OP 2 Repair of killed armor and weapons. Recharge, examination, repair, refueling of all types of powder and carbon dioxide fire extinguishers. Fire safety requirements

Recharge Station is located at: Moscow, ul. Dmitry Ulyanova, d. 44

A big request to pay for 3 working days after payment, after payment to pick up charged fire extinguishers the next day.

Only we have a short time to recharge!

We are registered in the supplier portal.

prices are valid from January 2019

Service list

powder fire extinguishers

Name	Cost with VAT (rub.)
Recharge fire extinguishers
Recharge + then op-1 (s)
Recharge + then op- 2 (s)
Recharge + then op-3 (s)
Recharge + then op-4 (s), op-5 (s)
Recharge + then op-5 (b)
Recharge + then op-4 (g), op-5 (g)
Recharge + then op-6 (s)
Recharge + then op-6 (b)
Recharge + then op-6 (g)
Recharge + then op-7 (g)
Recharge + then op-8 (s)
Recharge + then op-8 (g)
Recharge + then op-10 (s)
Recharge + then op-12 (s)
Recharge + then op-50 (s)
Recharge + then op-50 (b)
Recharge + then op-70 (s)
Recharge + then op-100 (s)
Recharge + then op-100 (b)
Replacing parts of fire extinguishers
Replacing the OP-5 ZPU (g), op-10 (g)
Replacing the OP-5 SPU (h), op-10 (s)
Replacing the OP-50 ZPU (s)
Replacing the Hose-Spray OP-4 (s) - OP-10 (s)
Replacing the hose-sprayer op-50 (s), op-35 (h) (3 meters)
Replacing the GSU (gas generator) to OP-4 (g) - op-8 (g)
Replacing the Hose-Spray of OP-100 (10 meters)
Replacement sprayer to op
Replacement pressure gauge to op
Replacing the trolley op-50 (s)
Checky replacement
Replacing the sealing ring
Wheel replacement on trolleys op
Replacement of fire extinguishing agent 1 kg
Purge hose
Replacing the label
Replacing a siphon tube
Repair of parts of fire extinguishers
Repair SPU OP-5, op-10
Repair SPU OP-50, OP-100
Repair of the hose sprayer op-5, op-10
Repair of the hose-dispenser op-50, op-100
Repair trolley op-50
Repair trolley op-100
Disposal fire extinguisher
Painting fire extinguishers
Hand TV I / II / III / IV / V Categories	50/125/255/430/580
Mobile I / II / III / IV / V category	50/125/255/430/580
Loading and unloading (for 1 fire extinguisher)
Fire extinguishers weighing up to 4 kg.	is free
Fire extinguishers weighing from 4 to 8 kg.
Fire extinguishers weighing over 8 kg.

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by recharging, maintenance, repair

carbon dioxide fire extinguishers

Name	Cost with VAT (rub.)
Recharge fire extinguishers
Recharge + then OU-1
Recharge + then OU-2
Recharge + then OU-3
Recharge + then OU-4
Recharge + then OU-5
Recharge + then OU-10
Recharge + then OU-20
Recharge + then OU-25
Recharge + then OU-40
Recharge + then OU-50
Recharge + then OU-80
Replacing parts of fire extinguishers
Replacing the SPU OU-1 - OU-10
Replacing the CPU OU-20 - OU-40
Replacing Razbuba OU-1, OU-2, OU-3
Replacing the Corrub with the OU-5 Hose, OU-6
Replacing the Razbuba OU-8, OU-10 with a hose
Replacing the Razbab OU-20, OU-25, OU-40 with a hose
Repair of parts of fire extinguishers
Repair SPU OU-1 - OU-10
Repair SPU OU-20 - OU-40
Repair of threads s)
Repair Trolley OU-10
Repair Truck OU-20, OU-25, OU-40
Repair Trolley OU-80
Valve Replacement to OU
Production and replacement of the membrane
Substitute replacement
Replacing the handle
Verification of the CPU on the density
Check on the density of the Balleon OU-1 - OU-5
Check on the density of the Balon OU-6 - OU-20
Check on the density of the Balon OU-40 - OU-80
Wheel replacement on OU trucks
Weighing fire extinguishers
OU-20, OU-25
Delivery
Within the Moscow Ring Road
1 km from MKAD
Over 20 km from MKAD 1 km

