Hand held Vibration Meter Vibration Data Collector Vibration Meters
Handheld HG605t HG908
Overview:
petroleum,chemical industry,metallurgy, Passenger car
manufacturing, electric power .etc. 4 channel synchronous collector
vibration analysis system is designed for important mechanical
equipment online condition monitoring and fault diagnosis analyzer
. strong function (4 channel synchronous collecting data, envelope
resonance demodulation, speed measurement , software can upload a
variety of vibration characteristic value, and can upload various
parameters of the wave), high reliability (power isolation,
explosion type ), low cost and easy to use features, can be used in
the following situations:
1, establish important equipment on-line monitoring system;
2, set up important equipment analysis diagnosis system;
3, multichannel dynamic signal analysis and low frequency
environment on-line monitoring and other special requirements.
Analyzer specifications:
【4channel】Synchronous
collecting；(acceleration,velocity,displacement,acceleration
envelope , Rotating speed measurement , 5 parameter)
spectrum range:0.5 Hz~25 kHz
low frequency:0.17——100Hz
rotating speed measurement:70~120,000 rpm/min
vibration measurement range:
acceleration value: 250m/s2 0.1m/s2
velocity value: 200mm/s 0.1mm/s
displacement value: 5000um 1um
acceleration envelope: 25m/s2 0.1m/s2
voltage: 10 V 0.1 mV
Measurement accuracy: +_ 5%, 24bits A/D, Dynamic Range: 90dB
select input sensor signal: velocity sensor,piezo-electric
accelerometer,peak-peak transmitter sensor .etc
power:24VDC
dimensions:210×130×40mm, weight:1 kg
Analyzer Operating Environment temperature:-30°——95°
Normal piezo-electric accelerometer temperature:-35°——65°
high temperature piezo-electric accelerometer:-35°——180°
Output: 485 port for communication with PC software
Software specifications:
Measurement speed and phase
amplitude(acc, vel, dis, bearing envelope) auto save on line
amplitude trend analysis, collecting wave and analysis spectrum,
Balancing function demo:
Verifying measure
