BENTLY NEVADA ADRE 208/P Data Acquisition Interface Unit

The ADRE 208/P Data Acquisition Interface Unit is a portable system for multi-channel (up to 16) machinery data acquisition. It is an extremely versatile system, incorporating the features and capabilities of oscilloscopes, spectrum analyzers, filters, and recording instruments.

Data Acquisition Interface Unit, abbreviated as DAIU. Among them, the ADRE (Automated Diagnostics for Rotating Equipment) system is designed as a portable mechanical data acquisition and diagnostic analysis platform that can directly collect, analyze, and evaluate the mechanical health status on-site.

The ADRE 208/P Data Acquisition Interface Unit for Windows is specifically designed for capturing data from machinery. When using the system's real-time display capability, data is presented on the computer screen as it is captured.

BENTLY NEVADA ADRE 208/P Data Acquisition Interface Unit can operate using AC or battery power, and is fully portable, allowing convenient operation in test stands or at machinery sites. It is highly configurable to provide support for virtually all standard and non-standard input types, including both dynamic transducer signals (such as proximity probes, velocity transducers, accelerometers, and dynamic pressure sensors), static signals (such as process variables from transmitters), and Keyphasor or other speed input signals.

1. Equipment inspection and connection:
Equipment main body: ADRE 2800/P multi-channel data acquisition interface (DAIU) is intact and undamaged.
Computer: Prepare a laptop/desktop computer with ADRE for Windows® software installed (for data acquisition, display, and analysis).
Connection cables: Parallel interface cables, sensor cables, Keyphasor (speed/rotation speed input) cables, etc.
Sensors: Such as proximity probes, accelerometers, speed sensors, etc.
Power Supply: AC power supply or built-in battery ensures a power supply for DAUI.

2. Connecting DAIU to the computer:
Connect the parallel port of ADRE 2800/P to the parallel interface of the laptop/desktop computer. Generally, use the Enhanced Parallel Port (EPP) and ensure that the parallel port settings in the motherboard BIOS are set to EPP mode.
Confirm power connection: The AC power supply or battery should be correctly installed and powered on.
Connect the field sensors to the DAIU signal input ports according to the project requirements. Each channel corresponds to a physical signal input. Both dynamic signals (vibration, speed, displacement) and static signals (process variables) are supported.

3. Software Startup and System Configuration:
After completing all the wiring, turn on the DAIU power supply.
Start the ADRE for Windows® software.
Select the created database.
After confirming that the signal input is normal, press the "Collect/Record" button in the software to start the collection. The system is collecting data in the background while displaying real-time analysis graphs.