PR9268/302-100 EPRO Electrodynamic Velocity Sensor
General info
| Manufacture | EPRO |
| Item No | PR9268/302-100 |
| Article number | PR9268/302-100 |
| Series | PR9268 |
| Origin | Germany (DE) |
| Dimension | 85*11*120(mm) |
| Weight | 1.1 kg |
| Customs Tariff Number | 85389091 |
| Type | Electrodynamic Velocity Sensor |
Detailed data
PR9268/302-100 EPRO Electrodynamic Velocity Sensor
The PR9268/302-100 is an electrical speed sensor from EPRO designed for high accuracy measurement of speed and vibration in industrial applications. The sensor works on electrodynamic principles, converting mechanical vibration or displacement into an electrical signal representing speed. The PR9268 series is typically used in applications where it is important to monitor the motion or speed of mechanical components.
General Overview
The PR9268/302-100 sensor uses the principle of electromagnetic induction to measure the velocity of a vibrating or moving object. When a vibrating element moves in a magnetic field, it generates a proportional electrical signal. This signal is then processed to provide a velocity measurement.
Speed measurement: The measurement of the speed of a vibrating or oscillating object, usually in millimeters/second or inches/second.
Frequency range: Electrical speed sensors typically offer a wide frequency response, from low Hz to kHz, depending on the application.
Output signal: The sensor may provide an analog output (e.g. 4-20mA or 0-10V) to communicate the measured speed to a control system or monitoring device.
Sensitivity: The PR9268 should have high sensitivity to detect small vibrations and speeds. This is useful for precision monitoring of rotating machinery, turbines, or other dynamic systems.
Designed for industrial environments, the PR9268 can withstand harsh conditions such as high vibration, extreme temperatures and potential contamination. Operating in dusty and humid environments, in many configurations, the sensor provides non-contact speed measurement, reducing wear and improving reliability over time.
For more specific details about the model (such as wiring diagrams, output characteristics or frequency response), it is recommended to refer to the EPRO data sheet or contact our support for in-depth technical specifications.