Technical inspection
fire extinguishers

Name	Cost with VAT (rub.)
Powder
Op-1, op-2, op-3
Carbon dioxide
OU-20, OU-25

Dates of checking the parameters of the response and recharge of fire extinguishers

* The annual inspection of powder fire extinguishers is performed in the following order: selectively not less than 3% of the fire extinguishers of one brand are disassembled, and the fire extinguishing powder is checked. Appearance and the presence of lumps or foreign objects, bulb and moisture content, dispersion. If any parameter does not comply with the requirements of the regulatory and technical documentation, all fire extinguishers of this brand are subject to recharging.
About the conducted inspections and testing is made on the fire extinguisher, in his passport and in the journal of fire extinguishers. Failure to refuel references entails a fine for the organization and attracting persons to the administrative responsibility whose responsibilities include ensuring fire safety.
Specialists of our company will make a quick and high-quality recharge of all types of fire extinguishers.

Rolling sleeves

Name	Units. change	Price
Rolling sleeves
Roll to a new edge of fire hoses dia. 51 mm	pC.	260
Rolling on a new edge and double rack of fire hoses dia. 51 mm	pC.	320
Roll to a new edge of fire hoses dia. 66 mm	pC.	360
Rolling on a new edge and double rack of fire hoses dia. 66 mm	pC.	420

• Recharge, then repair fire extinguishers
  • Price list for recharging and repair of fire extinguishers
How to fix fire extinguisher Fire extinguishers Recharge and maintenance of carbon dioxide fire extinguishers. Recharge powder fire extinguishers Recharge fire extinguishers in Moscow and Mo Fire equipment. fire extinguishers. Requirements for use Timely service Requirements for the operation of fire extinguishers Fire safety requirements.

Fire Minimum Training (PTM) FIRE-FIGHTING EQUIPMENT

PRICE LIST FOR FINAL EQUIPMENT Powder fire extinguishers, carbon dioxide, self-screening Fire extinguishers powder moving Stands under fire extinguishers Fastening for fire extinguishers Shto - for fire extinguishers Fire cabinets Firefighter sleeves Shields, stands and inventory for shields Aid kit Choose auto-fire extinguisher Hydrants. Connecting heads, trunks Vest signal, ribbon fence Fire safety signs Fire detector Handmade
IPR-3S. IPR-55 (red, white) Train flue detectors Autonomous detectors
Set of visual materials for decoration of smoking places Set of motorist Connecting fittings Means of protection Fire safety corner Fire shield - the "Combi" stand. Boxes for sand All about fire extinguishers Actions of employees in case of fire

PC Tests and Sleeveless Roll Fireproof Alarm (APS) Evacuation plans

Evacuation plans Development of evacuation plans

Magazines

Magazine testing and recharging fire extinguishers Journal of Check Fire State Premises Log in Introductory Fire Briefing Magazine registration briefing in the workplace Fire extinguisher maintenance log Journal of Fire extinguishers

Choose a fire extinguisher for a car, truck, bus. Where and how to place fire extinguishers? How to choose a fire extinguisher? How to choose a fire sleeve? How to check the fire extinguisher? How to protect a wooden house (cottage)? OUR CLIENTS LICENSE

news

From February 1, 2019, GOST R 58202-2018 introduced "Production services. Individual protection means for fire. Norms and rules for placement and operation. General requirements".

The standard establishes the requirements for equipment, placement, the operation of the means of individual protection of people in the fire in buildings and structures.

According to the GOST R 58202-2018, the establishments with a mass stay of people should be equipped with the means of personal protection of the respiratory organs (sizod) and fire-resistant cape. New GOST rules are required for schools and kindergartens, clinics and hospitals, hotels and hostels, cinemas and sports facilities, shopping centers and restaurants, office premises. However, GOST R 58202-2018 is applied on a voluntary basis and is a recommendatory. EMERCOM of Russia clarifies that non-fulfillment of the requirements of this GOST cannot qualify as a violation mandatory requirements Fire safety (website of the Ministry of Emergency Situations / Legislation / Explanations of Regulatory Legal Acts). Equipment standards As before, established in claim 9 of the Rules of the Fire Regime: SIZOD should be provided only by duty personnel of objects with a night stay of people (hospitals, orphanages, boarding schools, dispensaries), which in the event of a fire organizes evacuation.

