Vibration Sensors and Accessories
Reliable and precise measurement of machine vibration
Various accelerometers, displacement sensors, triaxial sensors and VIBCODE transducer
Universal, low sensitivity vibration sensors; also suitable for turbomachinery, gearboxes, anti-friction bearings and pump cavitation
Using Current Line Drive amplifier for optimized measurement results over long distances
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Sensors and accessories for vibration measurement and Condition Monitoring
- Large selection of vibration sensors: accelerometers, displacement sensors, VIBCODE transducer and triaxial sensors
- Accelerometers measure vibration acceleration, shock pulse (roller bearing condition) and pump cavitation
- Also available in compact size, for low-speed machines and as combi sensors for vibration and temperature
- Patented tandem-piezo technology eliminates the disadvantages of conventional sensors
- High-quality signal transmission over long distances up to 1,000 meters (3,200 feet) with current line drive (CLD) signal amplification
- Various mounting types
- EX / ATEX versions available
- Temperature probes, keyphasers, cables, adaptors and tools available
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Universal vibration sensors for precise and reliable measurement
Industrial accelerometers Standard accelerometers for Online Condition Monitoring Systems
Types VIB 6.12x, VIB 6.14x
- Measures vibration acceleration, shock pulse (roller bearing condition), and pump cavitation
- Tandem-piezo sensor
- Current line drive (CLD) signal amplification
- Mounting options: bonded, threaded, magnetic
- IP68 option
- EX version available
Technical data (excerpt)
- Frequency range (±3dB) 1 Hz … 20 kHz 0.3Hz … 10 kHz
- Linearity range (±10%) 961 ms-² 450 ms-²
- Sensitivity 1µA/ms-² 5.35µA/ms-²
- Resonance frequency 36 kHz 17 kHz
Mini sensors Compact and economical
Types VIB 6.202
- Vibration acceleration, shock pulse (roller bearing condition), pump cavitation
- Compact design
- Space-saving cable routing
- Economically priced
- Tandem-piezo measuring element
- Current line drive (CLD) signal amplification
- Mounting options: bolted, glued, magnetic
- EX version available
Technical data (excerpt)
- Frequency range (±3dB) 2 Hz … 20 kHz
- Linearity range (±10%) 961 ms-²
- Sensitivity 1µA/ms-²
- Resonance frequency 30 kHz
Low-speed machinery sensor
Sensor for low frequency measurement
Types VIB 6.172
- For slowly running speeds: starting at 6 RPM (=0.1 Hz)
- ICP voltage output
- Mounting options: bolted, glued ,magnetic (VIB 3.423)
- ICP sensor also available with intrinsic safety
Technical data (excerpt)
- Frequency range (±3dB) 0.1 Hz … 10 kHz
- Linearity range < 70 g (r.m.s.) (±1%)
- Sensitivity 100 mV/g
- Resonance frequency 17 kHz
Triax Sensors
Triaxial sensors for fast data acquisition
Typ VIB 6.655 for VIBXPERT vibration analyzer and VIBSCANNER 2 data collector
- Simultaneous vibration measurement in X, Y and Z direction
- Mounting via threaded connection or magnetic adapter
- ICP voltage output
Technical data (excerpt)
- Frequency range (±3dB) 0.6 Hz … 10 kHz
- Linearity range (±10%) 50g (peak)
- Sensitivity 100 mV/g
Sensor for easy data acquisition
The intelligent sensor knows at all times where to measure and which measurement to take.
- Vibration acceleration, shock pulse (roller bearing condition), and pump cavitation
- Coded measurement locations for easy data collection
- Stable connection via bayonet mount
- Reproducible results
- Tandem-piezo technology
- Current line drive (CLD) signal amplification
- Compatible with VIBSCANNER 2 and VIBXPERT II
- Measures signals on low-speed machines (>2 Hz)
- EX version available
VIBCODE is a smart sensor that ensures reliable data collection even by untrained operators. It recognizes each location and takes the programmed measurements fully automatically, thereby enhancing trending reliability and eliminating repeat measurements due to mixups.
The measurement stud is encoded with location number and measurement type. A special patented probe locks onto the stud to measure both vibration and bearing condition (shock pulse) with excellent signal transmission and repeatability.
