Notes
- Explosion proof acc. to ATEX EEx d IIC T3C; available with CSA certificate
- Intrinsically safe acc. to ATEX EEx ia IIC T3; intrinsically safe only with ISBS-420 safety barrier; available with CSA certificate
- Options ATP and VTP not available
?
Explanation
- add to Notepad
- HTML-Datasheet
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- Productdetails as PDF
| Model | Meas. Range | Sens. | Freq. Range / Noise | Weight | Mounting | Temp. Range | ||
|---|---|---|---|---|---|---|---|---|
 | AV3097M2T Miniature vibration sensor with TEDS | ±10 g | 500 mV/g | 0.3...5000Hz | approx. 4.3 gram | Thread | -50 ... +65°C | |
 | AV3145M15 Miniature vibration sensor in IEPE technology | ±1000 g | 5 mV/g | 0.5...10000Hz | approx. 2.3 gram | Thread | -50 ... +145°C | |
 | AV3200 Miniature high shock vibration sensor | ±5000 g | 1.0 mV/g | 0.35...10000Hz | approx. 6 gram | Thread | -50 ... +120°C | |
 | AV3220M29 Miniature vibration sensor with through hole and 5-44 connector | ±500 g | 10 mV/g | 0.66...10000Hz | approx. 2.7 gram | Through hole | -50 ... +120°C | |
 | AV3211M4 Through-hole vibration sensor with compact dimensions and 10-32 side connector | ±50 g | 100 mV/g, nom. | 1 ... 10000 Hz | approx. 9.6 gram | Through hole | -55 ... +120°C | |
 | 712F | 712-M4 High frequency sensor with integral cable | ±60 g | 100 mV/g | 3 ... 25000 Hz | approx. | Through hole | -50 ... +120°C | |
 | 732A | 732AT High frequency sensor with side or top connector | ±500 g | 10 mV/g | 0.5 ... 25000 Hz | approx. | Thread | -50 ... +120°C | |
 | 736 | 736T High frequency sensor with side or top connector | ±50 g | 100 mV/g | 2 ... 25000 Hz | approx. | Thread | -50 ... +120°C |
Triaxial Miniature and Standard Vibration Sensors
| Model | Meas. Range | Sensitivity | Freq. Range / Noise | Weight | Mounting | Temp. Range | ||
|---|---|---|---|---|---|---|---|---|
 | AV0823B Triaxial sensor for vibration measurment acc. to VDI 3834 for wind power monitoring | ±12 g | 500 mV/g | acc. to VDI3834 | approx. | Thread M8 | -30 ... +90°C | |
 | AV0823B/DIN4150 Triaxial sensor for vibration measurement in buildings acc. to DIN4150-2 and DIN4150-3 | ±12 g | 500 mV/g | acc. to DIN45669 for DIN 4150-2/-3 | approx. | Stand acc. to DIN45669 wall and ceiling mounting | -30 ... +90°C | |
 | AV3023M25T Triaxial miniature vibration sensor, IEPE technology, with TEDS | ±500 g | 10 mV/g | 1.5...5000Hz | approx. 6.2 gram | Thread | -50 ... 120°C | |
 | AV3143M10 Triaxial miniature vibration sensor for general purpose, IEPE technology | ±50 g | 100 mV/g | 0.5...3000Hz [±5%]/ | approx. 14 gram | Through hole | -50 ... +85°C | |
 | AV3263MxxT Triaxial miniature vibration sensor with TEDS | ±500 g | 10 mV/g | 1.5...10000Hz | approx. 5.6 gram | Thread | -50 ... +80°C | |
 | AV3293M1 Triaxial Vibration Sensor in IEPE Technology | ±7 g | 500 mV/g | 0.25...4000Hz | approx. 8.8 gram | Thread | -50 ... +85°C | |
 | 993A Triaxial vibration sensor | ±50 g | 100 mV/g | 2...2000Hz | approx. | Through hole | -50 ... +120°C | |
 | 993A-5 Dreiaxialer Aufnehmer mit integriertem Kabel | ±50 g | 100 mV/g ±10 % | 2...2000Hz | approx. | Through hole | -50 ... +120°C | |
 | 993B-5 993B-6 993B-7 Triaxial vibration sensor withmit integral cable | ±160 g | 25mV/g | Z-Axis: | approx. | Thread | -50 ... +120°C | |
