How to start a gas generator in severe frost. Starting a generator in winter

  • 15.06.2019

The figures below show the control panel and the main organs of a four-stroke gasoline generator that you have to deal with during its operation and maintenance.

Gas generator device: 1 - fuel level sensor, 2 - fuel tank, 3 - fuse, 4 - 12V power button, 5 - 12V socket, 6 - voltmeter, 7 - 220V socket, 8 - control light, 9 - ground terminal, 10 - engine switch, 11 - cover / dipstick for filling and oil control, 12 - oil drain plug.


Gasoline generator device: 13 - frame, 14 - fuel tank cap, 15 - manual starter handle, 16 - fuel cock, 17 - air filter, 18 - muffler protective screen.

The first 20 hours (the figure may be different) of the operation of the gas generator are the time during which the parts run in to each other. Therefore, for this period it is impossible to connect the load, the power of which exceeds 50% of the rated power of the unit.

If you plan to run the gas generator always at an altitude of more than 1500 meters above sea level, you should check with the dealer before purchasing the possibility of properly upgrading the carburetor. In high altitude areas, the fuel-air mixture of a standard carburetor will be very rich. Performance will decrease and fuel consumption will increase. To avoid this, it is necessary to install a smaller diameter main fuel jet in the carburetor and make the appropriate adjustment of the engine. Even with a modified carburetor, engine power will be reduced by approximately 3.5% for every 300m climb. The effect of altitude on engine power will be greater if carburetor modification is not carried out. Running the engine at altitudes below that of a modified carburetor can result in reduced power, overheating, and serious engine damage.

Checking the oil level. Checking the oil level in the engine crankcase is carried out before each start, since high-quality engine lubrication is an extremely important condition for the proper operation of the gas generator.

Checking the oil level in the crankcase is carried out with the engine not running. The generator is installed on a flat horizontal surface. If the generator was running before, after stopping, wait for about 5 minutes.

The oil level is checked using a dipstick inserted into the oil filler neck. Before removing it, you need to clean the area around it - in order to prevent contamination from entering the crankcase. The dipstick is removed and wiped with a clean cloth. It is installed (without wrapping) in the oil filler neck until it stops and is removed again. The oil mark should be between the notch on the dipstick and its end. The figure below shows the process of measuring the oil level.

If there is not enough oil in the crankcase, you need to add it to the lower edge of the neck opening and install the dipstick in place, wrapping it tightly.

Refueling. Refueling must be done in a well-ventilated area. Do not smoke or use open fire while working. You need to work carefully, avoiding spills. If possible, avoid inhalation of vapors and prevent skin contact with fuel.

Gasoline generators usually use A92 gasoline (not lower). But in any case, you need to use the brand of gasoline that is indicated in the generator operating instructions. Do not use leaded or lightly leaded gasoline.

The fuel consumption of a gasoline generator depends on its power and can range from less than 1 l / h (at a power of 2 kW or less) to 2 (at a power of 5 kW) or more l / h.

If the engine is four-stroke, clean gasoline is used for refueling without mixing it with oil. In two-stroke engines, a mixture of gasoline and engine oil (for two-stroke engines) is used as fuel in the ratio specified in the instructions.

As for the adjustment of the carburetor of the gas generator and the engine speed controller, they are usually carried out at the factory. The generator output voltage and frequency depend on the engine speed. Tampering with carburetor settings will generally void the warranty.

If gasoline is already filled in the tank, you need to check its level - according to the fuel gauge or visually. The maximum level should not be higher than the fuel filter shoulder (see figure below).

If there is no fuel in the tank at all or it is not enough, you need to add gasoline to the shoulder of the fuel filter - about 20-25 mm below the upper edge of the filler neck. To avoid leakage of fuel due to thermal expansion, do not fill the tank to the top of the neck. After refueling, reinstall and screw the fuel tank cap tightly.

It is not necessary to make large (for a year) stocks of gasoline, half a year after production, gumming reactions appear in gasoline. After this period, the use of gasoline threatens with excess soot and smoke.

