More Precision mainSENSOR // Magneto-inductive displacement sensors
Open the catalog to page 1- Selectable measuring ranges up to 55 mm - Linear output signal - High basic sensitivity and temperature stability - High dynamics The mainSENSOR is based on an innovative measuring principle, which has been developed by Micro-Epsilon in order to combine the advantages of both inductive and magnetic sensors. A magnet is fixed to the measurement object. The movement of the magnet induces a change in the magnetic flow in the sensor element, which is detected by the sensor coil. A linear relationship between output signal and magnet distance (self-linearization technology) is produced due to counteracting...
Open the catalog to page 2Automation, machine building and OEM applications Magneto-inductive sensors from Micro-Epsilon offer versatile fields of applications which include conventional machine building to measurements in automated processes and cost-sensitive large-scale production. Source: Uhlmann Pac-Systeme GmbH & Co. KG Source: SIG Combibloc Group AG Foreign body detection in medical technology In this application, the MDS sensor recognizes foreign bodies in blister machines during the tablet packaging process. Via the movement of overhead touching rollers, foreign bodies between the blister packaging and covering...
Open the catalog to page 3Unlike inductive sensors, Micro-Epsilon’s magneto-inductive sensors offer versatile installation possibilities. The sensor can be immersed in nonferromagnetic objects, flush mounted or protruding without influencing the measurement accuracy. The magnet is mounted to the measurement object using a stainless steel screw, which is supplied with the sensor. Measuring through non-ferromagnetic materials Unlike conventional measuring procedures, the magneto-inductive sensor also measures through non-ferromagnetic materials such as aluminum and steel. A clear benefit is provided here as the sensor and...
Open the catalog to page 4Advantages over inductive sensors ■ Constantly high sensitivity, even at the end of measuring range ■ High protection class (solid metal housing) ■ Compact design with large measuring range (e.g. M12 at 55 mm measuring range) ■ Flush installation in non-magnetic materials ■ Measurements on electrically conductive and non-magnetic materials (stainless steel, aluminum...) Magneto-inductive sensors are the preferred alternative to switching elements. The user can generate as many switching points as desired from the continuous analog signal. ■ No complex, mechanical adjustments are required for...
Open the catalog to page 5Magneto-inductive displacement sensors with standard design MDS-45 is the industry-standard version of the magneto-inductive sensor. These stand out due to the common characteristics of this product series and also because of their very robust standard housing. They are available in M18 and M30 stainless steel housings. The stainless steel housing is ideally suited to demanding environments (dirt, oil, chemicals) and the food industry.
Open the catalog to page 6FSO = Full Scale Output 11 Measuring range changes by using other magnets (see catalog p.18); external magnetic fields and/or ferromagnetic material in the measuring range of the sensor system affect the sensor characteristic line and the technical data. 2) Deviation to the regression curve according to the method of least squares 3) Peak-Peak; external first-order low pass; frequency response 5 kHz 4) For plug versions only in plugged and screwed condition 5) Connection cable see accessories MR = Measuring range, SMR = Start of measuring range, EMR = End of measuring range
Open the catalog to page 7Magneto-inductive displacement sensors with M12 design Magneto-inductive M12 sensors are industrial-grade models for restricted installation spaces. Designed for use in harsh environments and high temperatures up to 120 °C, these sensors are available either with connector or integrated cable. MDS-M12 sensors are ideally suitable for applications in demanding, industrial environments.
Open the catalog to page 8FSO = Full Scale Output 11 Measuring range changes by using other magnets (see catalog p.18); external magnetic fields and/or ferromagnetic material in the measuring range of the sensor system affect the sensor characteristic line and the technical data. 2) Deviation to the regression curve according to the method of least squares 3) Peak-Peak; external first-order low pass; frequency response 5 kHz 4) For plug versions only in plugged and screwed condition 5) Connection cable see accessories MR = Measuring range, SMR = Start of measuring range, EMR = End of measuring range
Open the catalog to page 9Connector / cable FIX: Optimal retaining plate for curved surfaces Protection class: IP67 (casting) IP20V (IP20 with partial casting) IP20 (not molded) F (frequency: time measurement) • Combination possible - Combination not possible Main measurement direction The above-mentioned data refer to the main measurement direction; however, other magnet arrangements and directions of movement are possible and can result in a change of the characteristic line. The magnets can be positioned either to the left or to the right of the sensor regardless of whether the north or the south pole is turned towards...
Open the catalog to page 10FSO = Full Scale Output 11 Measuring range changes by using other magnets (see catalog p.18); external magnetic fields and/or ferromagnetic material in the measuring range of the sensor system affect the sensor characteristic line and the technical data. 2) Deviation to the regression curve according to the method of least squares; 3) Peak-Peak; external first-order low pass; frequency response 5 kHz 4) For plug versions only in plugged and screwed condition 5) Connection cable see accessories Sensor signal MR = Measuring range, SMR = Start of measuring range, EMR = End of measuring range
Open the catalog to page 11FSO = Full Scale Output 11 Measuring range changes by using other magnets (see catalog p.18); external magnetic fields and/or ferromagnetic material in the measuring range of the sensor system affect the sensor characteristic line and the technical data. 2) Deviation to the regression curve according to the method of least squares 3) Peak-Peak; external first-order low pass; frequency response 5 kHz 4) For plug versions only in plugged and screwed condition 5) Connection cable see accessories
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