 | 993B-7-M12 Triaxialer vibration sensor with M12 connector | ±60 g | 100mV/g | Z-Axis: | approx. | Thread | -50 ... +120°C |
Vibration Transmitters in 4...20 mA 2-wire Technique
| Model | Measurement Range | Repeat. | Freq. Range [±3dB] | Dynamic Output | Temp. Range | ||
|---|---|---|---|---|---|---|---|
 | PC420Ax-yy Vibration transmitter with RMS and equivalent peak output signal | Acceleration | 2 % | 1 ... 2000 Hz | -40 ... +105°C | ||
| PC420Vx-yy Vibration transmitter with RMS and equivalent peak output signal | Velocity | 2 % | 3.5 ... 2000 Hz | -40 ... +105°C | ||
| PC420ATP-yy Vibration transmitter with true peak output signal | Acceleration | 2 % | 4 ... 2000Hz | -40 ... +85°C | ||
| PC420VTP-yy Vibration transmitter with true peak output signal | Velocity | 2 % | 4 ... 2000 Hz | -40 ... +85°C | ||
 | PC420Axx-yy-EX (1) Explosion proof vibration transmitter | Acceleration | 2 % | 4 ... 2000 Hz | -40 ... +85°C | ||
| PC420Vxx-yy-EX (1) Explosion proof vibration transmitter | Velocity | 2 % | 4 ... 2000 Hz | -40 ... +85°C | ||
| PC420Axx-yy-IS (2) Intrinsically safe vibration transmitter | Acceleration | 2 % | 4 ... 2000 Hz | -40 ... +85°C | ||
| PC420Vxx-yy-IS (2) Intrinsically safe vibration transmitter | Velocity | 2 % | 4 ... 2000 Hz | -40 ... +85°C | ||
| PC420Axx-yy-Dz Vibration transmitter with add. dynamic IEPE output signal | Acceleration | 2 % | 4 ... 2000 Hz | Range: | -40 ... +85°C | |
| PC420Vxx-yy-Dz Vibration transmitter with add. dynamic IEPE output signal | Velocity | 2 % | 4 ... 2000 Hz | Range: | -40 ... +85°C | |
 | PCC421 (3) Vibration transmitter with side connector | Acceleration | 2 % | 1 ... 2000 Hz | -40 ... +105°C | ||
 | PC421 Vibration transmitter with side connector | Acceleration | 2 % | 4 ... 2000 Hz | -Dz: | -40 ... +85°C | |
| PC421-IS (2)(3) Vibration transmitter with side connector, intrinsically safe | Acceleration | 2 % | 4 ... 2000 Hz | |||
 | PCC423 (3) Vibration transmitter with integral cable | Acceleration | 2 % | 1 ... 2000 Hz | -40 ... +105°C | ||
 | PC423 Vibration transmitter with integral cable | Acceleration | 2 % | 4 ... 2000 Hz | -Dz: | -40 ... +85°C | |
| PC423-IS (2)(3) Vibration transmitter with integral cable, intrinsically safe | Acceleration | 2 % | 4 ... 2000 Hz | -40 ... +85°C | ||
 | PC425 Vibration transmitter with side connector and additional temperature output [-50...+85°C / 10 mV/K] | Acceleration | 2 % | 4 ... 2000 Hz | -Dz: | -40 ... +85°C | |
 | PC427 Vibration transmitter with integral cable and additional temperature output [-50...+85°C / 10 mV/K] | Acceleration | 2 % | 4 ... 2000 Hz | -Dz: | -40 ... +85°C | |
| ISBS-420-03 Safety Barrier | for intrinsically safe 4 ... 20mA sensors, | ||||||
| ISBS-420-06 Safety Barrier | for intrinsically safe 4 ... 20mA sensors, | ||||||
Table Vibration transmitter in 4 ... 20 mA 2-wire technique
|
PC42x - xxx - yy - (Dz) PCC42x - xxx - yy - (Dz) |
|||||
|---|---|---|---|---|---|
|
xxx (4 ... 20 mA Output) |
-yy (Measurement Range) |
-Dz (Dynamic Output) |
|||
|
Acceleration |
|||||
|
AR = |
rms |
-05 = |
5 g (49 m/s²) |
-DA = |
dynamic acceleration: |
|
|
|||||
|
VR = |
rms |
-05 = |
0.5 ips (12.8 mm/s) |
-DA = |
dynamic acceleration: |
Notes
Table applies to vibration transmitter series PC420, PCC421, PC421, PCC423, PC423, PC425 and PC427. Please note, not all options are available with all series.
