Electrical Sensors / Detectors / Transducers
Magneto-Inductive Displacement Sensors can be configured to needs.
Press Release Summary:
With mainSENSOR MDS-40-MK and -LP series, measuring ranges can be defined by selecting corresponding magnet type for respective target and measuring arrangement. There are 4 MDS-40-MK series predefined sensor variants available with different connector, power supply, and output options, which, along with protection class, can be individually configured to suit specification. PCB of MDS-40-LP sensors can be adapted to suit application and other customer requirements.
Original Press Release:
Magneto-inductive Displacement Sensors are Individually Configurable
Micro-Epsilon presents its magneto-inductive displacement sensors. Numerous options allow each sensor to be individually configured.
The mainSENSOR MDS-40-MK and LP series of sensors are a new generation of cost-effective and flexible magneto-inductive sensors. Four MDS-40-MK series predefined sensor variants are available with different connector, power supply and output options. These parameters, including the protection class, can be individually configured to suit the customer's specification for series production of 200 pieces or more.
Regardless of the order quantity, the printed circuit board of the MDS-40-LP sensors can be adapted to suit the individual application and to other customer requirements. With both series, the measuring ranges can be defined by selecting the corresponding magnet type for the respective target and measuring arrangement.
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. As different strength magnets are applied, measuring ranges of up to 55mm can be achieved. However, for changing measurement set up of the proximity sensors, it is only necessary to change the magnet. The magneto-inductive measuring principle is ideally suited to industrial applications, where cost-effectiveness and a large measuring range for high volumes are important.
