HUMS Abbreviation

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Popular abbreviations of HUMS:

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What does HUMS mean?

HUMS is the short form for the term “Health and Usage Monitoring Systems”. It refers to the activities which collect data and analyze them using several techniques and help in ensuring the safety, reliability and availability of vehicles.

These systems are commonly implemented in helicopters for providing crucial information for maintaining optimum performance from the vehicles. The sensors and software embedded in the HUMS monitor and communicate the condition of the components of the devices.

Working in a HUMS

Every important piece of information is stored inside a PCMCIA card. This information is then downloaded on a ground-based computer after the flight is completed. The system uses sensors that are spread all across the vehicle which are connected to a data storing system where all the data is stored for further usage. This data allows analysts to detect whether there are any defects or faults which require rectification.

What does HUMS do?

A basic system inside HUMS collects information regarding take-offs, landings, winch lifts, engine starting and the health status of the engine. The status of all moving and vibrating parts such as engines, shafts, fans, gearboxes and rotors are monitored.

Operational status is also recorded for better analysis of condition-based maintenance. These systems are programmed in such a way that they can communicate sudden emergency conditions to the operators from where further actions may be taken accordingly.

Benefits of Health and Usage Monitoring Systems

• Improved safety standards – the system provides an improved aspect of safety. Since the vehicles are constantly taken care of, the probability of accidents reduces exponentially.
• Reduced costs of operations – long term and short term operational and maintenance costs are significantly reduced by the usage of these systems.
• Decreased downtimes – since the faults are caught at an early stage and taken care of, this leads to fewer downtimes and better turnaround times for vehicles.
• Increased aircraft availability – mission aborts have reduced significantly which makes better aircraft usage.