Product descriptionAKP342 is a high-precision, low-noise triaxial vibration sensor designed for fan and wind-turbine monitoring. Units are calibrated and temperature-compensated across the operating range and are subjected to a minimum two-week stability test before shipment to ensure consistent long-term performance. The sensor integrates an FFT engine capable of measuring static (0 Hz) and low-frequency vibration (0.1–10 Hz), estimating vibration parameters and outputting 60-second RMS, maximum, minimum, peak-to-peak and first-order frequency/amplitude.
Scope of application- Roller vibration monitoring
- Bridge monitoring
- Wind power safety monitoring
Performance- Range: ±2 g
- Offset calibration: <1 mg
- Measured axes: X, Y, Z (triaxial)
- Power-up/power-down repeatability: <2 mg (max)
- Temperature coefficient of offset: 0.15 mg/°C (typical)
- Resolution: 1 μg
- Nonlinearity: <1 % FS (max)
- Bandwidth (3 dB): 0.1–10 Hz
- Cross-axis sensitivity: 1 %
- Noise density: 21 μg/√Hz
- Resonant frequency: 2.4 kHz
- Acceleration power-up settling time: 1 s
- FFT power-up settling time: 30 s
- Output rates: 5 / 10 / 25 / 35 / 50 / 100 Hz
- Output interfaces: RS232 / TTL / S485 (options)
- Communication protocols: 68Protocol, MODBUS RTU
- Input voltage (VDD–VSS): 9–36 VDC
- Operating current: <16 mA @ 12 VDC
- Weight: ≤ 400 g (excluding cable)
Dimensions- Enclosure size: L82 × W70 × H41 mm
- Installation size: L71 × W56 × 8 mm
- Mounting screws: 4 × M6
Technical specifications- Model: AKP342
- Measurement: Triaxial (X, Y, Z)
- Range: ±2 g
- Resolution: 1 μg
- Noise density: 21 μg/√Hz
- Bandwidth: 0.1–10 Hz
- Resonant frequency: 2.4 kHz
- Output interfaces: RS485, RS422, RS232 (optional)
- Communication protocols: 68Protocol, MODBUS RTU
- Output rate options: 5 / 10 / 25 / 35 / 50 / 100 Hz
- Input voltage: 9–36 VDC
- Operating current: <16 mA @ 12 VDC
- Weight: ≤ 400 g (excluding cable)
- Operating temperature: -40 °C to +85 °C
- Storage temperature: -40 °C to +85 °C
- Ingress protection: IP67
- FFT function with 60-second effective value, max/min, peak-to-peak and first-order frequency/amplitude outputs
- Non-contact installation; horizontal angle auto-calculation when sensor is fixed with screws