Holthausen Small-Transmitter (hol603)

DESCRIPTION:  The ESW®-Small-Transmitter is used for permanent machine monitoring and can optimized for different application areas.Measured value, signal assessment,frequency range,measurement range and output signal can be customized to the measuring task.Unwanted vibrations,which occur through mechanical defects or imbalances, are detected at the monitored machines in time. Using the analog output,the following evaluation circuit or warning devices can be adressed. With the early detection, a rising wear and the associated costs is avoided and the life time is prolonged. Also production losses are reduced,whereby a higher planning security is guranteed.Through the integrated sensor, a stabil Die-cast aluminum housing and the easy installation and handling of the ESW®-Small-Transmitter, high reliability is guaranteed.  APPLICATION FIELDS:  At all technical applications in which oscillations occur, the ESW® -Mini-C is a valuable support. Here are some examples:Fan,pumps and air blowershaker,decanter and separatorsConveying and transport equipmentDrivesInstrument, processing and production machinesTECHNICAL DATA:operating voltage:24V DC ±10%, protection against reverse polaritycurrent input:differs in terms of version up to 40mAtemperature range:-55°C bis +65°Cdegree of protection:IP 65case dimensions:108 x 55mm (h x Ø)weight:ca. 1,3kgmeasuring value:vibration acceleration in m/s² or vibration velocity in mm/smeasuring range:max. 18g Peak or, 12g RMS acc. to 13mm/s RMS fixed value or adjustable with potentiometer or step switch at the range of ±20% or 10 to 100%signal assessment:average aligned to root mean square or peak valuefrequency range:10 to 1kHz, frequency range and Bandwidth are in depending on the measurement range 0,5Hz to 1kHz selectablefilter:Butterworth, 40dB/decanalog output:0 to 20mA or 4 to 20mA at supply voltage 4 bis 20mA at current sink also 10mA ±10mA, 0 to 10V or 5V ±5V possible proportional to measurement rangedynamic range:0 to 25mA, protection against reverse polarity