The rate of chemical changes during storage of gasoline depends on temperature, contact of non-ferrous metals with gasoline, the degree of filling of containers, the amount of transfusion, etc. The storage temperature has the greatest accelerating effect. An increase in the temperature of gasoline during storage is accompanied by an acceleration of oxidation and gum formation. With an increase in storage temperature by 10°, the resin formation rate increases by 2.4-2.8 times. All the most commonly used metals, being in contact with gasoline, accelerate its oxidation and the formation of resinous substances. On the other hand, the walls of metal canisters are impermeable to oxygen, unlike the walls of plastic canisters. Copper and its alloys have the greatest accelerating effect. The decrease in the quality of gasoline is facilitated by repeated transfusions of gasoline from container to container. When transfused, gasoline is saturated with atmospheric oxygen, the intensity of oxidative processes in it increases, and resin formation accelerates. The process of oxidation and resinification is significantly accelerated in the presence of resinous substances previously deposited in the tank or residues of resinous gasoline from previous storage. When gasoline turns reddish, this is a sure sign that the tar content exceeds the allowable limit. When the container is not tightly closed, evaporation of low-boiling components occurs. The evaporation of light hydrocarbons leads to an increase in the density of gasolines and a deterioration in their starting qualities. In gasolines obtained on the basis of products of direct distillation and thermal cracking, low-boiling fractions have the highest antiknock properties, therefore, when they are lost, the octane numbers of such gasolines decrease somewhat.

Engine starting. Starting the gas generator can be carried out using a manual or electric starter. There are generator models equipped with both types of start.

Starting the generator with a manual starter is carried out as follows.

  • Disconnect electricity consumers from the generator, set the voltage switch (fuse) to the "off" position.

  • The fuel valve opens.

  • The choke knob is set to the "closed" position. This action is performed on a cold engine and is not performed if the engine was previously running and remains warm.

  • The ignition is turned on (engine switch is turned to the "on" position).

  • The starter handle is pulled out until resistance appears, released to the lower position and jerks sharply, or immediately jerks sharply without releasing to the lower position. At the same time, the cord is not pulled out completely and is not released sharply from the top position in order to avoid breakage of the starter.

  • After warming up (1-3 minutes) of a running engine, the air damper is set to the "open" position. Better gradually, as it warms up.

Starting with an electric starter can vary greatly depending on the degree of automation of the process. In the very simple version, when starting with an electric starter, the same actions are first performed as with a manual start (the tap opens, the air damper closes on a cold engine, the ignition is turned on).

The engine switch is set to the electric start position. After starting the engine, return the switch to its original position. On some models of gas generators, this happens automatically.

If the engine does not start immediately, then the time the switch is in the "electric starter" position should not exceed 5 seconds. Restart should be done no earlier than after 10 seconds. If three attempts to start the engine fail, you should look for a malfunction due to which the engine does not start. The battery may need to be charged.

After starting the engine, open the choke.

It is forbidden to operate the generator without connecting the load for more than 3-30 minutes (for different gas generators, the figure is very different). The minimum load on the gasoline generator is about 10-20% of the nominal power of the generator. The fact is that if you do not load the gas generator, then the fuel may not burn completely. In 70% of such cases, plaque is deposited in the combustion chamber and on the spark plugs. Therefore, it is recommended to periodically do preventive maintenance - run the unit for an hour, connecting consumers to it with a total energy consumption equal to the rated power of the generator. This helps to get rid of deposits and associated soot, as well as maintain engine life.

Load switching order. A certain order must be followed. The first to connect consumers with the largest starting currents. Then connect the devices in descending order of the latest. Finally, power consumers with a starting current factor of 1, such as electric heaters, are connected.

Engine stop. The operation is performed in the following sequence.

  • Power consumers are turned off.
  • The voltage switch (fuse) is turned off.
  • If the generator has been running under heavy load, let the generator run for a few minutes (1-3 minutes) without load.
  • The ignition is turned off.
  • The fuel valve closes.

In the event of an emergency stop of the generator, turn off the ignition immediately.

