Product Overview Mobile - MTS Sensor Technologie - #2

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M-SERIES The rugged Sensor for Mobile Hydraulics C-SERIES The flexible Miniatur Sensor Model MH Analogue Position sensor to integrate in hydraulic cylinder MH CAN Sensor with CANopen and J1939 interface MS Compact position sensor for smallest installation space MT Double redundant rod sensor for maximum safety CM Cost-effective miniature sensor CM H2 Compact level sensor with float 50-2500 mm - 50-2500 mm ± 500 mm/s 50-2000 mm - 50-1500 mm - 72 - 250 mm - Output Signals Voltage: 0,25...4,75 V, 0,5...4,5 V 5 V ratiometric Current: 4...20 mA PWM CANopen, J1939 Voltage: 0,25...4,75 V, 0,5...4,5 V Current : 4...20 mA Voltage: 0,25...4,75 V, 0,5...4,5 V Current : 4...20 mA Voltage: 0,1...4,9 V PWM Resolution Measuring range in 4096 steps (12 bit) PWM: ± 0,1 mm ± 0,1 mm Measuring range in 4096 steps (12 bit) Measuring range in 4096 steps (12 bit) Analogue + PWM: infinite Linearity < ± 0,04 % F.S. (Minimum ± 0,100 mm) ± 0,1 mm < ± 0,04 % F.S. (Minimum ± 0,100 mm) < ± 0,04 % F.S. (Minimum ± 0,100 mm) ± 0,15 mm Hysteresis ± 0,100 mm ± 25 ìm Resistance to Shock (IEC 68-2-27) 100 g (11 ms) single shock 50 g (11 ms) 1.000 Schocks pro Achse 100 g (11 ms) single shock 100 g (11 ms) single shock 100 g (11 ms) single shock Resistance to Vibrations (IEC 68-2-26) 25 g (20...2.000 Hz) 25 g (20...2.000 Hz) 15 g (20...2.000 Hz) 10 g (20...2.000 Hz) 5 g Operating Pressure 450 bar 300 bar 350 bar 24 bar Protection IP 67 (housing), IP 69K with M12 connector system IP 67 (housing) IP 50 IP 67 Operating Temperature -40°C...+105°C -40°C...+105°C EMC ISO 11452-5: 200 V/m, CE ISO 14982 Agricultural and forest machinery ISO 7637-1/2/3 Road vehicles DIN EN 50121-3-2 Railway vehicles ISO 11452-5: 200 V/m, CE ISO 11452-5: 100 V/m ISO 14982 Agricultural and forest machinery IEC 61000-4/-6 EN ISO 14 982: 100 V/m, CE EN 60068-2-6 EN 60068-2-27 IEC 61000-4/-6 Operating Voltage 5 V / 12/24 V Reverse voltage protection 12/24 V Reverse voltage protection 12 V Reverse voltage protection 12 V Reverse voltage protection 2 V ± 25 % Reverse voltage protection Special Features also available as SIL2 model (IEC 61508, ISO 13849) optional with M12 connector system optional with M12 connector system 2 signal outputs (reversible) Flexible sensor stroke RUGGEDNESS AND COMPACT CONSTRUCTION, SUITABLE FOR MOBILE APPLICATIONS Temposonics® sensors provide optimum measuring results even under harsh environmental conditions. Integrated into the hydraulic cylinder of off-road vehicles, Temposonics® sensors detect the slightest bit of movement. Measuring Range - Position - Velocity INSTALLATION AND ACCESSORIES (Product information see data sheet) Temposonics® M12 Connector System Temposonics® Tester Magnet field of Position magnet Strain (torsion) pulse converter Current interrogation pulse Magnetostrictive sensing element (Waveguide) Movable position magnet Mechanical strain pulse Magnet field of current pulse The World of MTS - Precision and Reliability Following the founding of MTS Systems Corporation in 1951, the company rapidly developed into a leading supplier of intelligent hardware and software products in the fields of test and simulation systems and in measuring and automation technology. Today MTS Systems Corporation has over 2.000 employees worldwide – 280 of whom are employed by MTS Sensors at three sites in the USA (Cary, N.C.), Germany (Lüdenscheid) and Japan (Tokyo). At MTS, intensive basic research is efficiently merged with a consistent focus on practical requirements. The results are innovative solutions for a wide range of potential industrial and non-industrial applications. Headquarters MTS Systems Corporation, Minneapolis, USA MTS Sensors Division Cary (North Carolina), USA MTS Sensors Technology Corp. Tokyo, Japan MTS Sensor Technologie Lüdenscheid, Deutschland Magnetostriction - A Milestone in Measurement Technology The heart of MTS sensors is the ferromagnetic measuring element, also known as the waveguide, and a movable position magnet that generates a direct-axis magnetic field in the waveguide. When a current or interrogation pulse passes through the waveguide, a second magnetic field is created radially around the waveguide. The interaction between the magnetic field in the waveguide and the magnetic field produced by the position magnet generates a strain pulse which travels at a constant ultrasonic speed from its point of generation, the measurement point, to the end of the waveguide where it is transformed into an electric pulse in the sensor element. The resulting signal is processed by the specialized electronics of the Temposonics sensor. With our extensive know-how of ferromagnetic materials, magnetic effects and ultrasonic processes, MTS remains unrivalled in performance standards for non-contacting position measurement of the highest precision. THE COMPANY THE PRINCIPLE