EDITORIAL
Articles & Guides
All selection guides, technical notes and brand news for Vibration Sensors.
- BlogHansford
When to Choose AC vs. 4-20mA Vibration Sensors?
AC sensors are ideal for detailed diagnostic analysis and high-frequency monitoring using dedicated vibration analyzers. Conversely, 4-20mA sensors are best for direct PLC integration and long-distance trend monitoring to track overall machine health.
READ - BlogGenel
Advantages of 4-20mA Vibration Sensors
This article highlights the benefits of using 4-20mA vibration sensors for cost-effective, continuous equipment monitoring via PLC or SCADA systems. Key technical advantages include seamless integration, long-distance signal integrity, and high immunity to electrical noise.
READ - Genel
Vibration Sensors
Vibration sensors monitor machinery health and safety by converting mechanical oscillations into electrical signals through accelerometers, velocity sensors, or displacement probes. Key selection criteria include frequency range and sensitivity to support effective predictive maintenance.
READ - BlogHansford
Early Detection of Bearing Faults Using Vibration Analysis
Vibration analysis allows maintenance teams to detect bearing degradation through four distinct stages of failure before audible symptoms occur. By utilizing high-quality industrial sensors and FFT spectrums, engineers can identify specific defects to prevent catastrophic machine damage.
READ - BlogHansford
Hansford Sensors Industrial Cable Range
Hansford Sensors provides high-performance industrial cables, including FEP, PU, and silicone options, designed for reliable data transmission in harsh environments. These solutions feature robust shielding and armor to ensure signal integrity against temperature and mechanical stress.
READ - BlogHansford
Shielded Cable Connection in Accelerometers
Proper cable shielding and grounding are essential to prevent ground loops and electrical noise in vibration sensor signals. To maintain data integrity, the cable shield should be grounded only at the instrument end and isolated at the sensor.
READ - rulmanenvelope
Vibration Analysis for Bearing Monitoring
Standard bearing monitoring uses 100 mV/g IEPE + stud mount + envelope analysis; thresholds per ISO 10816.
READ - secim-rehberititresim
Vibration Sensor Selection Guide: Sensitivity, Frequency and Mounting
Sensitivity, frequency band, mounting type and output (IEPE/charge/MEMS) drive vibration sensor selection.
READ - iepemems
IEPE vs MEMS Vibration Sensors
IEPE is industrial standard with wide band; MEMS is compact, ideal for IoT. Use IEPE on critical points, MEMS for distributed grids.
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