Description
Sensor Technology:High-sensitivity piezoelectric sensors
Operating Range:0 Hz to 1 MHz
Signal Processing:Integrated FPGA for real-time data processing
Power Consumption:12V DC, 5W max
Operating Temperature:-40°C to +85°C
Communication Protocol:RS-485 Modbus RTU
Dimensions:120mm x 80mm x 30mm
Weight:250g
The DITTEL SYSTEM F62001 AE6000 Acoustic Emission Module is engineered to enhance operational safety in industrial environments by continuously monitoring structures for signs of stress, fatigue, or damage. This module utilizes cutting-edge acoustic emission technology to detect even the slightest changes in material behavior, enabling proactive maintenance and avoiding catastrophic failures.
With its wide operating frequency range, the DITTEL module is capable of capturing a broad spectrum of acoustic signals, ensuring comprehensive coverage of potential failure modes. Its high sensitivity of 1 nPa RMS allows it to detect minute vibrations indicative of early-stage issues, which can be crucial in preventing major equipment breakdowns.
Featuring a robust Ethernet and RS-485 communication interface, the module seamlessly integrates into existing industrial networks, facilitating data exchange with centralized monitoring systems. Its exceptional temperature resistance (-40°C to +70°C) and pressure tolerance (200 bar) make it suitable for deployment in harsh and demanding industrial settings.
Crafted from durable materials, the module ensures reliability and longevity in challenging environments. It is designed for easy installation and maintenance, minimizing downtime and ensuring minimal disruption to ongoing operations.
The DITTEL SYSTEM F62001 AE6000 Acoustic Emission Module comes with a user-friendly software suite that provides intuitive visualization of monitoring data, enabling operators to quickly identify trends and potential risks. This feature-rich solution empowers maintenance teams to make informed decisions, enhancing overall operational efficiency and safety.
Reviews
There are no reviews yet.