Hydraulic Hose Safety Issues

 

What are the Main Issues in Hydraulic Hose Safety?

Hydraulic hose safety and accident prevention in industrial and mobile applications is of paramount importance. This article explores issues such as hydraulic hose construction, hose applications, hazard avoidance and preventative safety measures, as well as good practice guidelines for working with hydraulics.

Hydraulic hoses find use in many industries including: civil engineering, automotive, aerospace, energy generation, transport, and robotics. Hydraulic hoses convey hydraulic fluid in hydraulic components and tools. Standard hose construction comprises an inner plastic or rubber tube, covered with a metal, textile or plastic body reinforced with a wire braid or spiral in order to withstand high pressures, and finished with a protective cover to help prevent environmental wear and tear.

Hoses and pipes used in hydraulic applications often have to withstand very high pressures. They come in standard sizes graded for use under specific pressure ranges, as well as temperature and fluid compatibility for use in different environments. The main fluids used in hydraulics are:

  • Petroleum
  • Synthetic
  • Liquid with high water content

As outlined above, health and safety considerations need to be absolutely paramount when using hydraulic hose assemblies. Horrific injuries, sometimes fatal ones, can result from inadequate safety measures. So to prevent accidents it is vitally important that adequate training is given regarding the potential hazards of hydraulic systems.

What Can Happen When There is an Accident?

Accidents with hydraulic hose assemblies happen for a number of reasons; but mostly it comes down to faulty or damaged machinery or fittings.

Injection injuries are the worst type of injury but are fortunately quite rare. Injection injuries can be particularly dangerous as they do not necessarily look like they have done much damage until later on when the fluid moves through the veins causing acute pain and injury. Avoidance of contact with hot or toxic fluids entering the body through the skin or by inhalation is paramount. Further dangers include the threat of high velocity fluid discharge spraying onto personnel or onto other machinery causing damage.

Hydraulic Hose Safety: damaged frayed hose
Hydraulic Hose Safety: damaged frayed hose

Accidents may also occur because of hoses whipping, fittings thrown at high speeds, or electric shock. When working with hydraulic oil there is always a threat of fire and the risk of explosion.

Hydraulic accidents not only harm employees, they damage a company’s reputation. By the same token, in the worst-case scenarios where a fatality occurs, there could even be a level of managerial culpability that leads to prosecution under the Corporate Manslaughter Act.

Why Accidents Occur When Using Hydraulic Hose Assemblies

Factors that can influence the life of a hose include kinking, flexing, stretching, and abrasions. The weakest part of the hose is its connection to the fittings, because this is where leaks are most likely to occur. Additionally, any violation of a hose’s bend radius could cause failure which may result in devastating injuries.

Hoses need replacing once they have reached their average shelf life of between 5 to 7 years. In fact, hydraulic hose safety and accident prevention requirements dictate that hoses need changing long before they fail.

How to Prevent Accidents: Hydraulic Hose Safety Tips

    • Corrientes Avoid mixing different suppliers’ products. Not all manufacturers’ products are the same size, or even use the same sizing format. Also, avoid mixing fittings manufactured from different materials.
    • http://interform-uk.com/3d-plastic/ Look for high-quality materials when sourcing, fitting, using, maintaining, and replacing hose.
    • clgen-casino-it Make sure to tighten all fittings to the correct tension.
    • purchase cheap online Quetiapine Use hose whipchecks wherever possible.
    • Replace hoses and fittings well before their expiry date.
    • Regular inspection for early damage detection and good maintenance practice.
    • Ensure your staff receive professional training by a reputable organisation like the BFPA.
    • NEVER check for leaks with your hands!

 

BFPA Training at the Industrial Ancillaries Academy

The Industrial Ancillaries Academy runs a number of training courses in partnership with the British Fluid Power Association (BFPA) designed for anyone who works with hydraulics, and to promote hydraulic hose safety in the workplace.

Foundation Safety Course

Basic hydraulics health and safety course.

Hose Assembly Skills Course

A 2-day course on hose assembly procedure, including routing and installation.

Hose Integrity, Inspection and Management Course

Health and safety assessment training including risk analysis and competence.

Small Bore Tubing Integrity Course

Safety training in the manufacture of small bore tubing assemblies.

Call us on 01246 242050 or get in touch via our Contact page to find out more details about our courses and course dates.

Other related articles

What is the Difference Between Pipes and Tubes?

Do you know what the difference is and does it matter? The answer is “yes”—especially if you work in engineering or construction.  Find out why it matters and when you would use tube or pipe by reading this article.

What is the Difference Between NPT and BSP Fittings?

There are a number of different sizing standards used throughout the world. Do you know which one you should use and what the difference is between them? No? Then read this article and find out.

What is the Difference Between Hydraulics and Pneumatics?

They both convert fluid pressure to mechanical motion. The major difference is that one works with air and the other with liquids. Find out which is which and more with this article.

The Principles of Pipe and Tube Bending

What happens to metal when you bend it? Find out about bending processes and problems from this article.

What are Industry Standards?

Unsure about what standards are relevant? Then check out this article about standards used in the hydraulic and pneumatic industries.

Identifying Connection Types

A guide to identifying fittings and connections. Essential for the correct connection of hydraulic and pneumatic systems.

Hose Lifecycle

A quick guide to the life of a hose from purchasing, installing, operating, and replacement.