| Model | Meas. Range | Sensitivity | Freq. Range [±3dB] | Noise [2,5Hz...25kHz] | Temp. Range | ||
|---|---|---|---|---|---|---|---|
 | 728A | 728T Sensor with high sensitivity | ±15 g | 500 mV/g | 1...10000Hz | 30 µg | -50... +120°C | |
 | 731-207 Seismic vibration sensor | ±0,5 g | 10 V/g | 0.2...1300Hz | 2 µg | 0... | |
 | 731A Ultra-quiet seismic vibration sensor | ±0,5 g | 10 V/g | 0.05...500Hz | 0.5 µg | -10... +65°C | |
 | 731A/P31 Seismic vibration measurement system | ±0,5 g | 10 V/g to | 0.05...100Hz | Low-pass filter | -10... +65°C | |
 | 786-500 General purpose low frequency vibration sensor | ±10 g | 500 mV/g | 0.2...14000Hz | 250 µg | -50... +120°C | |
 | 793L Premium sensor | ±10 g | 500 mV/g | 0.2...2300Hz | 8.0 µg | -50... +120°C | |
 | 797L Premium sensor | ±10 g | 500 mV/g | 0.2...3700Hz | 12 µg | -50... +120°C | |
| 797L-35 Premium sensor with ATEX approval | ±10 g | 500 mV/g | 0,2...3.700Hz | 12 µg | -50... +120°C | |
 | 799LF Premium sensor | ±10 g | 500 mV/g | 0.1...2500Hz | Low-pass filter | -50... +120°C | |
 | 799M Premium sensor with high sensitivity | ±5 g | 1000 mV/g | 0.2...2500Hz | Low-pass filter | -50... +80°C |
*Sensor is subject to ITAR regulations
| Model | Features | ||
|---|---|---|---|
 | InnoBeamer® LX2 USB data acquisition device for IEPE vibration sensors, easy to use system for PC-based vibration measurement and analysis | Frequency range: 0.1 ... 3200 Hz | |
 | InnoBeamer® X2 USB data acquisition device for IEPE vibration sensors, easy to use system for PC-based vibration measurement and analysis | Frequency range: 0.1 ... 40000 Hz | |
 | InnoMeter® When vibrations are measured as significant parameters, the InnoMeters are applied. | When vibrations are measured as significant parameters, the InnoMeters are applied. The InnoMeters in Standard and in Pro Version are highly universal measuring instruments for vibration parameters. They can be adapted to parameters from numerous vibration standards. Measurands: acceleration, velocity, displacement | |
 | InnoPlotter® When vibration parameters are measured and controlled for a longer time, the InnoPlotters are suitable | The InnoPlotters in Standard and in Pro Version are universal digital strip chart recorders for vibration parameters. The Pro Version includes two integrators and is consequently able to process not only vibration acceleration, but also vibration velocity and displacement. | |
 | InnoLogger® For the monitoring of vibration parameters and their logging for later analysis | Rotating parts in drives, gears, pumps, fans and many other technical products cause perturbing vibrations. Impulse-like loads, e.g. from a vibratory pile driver in the construction-field, generate problems as well. | |
 | InnoScope® The InnoScopes allow the signals‘ shape analysis of fast vibration and shock processes in time domain. These processes are acquired and measured with high resolution and can be exported for documentation or postprocessing. | Another field of application is the determination of natural frequencies. The measurement object is stimulated impulse-like, the InnoScope triggers the event and displays the time course of the signal. A coupled InnoAnalyzer analyzes the triggered time signal and displays it in the frequency domain simultaneously. Natural frequencies can be read off at once. | |
