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Quality production without sacrificing safety; learn more about enhancing industrial safety products. There is nothing more important in industrial automation work, than in the industrial safety products. Although the invention of industrial automation or industrial robotization certainly has proven to be advancement in market production, there is no doubt that increased technology at such a high level demands for increased safety. Everything from individual industrial safety products such as gloves, hard hats, industrial knee pads and even respirators to more general safety products such as safety light curtains, remote controls, and safety switches are must for a safe work environment.

One such industrial safety product is the safety sensor. There are varies types of safety sensors such as a break-a-beam sensor, these are triggered when a solid beam of light gets interrupted by something, therefore shutting off power, or initiating whatever safety response. Other types of industrial safety product sensors include and interlock or tag out device, a photoelectric safety sensor, a safety block, and even sensor switches to aid with electrical connections.

Another handy industrial safety product would be safety relays and control modules. These are devices that typically have three relays. One relay will check condition, and the two others will signal a failure. Pressure sensitive safety edges and safety bumpers are important safety products in industrial automation as well. These are items that are made of a flexible material, and they can usually be found on the edges of the moving parts of a machine, typically powered doors or tables. These not only maintain safety for the sake of the machine, but for the worker as well. When one of these safety bumpers or edges comes into contact with an operator or worker, conductive plates come together and an electrical signal is sent to shut down the machine. This could prevent major damage to the machine, as well as assuring key safety for a worker.

Another issue you may face within an automated and mechanical environment is that of fires, or even explosions. One industrial safety product that can help prevent this is an intrinsic safety barrier. These are devices that regulate the electrical powers such as the current, voltage, and overall energy that is being sent to a sensor that is in a hazardous or fire sensitive area of production. By regulating the amount of energy going to the sensor, you can be proactive in preventing possible explosions, fires, or other major malfunctions within a given environment. One more vital safety product for industrial automation areas are safety mat controllers. Usually when you think of safety mats, it would be to prevent slipping, but these mats serve a much different purpose. Typically you will have a single, or series of mats laid out around an area or piece of machinery. These mats have controllers connected to them that are pressure sensitive and communicate when something is near the machinery in an area it should not be in. The controller gets a signal, and there is an instantaneous shut down of the equipment, preventing damage or harm.

There are many industrial safety products out there to help companies continue competitive production while maintaining a safe environment. The most important thing is to do your due diligence and make sure you take advantage of them.

If you are looking for information, news, advice, support and solutions concerning industrial automation, be sure to visit http://www.industrial-automation-hands-on.com/ Industrial Automation Hands-on wants to be the place where you come looking for information on topics related to automation in different industries.

Thanks To : Tw Falkirk Augusta http://fellowes.bloxblox.net/

Rayovac IN2-MS Industrial Flashlight, with Safety Head and Ring Hanger, Orange Rayovac: IN2-MS Rayovac IN2-MS 41202 2 Cell D Flashlight Industrial Orange (1EA)
Rayovac IN2-MS Industrial Flashlight, with Safety Head and Ring Hanger, Orange

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Industrial tank cleaning and vessel cleaning has developed as a way to clean tanks and vessels in a safe and efficient manner. The old traditional way to do these tasks was with man power. This involved workers entering container spaces and physically performing the cleaning operations. This has considerable potential dangers for the work force as well as taking up a lot of man hours to complete.

Today, the preferred option for cleaning container spaces is for an automated system that does not involve people directly. A range of methods using various technologies have been developed that now manage to keep the direct cleaning by personnel to a minimum, thereby improving safety.

The industrial tank cleaning technologies that have evolved include vacuum transfer systems, tank cleaning heads and a number of pumping solutions. Vacuum transfer systems involve the remote suction of materials through a filtration system into a removal skip. It is somewhat like a giant vacuum cleaner, and indeed works on a broadly similar principle, but it can cope with difficult materials such as sludge, sand, stones, powder and liquids.

Tank cleaning heads are water driven under pressure. Compact, tightly focussed water jets can efficiently remove deposits and provide cleaning in enclosed spaces where it may be difficult or even dangerous for a man to enter. The heads may also be rotating so that they can reach every possible nook and cranny. They are also remotely controlled and can be produced as specialist heads able to cope with difficult tank entry points.

