HFA360 Ethernet High-Frequency Vibration Sensor for industrial pumps

HFA360 Ethernet high-frequency Vibration sensor.pdf

◆ Installation Method

Magnetic type: The sensor is directly attached to the vibration measurement position of the equipment, and the measurement direction is adjusted.

Screw type: The M5*10mm double-ended screw or M5*6mm to M8*8mm double-ended screw on the bottom of the sensor is tightened to the measurement position of the equipment, and the measurement direction is adjusted. After evenly applying silicone grease to the bottom of the sensor, it is fixed to the test platform by tightening the double-ended screw.

◆ Measurement Direction

◆ Key Features

• Measuring range ±50g
• Power supply 12V
• IP67 protection rating
• Bandwidth DC~10kHz, low noise 35µg/√Hz
• Operating temperature -40~+85℃

◆ Application Scope

• Vibration monitoring of industrial equipment
• Monitoring of rotating machinery such as industrial pumps, motors, fans, air compressors, gas engines, generators, reducers, and gearboxes

◆ Performance indicators

◆ Product List

Frequently Asked Questions

1. What is the HFA360 vibration sensor?
The HFA360 is a three-axis Ethernet vibration sensor designed for high-frequency vibration monitoring and transient acceleration measurement. It measures X/Y/Z-axis acceleration and is suitable for real-time condition monitoring of industrial and rotating machinery.

2. What is the measuring range of the HFA360?
The HFA360 has a measuring range of ±50g, making it suitable for monitoring vibration and transient acceleration in a wide range of industrial equipment.

3. What is the frequency bandwidth of the HFA360 vibration sensor?
The HFA360 provides a wide DC to 10 kHz bandwidth, allowing it to capture vibration signals across a broad frequency range and monitor common fault frequencies in industrial machinery.

4. What Ethernet interface does the HFA360 use?
The HFA360 features a 10/100M adaptive Ethernet interface, enabling vibration waveform data to be transmitted directly to a server for real-time equipment status monitoring and health assessment.