Blocking site is located on the locker, complete with a special tag, which is specified time limit, type of work and attendance. Tag and lock element is fixed to be blocked by individual participants locks work. Each participant has an individual lock and key, which allows you to block your site works before proceeding he fixes his castle on a common tag / blocker. In blocking equipment, collecting locks of all participants at a special tag in a pair of blocker, you can be sure that work safety is guaranteed, the site is blocked by all participants in the work. Running the system is not possible without uninstalling (destruction) blocker. Not involved employees can not “accidentally” turn on the equipment or intervene in the repair process. Now you can safely violate the guaranteed to perform work.

Upon completion of the work release procedure is possible only after, when all the employees after work come together, and each participant will unlock your door. Only after this lock can be removed, that will indicate the equipment is ready for launch. LOTO system allows you to control the entire process, eliminating the possibility of accidental start-up equipment. The result of the exclusion factor controlling human error in mind, or lack of coordination disorders. Security formula – in control of every responsibility for the safety of all. The use of blockers can not be a party sad statistic preserving life and health personnel. The use of interlocks is especially true in industries in which particular process, the extent of repair of large area and require increased security controls. This is especially metallurgy petroleum and chemical industry.

Different types of blockers designed to limit and control access to various types of energy – mechanical, electrical dynamic, pressure energy. I should add that the use of LOTO forming additional circuit protection human error, can help improve the safety and effectiveness of the equipment due to the increase in service activity to achieve maximum performance and reducing downtime. Already, for Many companies have hazardous production sites binding norm of its own security, insurance was the risk of accidents and potential damage. Blockers to minimize risks accidents, and when business requires insurance of industrial risks (survey), allow the insurance program on more favorable terms. The important fact is the use of interlocks in complex with professionally organized procedure block is an integral part of the culture of safety for companies involving past or certification in accordance with Standards ISO. Brady Corporation – an international manufacturer of devices for the identification and protection of people and equipment. Such products can help improve safety, productivity and efficiency of the equipment.

Many people have such terms as cement, waterproofing, insulation, plaster, insulation, dry mixes, foam sealant, foam board floors, plaster, putty + plunge in horror, others injected into the stopper of an unfamiliar terms such as But many people do this, make the light conditions of your existence. These words do not need to know everything, they should simply be replaced by a more understandable words, but what can they determine what material should we choose that better for floors, for walls, for warmth and comfort? These issues we throws professionals who from a professional viewpoint we recommend. Cement. Styrofoam – it's insulating material consisting of foam polystyrene. The foam clean and healthy building material that can be effectively used in construction and other industries.

The foam used in the manufacture of multilayer panels used for the device heated sidewalks, access platforms, parking area, heat-sealing of communications, for pipe insulation and insulation of the foundations. Styrofoam plates also very well-behaved shown in the form of packaging for storage or to move. If you have no idea what it is, remember your ceilings, it is an example of a design approach. The foam has a high resistance to water, salt solutions, lime, alkalis, and much more, it almost does not absorb liquid. The foam has low thermal conductivity, so in some cases, the foam is used as insulating material. Why do you should choose this material? Because the use of foam in the repair work will reduce the cost of materials and reduce the cost of installation and adjustment boards.

Recommendations for choosing a thermal When faced with the task before you select the model thermal imager should first identify the areas in which this device will be used. The following recommendations are designed to help you understand the thermal characteristics of a key role in some areas of application, and which may, however, in your case, do not have a significant importance. 1. The upper limit of the range of measured temperatures If you plan to use a thermal imager for: thermal imaging surveys of buildings for defects enclosures and HVAC systems, electrical and thermal imaging survey power facilities, any other purposes that do not require shooting objects of high (above 250 C) temperature, you will be sufficient standard model with an upper limit of 250 C. The main tasks for which insufficient such temperature range, are testing thermal insulation of boilers, furnaces, steam and other high-temperature engineering systems.

In this case, you should choose the imager with an upper limit of measurement temperature 600 … 1000 S.zadachi associated with heat treatment, metallurgy, glass, ceramics, coke, cement, etc. For these objectives, a device with a high limit of measurements – up to 1500 … 2000 C. 2. Resolution bandwidth temperature if you do not plan to use thermal imaging to scientific research, will suit any modern model with a resolution of 80 …

100 mK. 3. Operating conditions in the event that the instrument will be used exclusively in the premises, will be sufficient temperature range 0 … 40 C and humidity limit of 80%. If the planned thermal imaging survey on the street, therefore, one should choose the instrument with a large range Operating temperature range (-20 … 50 C) moisture resistant and more (up to 90 … 95%). It should be noted that surveys of buildings for leaks more convenient to heat at low temperatures for easier detection of thermal bridges and other problem areas. 4. Angular field of view and optical resolution. These characteristics should be selected based on the estimated size of the objects thermal imaging survey and the minimum defects that you plan to register. Angular field of view allows us to estimate with a minimum distance can be shooting objects of any size (the entire survey of the building height H can range from not less than L = H / tgx, where x – the angular field of view). Optical resolution sposobnostopredelyaet minimum observed during the thermal capture of defects by the formula D = L * d, where D – the minimum detectable defect, L – distance to the examined object, and d – optical resolution, measured in radians. 5. Optional are used in situations that require shooting small objects at large distance (the upper floors of tall buildings, power line insulators, etc.), allowing a high-resolution images over large distances. When using telephoto lenses working distance increases inversely angular field of view. Wide angle lenses are used, if you want to conduct a survey of an extended object, but shooting from a distance is excluded for various reasons. In contrast, telescopic lenses, reduce the working distance, increasing the field of view. 6. The size of the matrix number of sensitive elements of the matrix determines the sharpness of the resulting thermal image. Besides functional value, the minimum size of the matrix of the thermal imager used in solving various problems, often controlled by the regulations in this area (on the energy audit – see guidelines documents).