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The vibration sensor accurately measures vibration velocity and acceleration in industrial applications. Utilizing root mean square (RMS) calculations, it provides reliable data essential for monitoring equipment health and performance.
The vibration sensor from Pepperl+Fuchs is designed for precise monitoring of machinery and equipment health through vibration analysis. It measures vibration velocity in mm/s and acceleration in g, employing root mean square (RMS) methods to ensure accurate readings. This capability is critical in predictive maintenance strategies, allowing for timely interventions that can prevent equipment failures and extend machinery life.
Equipped with an IO-Link interface, the sensor facilitates seamless integration into automation systems, enabling process data transmission, parameterization, and diagnostics. The device features both switching and current output options, which can be customized to meet specific application requirements. Additionally, it provides an output for temperature values, further enhancing its functionality in monitoring operational conditions.
Housed in a robust stainless steel casing, the vibration sensor is suitable for use in demanding environments, ensuring long-term reliability and performance in various industrial settings.
| Vibration sensor with IO-Link and programmable switching output or analog current output | ||
| Type | Vibration sensor | |
| Measuring technology | MEMS | |
| Series | Performance Line | |
| Measured variable | Vibration velocity Vibration acceleration Temperature |
|
| Measurement range | ||
| Vibration velocity | 0 … 128 mm/s | |
| Vibration acceleration | 0 … 10 g rms | |
| Temperature | -40 … 85 °C (-40 … 185 °F) | |
| Measurement accuracy | Vibration velocity: � 0.1 mm/s (calibration point: 90% of the measuring range; 159.2 Hz) Complies with the tolerance requirements of DIN ISO 2954 for measurement range greater than 8 mm/s Vibration acceleration: � 0.01 g (calibration point: 90% of the measuring range; 159.2 Hz) Complies with the tolerance requirements of DIN ISO 2954 |
|
| Cross-sensitivity | < 5 % of the partial lateral acceleration, which acts exactly 90� to the measuring axis | |
| Resolution | Vibration velocity: 0.01 mm/s Vibration acceleration: 0.01 g |
|
| Frequency range | 10 … 1000 Hz | |
| Averaging time | for v-rms: 2 s for a-rms: 2 s |
|
| MTTFd | 329 a | |
| Mission Time (TM) | 20 a | |
| Diagnostic Coverage (DC) | 0 % | |
| Fusing | external fuse is required: 1 A , fast acting , 30 V DC | |
| Operating voltage | 18 … 30 V DC | |
| Current consumption | max. 700 mA | |
| Power consumption | max. 21 W | |
| Time delay before availability | �� 1 s | |
| Surge protection | up to 2 kV | |
| Interface type | IO-Link (via C/Q = Pin 4) | |
| IO-Link revision | 1.1 | |
| Device profile | Identification and Diagnosis – I&D | |
| Process data | Input 16 Byte measurement channels: -rms value velocity – peak value acceleration – rms value acceleration – temperature per measurement channel: – measurement value 2 Byte – scaling 8 Bit – switching signals 2 Bit status data |
|
| Vendor ID | 1 (0x0001) | |
| Device ID | 5308417 (0x510001) | |
| Transfer rate | COM2 (38.4 kBit/s) | |
| Min. cycle time | 5 ms | |
| SIO mode support | yes | |
| Compatible master port type | Class A Class B (use 3-pole adapter or 3-wire cable) |
|
| Output type | C/Q – Pin 4 in SIO mode (switching signal of the measured variable is programmable) | |
| Switching function | Normally open/closed (NO/NC) | |
| Operating current | �� 100 mA | |
| Short-circuit protection | yes | |
| Output type | I/Q – pin 2 (parameterizable as analog current output or switching signal) – I: analog output for the measured variable, current 4 … 20 mA – Q: switching signal of the measured variable is parameterizable, PNP normally open |
|
| Switching function | Normally open/closed (NO/NC) | |
| Operating current | �� 120 mA for switching signal | |
| Voltage drop | < 2 V | |
| Output rated operating current | 4 … 20 mA at analog output | |
| Load resistor | �� 500 ٠at analog output | |
| Short-circuit protection | yes | |
| Degree of protection | DIN EN 60529, IP66, IP67 | |
| Shock resistance | DIN EN 60068-2-27, 60 g, 6 ms | |
| Vibration resistance | DIN EN 60068-2-6, 16.5 g, 10 … 1000 Hz | |
| UL approval | ||
| Ordinary Location | E468231 cULus Listed, Class III Power Source and limited energy , if UL marking is marked on the product. For use in NFPA 70 Applications only. adapters providing field wiring on request |
|
| Maximum permissible ambient temperature | max. 80 °C (max. 176 °F) | |
| Ambient temperature | -40 … 85 °C (-40 … 185 °F) | |
| Storage temperature | -40 … 60 °C (-40 … 140 °F) | |
| Connection type | plug | |
| Housing material | Stainless steel 1.4305 / AISI 303 | |
| Housing length | 72.5 mm | |
| Housing diameter | 23.8 mm | |
| Degree of protection | IP66 / IP67 only in connected state | |
| Connector | ||
| Threading | M12 | |
| Number of pins | 4 | |
| Mass | approx. 100 g | |
| ECLASS 13.0 | 27271103 | |
| ECLASS 12.0 | 27201406 | |
| ECLASS 11.0 | 27201406 | |
| ECLASS 10.0.1 | 27201406 | |
| ECLASS 9.0 | 27201406 | |
| ECLASS 8.0 | 27201406 | |
| ECLASS 5.1 | 27201406 | |
| ETIM 9.0 | EC004309 | |
| ETIM 8.0 | EC004309 | |
| ETIM 7.0 | EC002959 | |
| ETIM 6.0 | EC002959 | |
| ETIM 5.0 | EC001758 | |
| UNSPSC 12.1 | 41114624 | |
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