Maintenance

To maintain the equipment in good condition, it is necessary to carry out regular maintenance of the gas generator - in strict accordance with the operating instructions for a particular model. The main maintenance work is reduced to ensuring the normal operation of the engine. The generator itself does not require special Maintenance. It only requires regular removal of dust from its body in order to avoid disruption of cooling and replacement of brushes (if any).

Typical types of maintenance work and their approximate intervals are shown in the table below.

Sample Maintenance Schedule for Gasoline Generators*

Replace Clear Replace Fuel tank filter Fuel line filter Replace
Types of jobs Every use Every 3 months or after 50 hours. Every 6 months or after 100 hours. Every year or every 300 hours.
OilVerify +  
+**   
Verify +   
  +   
    +
Clear   +  
Clear   +  
Verify  +  
  +  

* - The table contains indicative data, the exact ones should be found in the instruction manual for a particular gas generator. For example, often an oil change is required after 6 months or 100 hours rather than 50.
** - the first oil change is carried out after 20-25 hours. Sometimes the instructions require the first oil change after 8 hours, then the second change after 25 hours.

Except specified works, you need to perform others related to disassembling the engine, but they are performed in service centers.

This chart only applies to normal conditions operation of the generator. If the engine is operated under extreme conditions (long-term increased loads, high temperatures, high humidity and dustiness), the intervals between maintenance must be reduced.

For gasoline generators, it is necessary to use only high-quality oils for gasoline engines. If we are talking about a four-stroke engine, then SAE 10W30 can be used as a universal oil for operation at all temperatures (if the generator starts very rarely). At the same time, it should be borne in mind that at temperatures above 4 ° C, multi-temperature oils are consumed to a greater extent than conventional oils, and can cause accelerated engine wear. When using them, check the oil level more often than usual.

The optimal choice of oils for different temperatures can be made, guided by the following information. The most recommended oils depending on the operating temperature:

  • above 4 °С - SAE 30;
  • from -18 °С to +4 °С - SAE 10W-30, 5W-30;
  • below 4 °С - synthetic oils SAE 5W-20, 5W-30.

When using SAE 30 oil at temperatures below 4°C, starting may be difficult due to lack of lubrication and the use of this oil at low temperatures can lead to premature engine wear.

Do not allow long-term contact of the skin of the hands with oil (machine oil is carcinogenic). Always wash your hands thoroughly with soap.

The oil must be changed on a warm (1-3 minutes) engine, this ensures a quick and complete drain of mining. To replace it, unscrew the plug with the oil level indicator (dipstick) (1), unscrew the drain plug (2) and drain the oil into a suitable container. After that, tighten the drain plug and fill in fresh oil through the dipstick hole (1) to the required level.

Air filter maintenance. The air filter cleans the air that enters the carburetor where it mixes with the fuel. During the operation of the gas generator, the filter gradually becomes dirty and ceases to perform its functions. A clogged air filter worsens the quality of the fuel mixture, impairs engine operation and leads to accelerated wear.

To prevent this from happening, the air filter must be serviced regularly. This is done in the following way.

  • Remove the filter housing cover.
  • Remove and inspect the filter for dirt and damage.
  • Replace damaged paper and foam filters with new ones. A dirty paper filter element must also be replaced. The contaminated foam rubber filter is washed with soapy water, squeezed thoroughly, and dried. Cleaning the foam filter element with gasoline is not recommended due to the fire hazard of the latter.
  • The foam filter is moistened with clean engine or special oil, squeezed out and inserted into place. Avoid skin contact with oil.
  • Close the filter housing cover.

Fuel filter cleaning. Before entering the combustion chamber, the fuel passes through several filters. One of them is located in the fuel cock. It needs to be washed from time to time. For this you need:

  • close the fuel cock;
  • unscrew the sump nut and remove the sealing ring and strainer;
  • wash the sump, filter and sealing ring in gasoline;
  • install the parts in place and tighten the sump nut;
  • open the fuel cock and check for fuel leaks.


Fuel cock with filter: 1 - fuel cock, 2 - sediment filter, 3 - mesh, 4 - sealing ring, 5 - sediment bowl.

