Adash A3800
SubCategory:
Manufacturer: Adash
Industry:
Product features
- 4–16 vibration channels → scales from a small installation to broader machine coverage
- 4–16 DC process inputs → correlates vibration with temperature, pressure and other process values
- 1–4 tacho inputs → supports speed-referenced diagnostics and order analysis
- 24-bit, 120 dB acquisition → provides detailed condition data for diagnostics
- Up to 25.6 kHz frequency range with 16 channels → supports bearing and machine analysis
- Real-time FFT, envelope and ACMT → supports multiple diagnostic methods in one platform
- Ethernet and Wi-Fi communication → provides flexible connection to monitoring infrastructure
- DDS software integration → centralises configuration, trending and diagnostic analysis
- Virtual Unit support → allows the A3800 to be used as a multi-channel analyzer
- Upgradeable channel count → lets the monitoring system grow with plant requirements
Adash A3800 is intended for critical machinery that requires continuous condition monitoring rather than periodic handheld measurements. The compact system can be configured with 4, 8, 12 or 16 vibration channels and expanded later as monitoring requirements grow. Matching DC inputs allow vibration trends to be compared with process variables such as temperature or pressure.
Each group of four vibration channels is measured simultaneously and has access to a tacho/speed input. The A3800 supports overall values, time signals, real-time FFT, envelope analysis, ACMT low-speed bearing analysis, order analysis, RPM, DC and orbit measurements. Data can be transferred through Ethernet or Wi-Fi and managed in Adash DDS software, while Virtual Unit can turn the device into a multi-channel analyzer.
Current Adash specifications cover 4–16 AC inputs, 4–16 DC inputs and 1–4 tacho inputs, with 24-bit conversion and 120 dB dynamic range. The system supports frequency analysis up to 25.6 kHz with 16 channels and FFT resolution up to 25,600 lines. The unit uses 12 V DC power, Ethernet/Wi-Fi communication and a compact aluminium enclosure measuring approximately 117 × 117 × 58 mm.
Scalability allows a plant to start with a limited number of critical points and extend monitoring without replacing the base platform. Continuous data, process correlation and centralised DDS analysis support earlier detection of deterioration and better planning of maintenance work. AxFlow can help define channel count, sensors, network architecture and service requirements for the installation.
