Innovatorium has developed a Vibration Monitor specialized in detecting dangerous vibration levels in buildings, bridges, and other civil engineering structures. Due to its communication capabilities it could be easily integrated in SCADA systems. As a stand alone unit it still maintains full programming capabilities.

In case of large bridges, the monitor could save many lives just by signaling an imminent collapse to those about to enter the bridge ramps. It also provides valuable real-time information about the load, structure degradation, and support.

The Environment Monitor has several applications made possible by its communication capabilities, low power consumption, accuracy, standard voltage inputs, low size, and reduced price.

• The Heat Stress Monitor measures, records, and alarms on temperature, humidity, and airflow. It provides real-time guidance on comfort level experienced by office workers and gym users. The heat stress is defined in ACGIH TLV Handbook, EPRI Action Items, and U.S. Navy PHEL Charts.
  
  
• The Controlled Environment Monitor measures, records, and alarms on temperature and humidity conditions. It provides real-time guidance on the environment conditions in refrigeration units, museums, cooking areas, and forced drying chambers.

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MEMS accelerometers are becoming the transducers of choice for vibration measurements in many industrial applications. However, the traditional view suggests that these are not “instrumentation grade” devices. How would it work in your application?