HP-MFD8 is an integrated machine condition monitoring and fault diagnosis system designed for real-time, 24/7 equipment health tracking. It combines synchronized multi-channel data acquisition, remote monitoring, and AI-assisted anomaly identification to help maintenance teams detect issues early and reduce unplanned downtime.
| Real-Time Monitoring | Captures running status instantly to spot abnormal signals quickly. |
|---|---|
| 24/7 Continuous Operation | Supports uninterrupted monitoring for persistent trend tracking |
| Remote Condition Monitoring | Enables off-site oversight and centralized maintenance management. |
| All-in-One Integration | Combines acquisition, processing, analysis, and diagnosis modules in one system. |
| AI-Assisted Intelligence | Learns normal behavior patterns and identifies abnormal operating states. |
Model: HP-MFD8
Product Type: Condition Monitoring & Fault Diagnosis System
Core Function: Continuous monitoring + intelligent abnormality detection + centralized remote management
Ideal For: Rotating machinery, production assets, and critical equipment requiring stable long-term monitoring
HP-MFD8 supports multi-sensor access with synchronized sampling across channels, enabling consistent comparison between vibration, speed, displacement, strain, temperature, electrical signals, and more. With built-in data acquisition, processing, analysis, and diagnostic modules, the system helps you build a full “detect–analyze–diagnose” workflow in one platform.
Predictive maintenance programs for factories and utilities
Rotating machinery monitoring (motors, pumps, fans, gearboxes, compressors)
Vibration monitoring & fault diagnosis (imbalance, misalignment, looseness, bearing faults)
Production line health monitoring and remote equipment management
Multi-signal testing where synchronous capture is required
Input Channels:
8-channel analog inputs (supports signals such as vibration, key phase, speed/rpm)
1-channel synchronization input
Supported Measurement Signals:
Acceleration, velocity, displacement
Speed / RPM
Strain & stress
Force and torque
Voltage and current
Temperature
Noise/acoustic signals
Synchronous Acquisition: All channels can sample synchronously; different sensor types can be connected per channel.
No External Signal Conditioning Required: Sensors can be connected without additional external conditioners (per the provided spec).
Excitation / Output Options: 0–10V, +24V, ±12V/100mA, 4mA constant current source
Input Channels: 8-channel analog / key phase / speed; 1-channel sync
Sampling Frequency: 0.1 Hz to 256 kHz (1 Hz step; software configurable)
Acquisition Mode: All-channel synchronous acquisition; supports different sensors per channel
Measurement Accuracy: ±0.2%
Auto Balance Range: 16-bit DAC hardware-controlled ±5V full-scale auto balance, achieving full zeroing
Sync Signal Recognition: High/low level, rising edge, falling edge
Test Host: Built-in 8-inch touch screen, 32GB storage, Windows 10 test host
Built-in Power: 4.2V 8.5Ah lithium battery; supports standalone operation for ~4 hours
1) Is HP-MFD8 suitable for predictive maintenance?
Yes. It supports continuous monitoring and multi-signal data capture, which are commonly used in predictive maintenance workflows.
2) Can it run 24/7?
Yes. The system is designed for uninterrupted monitoring, supporting continuous trend tracking.
3) Does it support remote monitoring?
Yes. Remote monitoring is supported through modern communication methods for centralized management and maintenance.
4) What types of sensors can I connect?
Typical supported signals include vibration (acc/vel/disp), speed/rpm, strain/stress, force, torque, voltage/current, temperature, and noise.
5) Are channels sampled at the same time?
Yes. All channels can be acquired synchronously, which is critical for correlation analysis (e.g., vibration vs. rpm).
6) What is the maximum sampling rate?
Up to 256 kHz (software configurable; 1 Hz step setting).
7) Does it require external signal conditioners?
According to the provided spec, different sensors can be connected without external conditioning modules.
8) Can it be used on-site without external power?
Yes. The built-in lithium battery supports standalone operation for about 4 hours.