VIM62PL-E0G10-0ME-I420K24 PEPPERL+FUCHS - Part number: 70141166-100004

Datasheet excerpt: Technical data of  VIM62PL-E0G10-0ME-I420K24 Product Description Vibration sensor with analog current output and increased temperature resistance General specifications TypeVibration sensor Measuring technologyMEMS SeriesPerformance Line Measured variableVibration acceleration Measurement range Vibration acceleration0 ... 10 g rms Measurement accuracy± 0.01 g (calibration point: 90% of the measuring range; 159.2 Hz) Complies with the tolerance requirements of DIN ISO 2954 Cross-sensitivity< 5 % of the partial lateral acceleration, which acts exactly 90° to the measuring axis Frequency range1 ... 1000 Hz Averaging timefor a-rms: 12 s Electrical specifications Fusingfuse unit 3 A , semi-time-lag , 30 V DC Operating voltage10 ... 30 V DC Current consumptionmax. 25 mA Power consumptionmax. 750 mW Time delay before availability10 s (rms filter is calculated intially with measurement data before they are available at the output) Surge protectionup to 2 kV Output 1 Output typeanalog output, current output of the vibration variable Output rated operating current4 ... 20 mA Load resistor≤ 500 Ω Standard conformity Degree of protectionDIN EN 60529, IP66, IP67 Shock resistanceDIN EN 60068-2-27, 60 g, 6 ms Vibration resistanceDIN EN 60068-2-6, 16.5 g, 10 ... 1000 Hz Ambient conditions Ambient temperature-40 ... 60 °C (-40 ... 140 °F) Measuring head temperature-40 ... 125 °C (-40 ... 257 °F) directly at the mounting point Storage temperature-40 ... 60 °C (-40 ... 140 °F) Mechanical specifications Connection typecable Housing materialStainless steel 1.4305 / AISI 303 Housing length91.25 mm Housing diameter31 mm Degree of protectionIP66/IP67 Cable Number of cores4 Core cross section0.34 mm2 Length2 m Tension forcemax. 80 N (tensile loading directly at the cable, not at the metal conduit if attached) Mass200 g Classifications SystemClasscode ECLASS 11.027201406 ECLASS 10.0.127201406 ECLASS 9.027201406 ECLASS 8.027201406 ECLASS 5.127201406 ETIM 8.0EC004309 ETIM 7.0EC002959 ETIM 6.0EC002959 ETIM 5.0EC001758 UNSPSC 12.141114624 Datasheet excerpt: Technical data of  VIM62PL-E0G10-0ME-I420K24 Product Description Vibration sensor with analog current output and increased temperature resistance General specifications TypeVibration sensor Measuring technologyMEMS SeriesPerformance Line Measured variableVibration acceleration Measurement range Vibration acceleration0 ... 10 g rms Measurement accuracy± 0.01 g (calibration point: 90% of the measuring range; 159.2 Hz) Complies with the tolerance requirements of DIN ISO 2954 Cross-sensitivity< 5 % of the partial lateral acceleration, which acts exactly 90° to the measuring axis Frequency range1 ... 1000 Hz Averaging timefor a-rms: 12 s Electrical specifications Fusingfuse unit 3 A , semi-time-lag , 30 V DC Operating voltage10 ... 30 V DC Current consumptionmax. 25 mA Power consumptionmax. 750 mW Time delay before availability10 s (rms filter is calculated intially with measurement data before they are available at the output) Surge protectionup to 2 kV Output 1 Output typeanalog output, current output of the vibration variable Output rated operating current4 ... 20 mA Load resistor≤ 500 Ω Standard conformity Degree of protectionDIN EN 60529, IP66, IP67 Shock resistanceDIN EN 60068-2-27, 60 g, 6 ms Vibration resistanceDIN EN 60068-2-6, 16.5 g, 10 ... 1000 Hz Ambient conditions Ambient temperature-40 ... 60 °C (-40 ... 140 °F) Measuring head temperature-40 ... 125 °C (-40 ... 257 °F) directly at the mounting point Storage temperature-40 ... 60 °C (-40 ... 140 °F) Mechanical specifications Connection typecable Housing materialStainless steel 1.4305 / AISI 303 Housing length91.25 mm Housing diameter31 mm Degree of protectionIP66/IP67 Cable Number of cores4 Core cross section0.34 mm2 Length2 m Tension forcemax. 80 N (tensile loading directly at the cable, not at the metal conduit if attached) Mass200 g Classifications SystemClasscode ECLASS 11.027201406 ECLASS 10.0.127201406 ECLASS 9.027201406 ECLASS 8.027201406 ECLASS 5.127201406 ETIM 8.0EC004309 ETIM 7.0EC002959 ETIM 6.0EC002959 ETIM 5.0EC001758 UNSPSC 12.141114624