is not transferred to the measuring system ■ Typical areas of application include speed measurement or angle measurement, e.g. on rotary tables MagLine Roto Resolution 100 ... 200.000 pulses/revolution System accuracy ±0.05 ° Repeat accuracy ±1 increment Sensor-ring...

Extremely robust and designed for direct angle and speed recording - the typical applications of MagLine Roto benefit from the contactless magnetic measuring method in several aspects. Measuring method Scale Magnetic sensor Interface Downstream electronic unit Customer's downstream electronic unit e.g. speed measurement, elevator technology, tube bending technology ...