Hauber Monitoring Vibration HE102.01.10.01.00.00.050

Hauber products, including Hauber HE102.01.10.01.00.00.050 Vibration Monitoring, are sourced through parallel import channels and delivered to our customers worldwide with speed and reliability. Even if Hauber HE102.01.10.01.00.00.050 Vibration Monitoring is not listed on our website, you are welcome to request a price quote — our team will respond promptly with a tailored offer.HE102.01.10.01.00.00.050 Vibration MonitoringThe Type HE102 vibration monitoring unit is used to measure and monitor absolute bearing vibrations in machines.FeaturesOperating principle: The two-wire systemMeasurement value: The effective value (rms) of the vibration acceleration in g (rms)Analogue current output: Interference-free DC signals from 4...20 mA, proportional to the measuring range of the monitoring unitApprovals: CE, ATEX, EAC, EAC Ex, IEC, IEC Ex, ULBearing status parameter for roller bearing diagnostic in accordance with DIN ISO 13373-3The vibration monitoring units HE055 and HE250 also offer the option forroller bearing diagnostics in accordance with DIN ISO 13373-3, in addition tomonitoring the vibration speed in accordance with DIN ISO 10816.In this standardised procedure, proven in practice, the ratio of the effectiveacceleration value (m/s² [rms]) to the peak acceleration value (m/s² [peak])is observed in a range from 10 Hz to 10 kHz.This is called "crest factor” and, based on the norm, is divided into four ranges that represent the bearing status parameter.highest peak acceleration value (in m/s², peak) 300 200Alarm100Warning notice50Normal state30 20very low value10 5 3Effective acceleration value (total value of 10 Hz to 10 kHz in m/s², rms)12351020 30 50 100This simple, meaningful method offers advantages over other, more complexmethods of determining the roller bearing status.Evaluation of this method does not require any other analysis instruments(such as tachometers) or software. Because our sensors provide bearing status monitoring as an additional measurement parameter, no other sensors are required to measure the vibration speed, for example. A dual sensorsaves you the need for all the peripherals that come with attaching a secondsensor.The lower cost and the ease of evaluation that makes this method comprehensible to anyone are also pivotal criteria.11