Simulation systems - Import export

STL offers the earth magnetic field simulator (EMFS) which can be used for worldwide simulation of the earth magnetic field. Earth Magnetic Field Simulators (EMFS) are typically being installed in a bay area or river estuary as well as artificial harbours. The EMFS System is used for calibration of the onboard degaussing system (OBDS) and Navy vessel's preparation for any operation missions and the dedicated simulation of the magnetic field in the area of mission. Quantity and type of used sensors, sensor array, software and coil system including power sources are always designed in respect of the specific requirements of the customer. STL can supply: - Complete sensor array - Data acquisition system - Control and evaluation software - coil cables and power sources Pricing may vary depending on the requested cable length, available power supply and required magnetic field.

Stationary ship will be treated and ranged by magnetic deperming range in a cage System for the demagnetization of naval ships and subsequent magnetic surveying on a magnetic demagnetization and surveying equipment installed within a cage type frame, with the special feature that the ship is stationary during the entire treatment process similar to the earth magnetic simulator of German Navy. Treatment and magnetic measurement of Navy vessels in combination with time optimzed and area economy lead to a range that combines the advantages of ODMR and HDMR, where all system entities are installed on a frame around the vessel undergoing ranging and treating. Above sketch shwos the ODMR combining simulation and deperming coil system integrated on a cage type building, which can be installed on any harbour or Navy area. Pricing may vary depending on cable length, available power supply and required magnetic field.

System for the demagnetization of naval ships and subsequent magnetic surveying on a magnetic demagnetization and surveying equipment installed on a pier, with the special feature that the ship is stationary during the entire treatment process. Treatment and magnetic measurement of Navy vessels in combination with low cost and area economy lead to a range that combines the advantages of ODMR and CDMR, where all system entities are installed vertically on a low-level magnetic jetty or pier. STL has developed this idea becoming the Half-Space Deperming Range (HDMR) providing cost and time effective deperming and measurement processes for Navy vessels with an optimal benefit-cost-ratio. Above sketch shwos the HDMR combining simulation and deperming coil system integrated on an existing jetty.