GOST R 58202-2018 offers the placement of self-supporters to designate a new special sign (firms of fire service denote it as "F12" - "location of personal protective equipment"). Suppliers and installers of fire-fighting equipment for these purposes used the F06 sign ("place of placement of several fire protection tools") with an additional explanatory sign or without it, the signs of their own design. Plus, the fact that a new sign appeared, which was really lacked. In GUT 12.4.026-2015 "Colors of signal, safety signs and marking signs" Neither the description of the colorographic image of the sign of the placement of self-propeller is not, but there is no contradiction between standards. If the sign of the placement of the self-surfactant is considered as a fireman, then it, like all fire signs, if placed on the evacuation paths, should be photoluminescent (or internal / outer backlight), and its dimension is determined by Table No. 3.

On the basis of the training center of additional professional education, PTM courses, GO and emergencies, labor protection, and obtain relevant certificates in a number of specialties for managers of enterprises, engineers, specialists, main specialists, employees in production, workers. Form of study: with a partial separation from production, without separation from production using remote technologies. At the end of the program, a fire safety certificate of the established sample is issued. Cost on PTM. from 1 person 2500 p. / person. Cost from 3 people- 2000 p. / person. Cost from 5 people- 1500 p. / person. Labor protection from 1 person. - 2900 r.

9.13130.2009 Fireman technique. Fire extinguishers.

Fire safety requirements.

4.4.1. All fire extinguishers should be recharged immediately after use or if the magnitude of the leakage of gas duct or oscillating gas over the year exceeds the permissible value (GOST R 51057 or GOST R 51017), but at least the deadlines specified in Table 1. Duration of recharging fire extinguishers depend on the conditions of their operation and from the type of duct used

Fire extinguishers with a multicomponent stabilized charge based on a hydrocarbon or fluorine-containing foaming agent, as well as fire extinguishers, the inner surface of the housing of which is protected by a polymer or epoxy coating or a fire extinguisher body is made of stainless steel, must be checked and recharged with the frequency recommended by the plant.

4.4.2. For recharge fire extinguishers Low or high pressure, the body of the fire extinguisher is subjected to testing by hydrostatic test pressure in accordance with the requirements of GOST R 51017 and GOST R 51057.

4.4.3. Housings of carbon dioxide fire extinguishers are tested by hydrostatic pressure at least once every 5 years. The value of the test pressure is determined in accordance with the requirements of the Rules.

4.4.4. After successful completion of the test of the housing, the fire extinguisher must be sucked, painted (if necessary) and strokes.

4.4.5. Cases of powder and gas fire extinguishers before charging the front must be sucked. The presence of moisture in them is not allowed.

4.4.6. Fire extinguishers or individual nodes that could not withstood hydraulic tests for strength are not subject to subsequent repairs, they are output and selected.

4.4.7. Powder fire extinguishersMounted on vehicles outside the cabin or cabin and exposed to adverse climatic and (or) physical factors should be recharged at least 1 time per year, the remaining fire extinguishers installed on vehicles at least once every two years.

4.4.8. The response to charging into the fire extinguisher must be sealed, have a clear labeling and necessary accompanying technical documentation, as well as pass the input control to verify the compliance of their basic operational parameters to the requirements of regulatory documents.

4.4.9. Ans that do not correspond to the requirements of regulatory and technical documentation in their parameters should not be applied to charge in fire extinguishers.

4.4.10. It is not allowed when recharging fire extinguishers to use the unsighted residue of the response (after the use of the fire extinguisher) without a qualifying check of its properties for compliance with NTD requirements.

The charge of aquatic, air-foam and air-emulsion fire extinguishers is always completely replaced by fresh.

4.4.11. Not when recharging air-foam and air-emulsion fire extinguishers, apply working solutions of foaming agents, because They have a small life of preservation and high corrosion activity. Fire extinguishers are recharged by special multicomponent charges.

4.4.12. Powder formulations are not allowed different types (ABCE, BCE, D, etc.), because This leads to a significant deterioration in their operational properties, a decrease in extinguishing ability and spontaneous growth of pressure in the fire extinguisher body.

4.4.14. It is necessary to use only such compositions and in such quantities that are specified in the technical documentation for this fire extinguisher.