 | InnoAnalyzer® For the frequency analysis of vibrations | Rotating parts in drives, gears, pumps, fans and many other technical products cause perturbing vibrations. Often numerous parts with different rotation speed cause mechanical vibrations so that a superposition of frequencies is generated. | |
 | InnoAnalyzer® Speed Different rotation speeds cause different vibrations since the measurement objects develop or do not develop resonant behaviour at certain rotation speeds. | These differences become obviously when measuring run-up or coast-down curves. A rotor changes its rotation speed and excites different frequencies of the system. The InnoAnalyzers Speed measure the vibration level at the rotation speed or a multiple and graphically indicate magnitude and phase at the respective rotation speed. | |
 | InnoBalancer® The InnoBalancers are used for the reduction of vibrations. | The InnoBalancers allow a purposeful reduction of the vibration by balancing. Both discoidal and longish rotors can be balanced systematically and fast. | |
 | InnoMeter® HVM 5349:2001 Human hand-arm vibration measurement acc. to EN ISO 5349:2001 and EC Directive 2002/44/EC | Human hand-arm vibration measurement acc. to EN ISO 5349:2001 and EC Directive 2002/44/EC If hand held machines or workpieces transmit strong vibrations to the operator, a decreased performance and even diseases in blood vessels, nerves, bones, joints, muscles or the connective tissue might develop. For this reason, divers guidelines stipulate measurements acc. to EN ISO 5349, which determines the impact on the human hand-arm-system. | |
 | InnoMeter® HVM 2631:1997 Human whole-body vibration measurement acc. to EN ISO2631:1997 and EC Directive 2002/44/EC | If strong vibrations are transmitted to human beings, a decreased performance and even diseases in blood vessels, nerves, bones, joints, muscles or connective tissue might develop. For this reason, divers guidelines stipulate measurements acc. to ISO2631, which assesses the vibration impact on human beings. | |
 | InnoMeter® HVM 6954:2001 Vibration measurement on ships | On board passenger and merchant vessels vibrations can occur, which may negatively interfere with the work of the crew or which may diminish the comfort of passengers and crew. In order to assess complaints or to prevent them, measurements acc. to DIN ISO 6954:2001 are suitable, since they allow the evaluation of the vibration severity with regard to habitability on board ships. | |
 | InnoMeter® 4150-3 The InnoMeter 4150-3 was developed for the measurement of vibrations on buildings acc. to the German standard DIN 4150-3. | Vibrations from heavy building activities, traffic, machine operation or also detonations affect existing building stock. The InnoMeter 4150-3 measures these vibrations, valuates acc. to the standard immediately and can inform about the vibrations occured at any time. | |
 | InnoMeter® 3834 The InnoMeter 3834 was developed for the measurement of vibrations on wind energy systems acc. to German standard VDI 3834 | This instrument allows the measurement and analysis of vibrations on both building constructions (like tower and generator house) and machinery components, like rotor, gear and generator. |
| Description | ||
|---|---|---|
 | CB2 | CB4 Cable termination boxes for 2 or 4 measuring channels Terminal block input, BNC output NEMA 4x wall mounting enclosure | |
 | Cables | |
 | Mounting Accessories | |
 | Connectors | |
 | Elektromagnetic and piezo-electric shakers |
*Please find further information, products and accessories in our Short Form Catalog Vibration or call.