Pumping solutions are perhaps the simplest and most straightforward type of machinery involved in industrial tank cleaning. Pumps can be entered into a container space and the water or liquid in the container can then be pumped out. This is often employed prior to cleaning, or even after cleaning with tank cleaning heads.

It has not been possible to completely eliminate the need for direct human intervention in confined space cleaning. While automated systems are employed as far as is possible, there often comes a point where deposits need to be removed. In such cases it becomes necessary for a trained expert to enter the confined space in order to carry out the cleaning operation.

Procedures that are proven to be safe and efficient are used. The teams who operate in confined space cleaning are highly trained. The person or persons who clean and those who provide support from the outside both need to know exactly what they are doing. They need to fully understand the safety procedures and the safe working limits involved.

Of vital importance in industrial tank cleaning when it involves a confined space is the air supply to those working inside the container. Constant monitoring to ensure pure air is vital, and a standby or back up system should always be in place to meet any unforeseen emergency.

Industrial tank cleaning and vessel cleaning is a highly specialised task. It requires an extremely well trained team who work together well and who are fully up to date on all health and safety issues. Technologies are constantly evolving and it is likely that this specialised service will continue to improve in efficiency and safety as time goes on.

C. J. Rose writes on the subject of industrial tank and vessel cleaning for waste management and onshore/offshore environmental safety experts, Sureclean. Topics include HP & UHP water jetting, tank/vessel cleaning, vacuum transfer/pumping, industrial painting, asbestos management/removal, HVAC/duct management, NORM management. For videos see http://www.sureclean.com/video/

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Attention Plasma Cutters! General Welding Safety is not enough.

There are a few things about plasma cutting safety that are different from general welding safety tips

This short list of plasma cutter safety tips is geared toward light duty plasma cutting using compressed air not large industrial units that use gas mixtures and water cutting tables.

Electric Shock Can Kill

- Operating a plasma cutter completes an electric circuit between the torch and the workpiece. The workpiece and anything touching the workpiece are part of the electrical circuit.

- Never touch the torch body, workpiece or the water in a water table when the plasma system is operating.

Voltages & Currents

- Plasma cutter output voltages are much greater than welding voltages, usually 100-200 volts.

Precautionary Measures

- Do not pick up the workpiece, including the waste cutoff, while you cut. Leave the workpiece in place on the workbench with the work cable attached during the cutting process.

- During plasma cutting operations do not move the work clamp.

Wear insulated gloves and boots, and keep your body and clothing dry.

- Do not stand, sit or lie on or otherwise touch any wet surface when using the plasma cutter system.

- Insulate yourself from work and ground using dry insulating mats or covers big enough to prevent any physical contact with the work or ground. If you must work in or near a damp area, use extreme caution.

Work Cable

- Ensure metal-to-metal contact between work cable and workpiece or work table.

- Work cable clamp should make contact with clean metal free of rust, dirt, painted surfaces, etc.

- Do not attach work cable to the piece that will fall away when the cut is complete

Plasma cutter Arc Rays

Plasma cutter arc rays produce intense visible and invisible (ultraviolet and infrared) rays that can burn eyes and skin.

Protective Clothing

- Guantlet gloves, safety shoes and hat.

- Flame-retardant clothing to cover all exposed areas.

- Cuffless trousers to prevent entry of sparks and slag.

- Remove combustibles, such as a butane lighter or matches, from your pockets before cutting.

Noise Levels of Plasma Arc Cutting

- Plasma arc cutting systems can generate noise levels in excess of 120 dB during high-amperage cutting operations.

- Ear protection should be used when operating or working near plasma arc cutting operations.

Toxic Fumes & Gases

Plasma arc cutting can produce toxic fumes and gases that deplete oxygen and cause serious injury.

- Keep the cutting area well ventilated or use an approved air-supplied respirator.

- Do not cut in locations near degreasing, cleaning or spraying operations. The vapors from certain chlorinated solvents decompose to form phosgene gas when exposed to ultraviolet radiation.

Pacemakers & Hearing Aids

- Pacemaker and hearing aid operation can be affected by magnetic fields from high currents. Pacemaker and hearing aid wearers should consult a doctor before going near any plasma arc cutting and gouging operations

Overall Plasma Safety

- The plasma arc cutting process can be very safe.

- By paying attention to safety standards and correctly setting up and operating the system, plasma arc cutting poses no more a threat than most welding processes.

For more information on plasma cutting and other welding information, visit http://www.weldingtipsandtricks.com

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