In the event that when recharging the fire extinguisher Using a response area of \u200b\u200bapplication, which is recommended in the technical documentation for the fire extinguisher (for example, instead of the ABCE type powder, a BCE type powder is used or instead of charge based on fluorine-containing foaming agent is poured into a fire extinguisher of a hydrocarbon foam-based charge, or instead of the same brand charge in the fire extinguisher Another brand or another manufacturer), it is necessary to test fire extinguishers for the compliance of the parameters of the Output of the OTP and extinguishing capacity, the requirements of GOST R 51057 or GOST R 51017 and when receiving positive results, make appropriate changes to the marking of the fire extinguisher, label (or install a new one) and his passport . The consumer must be informed about the replacement in writing.

4.4.15. It is forbidden to charge the response to the fire extinguisher body above the permissible value (especially gas, water, foam and emulsion fire extinguishers), because This can lead to its destruction when superimposed.

4.4.16. Unused charge of a refrigerant fire extinguisher is not allowed to be released into the atmosphere; It must be assembled in hermetic capacity and subjected to regeneration or disposal.

4.4.17. The charge of an aqueous, air-foam or air-emulsion fire extinguisher must be assembled into a special container, tested by the main parameters and, depending on the results obtained, should be subjected to the regeneration or disposal process.

4.4.18. To create a pressure in powder and refrigerated fire extinguishers, it is necessary to use a compressed nitrogen or air that has passed through filters and a dryer. The dew point of the used gases should not be higher than minus 50 ° C.

4.4.19. When recharging the fire extinguisher is allowed to use only such gas cylinders, which have the necessary supply of outstanding gas and in which the term of the next hydraulic test is not earlier than 3.5 years.

4.4.20. To charge water, air-foam and air-emulsion fire extinguishers, charges having a hygienic conclusion of the SES should be applied.

4.4.21. O spelledrecharge the fire extinguisher Make the appropriate mark on the fire extinguisher housing (using a label or tag attached to the fire extinguisher), as well as in his passport.

Hello, dear site visitors Site! In this article, I will tell about sample OP-2E IEK company: what it is for what is designed, how to use it?

In my electrician instrument, this device although it is available, but I really use it very rarely. Not because I do not want, but because I have other tools that are more versatile.

So…

The OP-2E probion (it is also called the detector, a test tube, indicator) - modern devicewith which you can quickly, and most importantly, safely, check electrical chains. This device allows you to check the presence of voltage (alternating and constant), determine the polarity (for direct current), Check the integrity of the chain and the presence of electromagnetic fields.

We can say that opening screwdriver OP-2E - indicator screwdriver with an advanced set of functions (such as a new generation).

With the form of the platoon of OP-2E, it looks like a marker (the one who writes, and not the one that is shooting in the game Paintball). It also has a cap, which closes the working sting of the probe. In length, this device is only 14 cm. On the case at the OP-2E, there are two color LEDs (red and green), switch mode switch (three of them, they are denoted by -h, l, 0), and the mysterious metal plate, about which we assign We find out below.

In addition, the probe has a clips (in the photo at the top it is seen), with the help of which op-2a can be easily transferred in your pocket, hanging it on his pocket, like a pen. Very comfortably. Yes, and in a bag with a tool, you can also hang on any pockets, without fearing it to lose in the depths of the bag, especially if it is big, like me.

Consider the mode switch. As I said, the platoon of OP-2E has three modes of operation:

• The position "0" - the mode of contact operation: the red LED is lit. In this position of the mode switch, the presence / absence of voltage is determined by contact method, the integrity of the chain is checked, the presence of electromagnetic fields is checked;
• The position "L" - the mode of contactless work, has a low sensitivity: the green LED is lit and the buzzer works. This mode allows you to carry out all measurements by contactless way;
• The position "H" - the mode of contactless work, has a high sensitivity: the green LED is lit and the buzzer works. Also allows all measurements by contactless way.

Consider more each mode.

In the "0" position opening screwdriver OP-2E Works like an ordinary indicator screwdriver. To check the presence of voltage, you need to touch the end of the wire or contact in the rosette or switch. In case of voltage, the red LED will light up.

"0" mode - normal indicator screwdriver

I think that everything is clear here and there should be no difficulty.

Using the OP-2E probion, you can check the integrity of the chain, i.e. Use as a call. Here it is just necessary to use the same metal plate that is located on the side of the probe housing. For circuit calls, you need to touch the plate of the specified plate. Now, to check the chain (wire), we do as follows: with one hand touch one end of the chain, and the probion in the other hand touch the other end of the chain (wires). In case the wire is intact, the red LED will light up. In the event of a break of the chain, the LED will not burn accordingly. So you can check the incandescent lamps, heating elements (TEN) of various devices.

