RAEM1-6 Detection System

    Working principle:

1. The RAEM1-6 is installed on the tested device through magnetic suction.

2. When the detected equipment is abnormal, special acoustic wave(AE) signal will be generated (what is acoustic wave?)

3. The detector sample, analyzes and processes the signal, and transmits the data to the PC through Wi-Fi or network cable.

4. Acoustic emission software displays and processes acoustic wave(AE) signals to judge the health condition of the equipment and accurately locate the defect location.

   Advantages:

1. Wireless connection, reduce the cable connection workload and save cable consumption.

2. Simple installation, RAEM1-6 magnetic suction base can be directly sucked on the equipment.

3. Real-time monitoring, acoustic wave processing software can carry out real-time display and processing of signal data.

4. Various acoustic wave parameters, Arrival time, amplitude, counts, energy, rising time, duration, RMS, ASL

5. Accurate clock synchronization, can achieve defect  location with software algorithm.

• Aluminum alloy shell, which contains 2-6  channels, and can be cascaded up to more than 36 channels.

• An AE sensor is connected to one of the channels. A maximum of 6 sensors can be connected simultaneously.

• Each AE channel needs to be connected to a built-in preamp AE sensor. The number of chassis channels can also be configured as user requirements.

• Integrating signal acquisition, signal analysis and data communication.

• RAEM1-6 processes the acquired signals and transmits them to the cloud platform for users to view and download waveform, parameters and rating data in real time.

• A variety of data communication modes (4G, Ethernet, WiFi, etc.), can also be selected according to user requirements.

• 64G storage per channel（can be expanded up to 512G）

• Multiple acquisition modes: Envelope acquisition, continuous parameter acquisition, interval acquisition,  and schedule  acquisition.

• Based on Linux system, high feasibility, stability and security

• Threshold trigger or time trigger

• Wired synchronization, synchronization clock ≤10us

Various firmware configurations and acquiring Settings

• Several combinations of analog and digital filters

• 0V, 5V, 28V phantom power supply

• HIT feature setting：Threshold、HDT、HLT、PDT

• Various waveform acquisition Settings, such as triggering mode, sampling rate and length, and pre-sampling etc.

• Parameters and waveforms are stored separately

• FFT setting and ex-parameters setting

• Tag is added at any time during collection

• Pulse width and pulse interval can be set in AST, and each channel can be automatically tested in turn.

 Various view displays

• The interface can be divided and reformulated according to requirements, and the background color can be customized

• Customize parameters acquisition: AMP, ASL, Energy, Duration, Counts, Rise time, RMS, Rise counts etc.

• Multi-channel waveforms are displayed simultaneously

• Customized parameter correlation graph, histogram, scatter diagram, linear graph and color are selectable

• FFT and full waveform real-time display

• 3D positioning diagram display and expand to full screen with zooming, linear, planar, cube, cylinder, tank bottom, sphere location.

• Alarm display according to various parameters set

• Full screen display

Full replay function

• Simultaneous replay or separate replay of parameters and waveforms

• Waveform generate parameters

• Parameter re-filter as required

• Replay speed is settable