Now consider contactless modes of work. As I said above, there are two of them: with low and high sensitivity. In these modes, the green LED lights up and the sound buzzer works.

Also, when the chain is called in "H" or "L" mode concern the metal plate on the housing, and the work stalling the end of the wire. Closed chain, i.e. touch the other end of the chain by hand. In the case of the chain integrity, the green LED is lit and sounds sound signal.

If in contactless mode, touch the metal plate with the side of the metal plate on the side of the housing, thereby we increase the sensitivity of the probe.

OP-2E Prober allows you to perform various diagnostic measures:

• check the polarity of DC sources. To do this, it is gently alternately to touch every pole of the source by sting the probe, while holding it at the other pole with a loose hand. The LED will glow when the source is touched to the positive pole;
• check grounding housing household appliances. To do this, it is necessary to bring the platform of the OP-2E to the case of the instrument included in the network. If the LED glows, then the ground is missing;
• you can check the serviceability electronic components (capacitors, diodes, transistors, coils, etc.).

Using a probe in contactless mode, you can easily determine the correctness of the chandelier. As you know, the switches "River" phase. This is if the connection is done according to the rules. But there is an exception: when zero is connected through the switch. Then, when repairing a chandelier or lamp, you can get a blow to the current, because zero will be turned off, and the phase will be constantly on the chandelier cartridge. Using the platform OP-2E, you can check whether the chandelier is connected correctly. To do this, without removing the cap, we translate the mode switch to the "H" or "L" position and bring the platoon to the switch. If the phase is connected through the switch, the green LED will turn around and the beep sounds, if zero is connected, then nothing will be. You can also bring a probe and a chandelier or lamp.

Here is a simple, but at the same time universal device Must be in the arsenal of the electrician.

P.S. Some use this probe to search hidden wiring In the walls, since it reacts to electromagnetic fields. Believe me, with this screwdriver, you will not find anything other than problems and hemorrhoids, since the zummer screwdriver rings almost all over the wall. To search for hidden wiring, special detectors are used, which are very expensive.

Screwdriver Detector IEK OP-2E. with advanced functionality. Consider the instructions for applying this indicator. At the bottom of the article, you can watch a video with examples of working with it.

We see the switch on it. There are three positions, that is, 0, H, L. Mode 0 for contact operation. L mode for contactless work. H R - contactless work with high sensitivity. A screwdriver has an extended functionality, you can check the presence of voltage as a contact method and at a distance.

Modes of operation

Consider first mode 0 when the screwdriver works as a regular indicator. Please note on the housing there is a metal plate. When we work a simple contact way, it is not necessary to touch it. That is, when you insert a screwdriver to the phase of the socket on the red LED.

Tester chain

This screwdriver also works as a conventional chain tester. That is, it can be used for lines for transvels. Switch in zero mode. This time already touch the contact plate. In this case, a person will play the role of jumper and the red LED will turn around when closed. It must be remembered that we can check the chain with a resistance from 0 to 5 minutes.

The video shows an example of a circuit calling in which there is a plain light bulb. If the light bulb is in working condition, that is, there are no breaks of the chain, the red LED lights up. You can check the same method of TEN. Here we again hold the contact plate.

Contactless work

Consider the mode of contactless work. In this case, the green LED will turn on with a call, at the same time there will be audio confirmation of test actions.

Consider one interesting point. A cap will be on the device, the detector will switch to L or H mode. It will be possible to check the contactless, for example, what a common wire on the chandelier, without disassembling it. As you know, the switch must cut off the phase. Shared wire 0. There will be no react to it. Let's give a phase, an electromagnetic field appears on which the device will react. In this way, you can check, the chandelier is correct or incorrectly connected.

Checking the cliff contactless

Another interesting point. We can check the chain section by contactless way. After you checked the working rosette, that is, the presence of voltage, bring the device to a specific area of \u200b\u200bthe chain, to which the phase from the outlet is supplied. If there is no cliff, the buzzer with the LED is triggered, then we move to another area of \u200b\u200bthe chain and the buzzer with the LED is activated again. We understand that this part of the chain on which the phase is underway, working. Now change the contacts of the plug in the outlet. Phase is fed to the other side of the chain. Also begin to check. Suppose on a specific site, the indicator does not work. So, there is a break in the chain. It is very convenient for fast check Cliff.