Spark Plug Service. For gas generators, only those candles that are provided by the manufacturer should be used. Information about this is contained in the instruction manuals for the equipment. Spark plug maintenance is performed only on a cold engine. The work is performed in the following sequence:

  • The cap of the candle is removed and cleaned if necessary.
  • Using a spark plug wrench, the spark plug is unscrewed.
  • The integrity of its insulator is visually checked. If cracks are found, the spark plug must be replaced.
  • A special probe measures the gap between the electrodes, which should be normal 0.7-0.8 mm. If the actual values ​​deviate from the required ones, the spark plug gap is adjusted by bending or bending the upper electrode, or the spark plug is replaced.
  • If necessary, carbon deposits are removed fine sandpaper or file.
  • The candle is installed in place manually to avoid thread distortion.
  • It is wrapped with a force NOT MORE THAN 25-30 Nm. After twisting new candle by hand, it must be tightened 1/2 turn with a wrench to compress the washer. If a used spark plug is installed, it should only be tightened 1/8-1/4 turn after hand-tightening.
  • A cap is put on.

Preparing the gas generator for long-term storage (preservation)

When placing a gasoline generator for storage (more than 3 months), it is necessary to perform a number of the following works carried out after the engine has completely cooled down.
  • Completely drain the gasoline from the tank, drain, through the drain screw, the carburetor. With the drain screw loose, remove the cap from the spark plug and pull the starter cord 3-4 times to drain the gasoline from the fuel pump. Clean fuel filters and reinstall.
  • Change engine oil.
  • Remove the spark plug and pour one tablespoon of engine oil into the cylinder. Turn the motor shaft several times so that the oil covers the rubbing surfaces. If the cylinder was coated with oil during storage preparation, the engine may smoke slightly during start-up. This is fine.
  • Wrap the spark plug in place and turn the shaft with the starter handle until resistance appears. At this point, the piston is at its highest point on the compression stroke, the intake and exhaust valves are closed, which prevents internal corrosion of the engine.
  • Store the generator in a clean and dry place for long-term storage.

As mentioned above, gasoline oxidizes and deteriorates during storage. Old fuel is the cause of poor starting, it contains tarry substances that contaminate the fuel system and can cause engine failure. The length of time fuel can be stored in the fuel tank and carburetor without causing functional problems can vary depending on factors such as temperature, air humidity, how full the fuel tank is. Air in a partially filled fuel tank contributes to fuel deterioration. High temperatures and moist air accelerate the aging of gasoline. The problem of fuel deterioration can occur within 2-3 months or less, therefore it is recommended that during long periods of stoppage in operation, drain the fuel from the tank and carburetor and always use fresh fuel for operation.

Possible malfunctions of the gas generator and methods for their elimination

Possible reason Elimination Method
Engine won't start
Poor quality fuelChange fuel
Fuel not getting to carburetorCheck if the fuel valve is open or not.
No spark at spark plugCheck and replace spark plug or magneto
Empty fuel tankFill up the fuel tank
Engine stops
Air filter clogged
Low level oilsCheck and add oil
Clogged oil filterReplace
Clogged fuel filterClean fuel filter
Clogged hole in the fuel tank capClean or replace cap
The engine does not develop power
Air filter cloggedClean or replace filter
Wear of piston ringsReplace rings
Engine smokes, exhaust fumes blue color
Increased wear between valve stem and guide sleeveReplace worn parts
Increased piston and cylinder wearReplace worn parts
Increased piston ring wearReplace rings
Enhanced level oil in crankcaseCheck and adjust oil level
Engine smokes, black exhaust fumes
Motor overloadReduce Selection electrical power
Fuel supply too highAdjust fuel pump
Air filter cloggedClean or replace filter
The engine gets very hot
Cylinder fins are dirtyClean cylinder fins
Unstable engine operation
Malfunction of the regulator of turnsFind and eliminate the cause
Increased oil consumption
Increased clearance between valve stem and guide sleeveReplace worn parts
Wear of piston ringsReplace rings
Cylinder wearReplace cylinder

Safety

A generator is a device that generates electricity, which under certain conditions can be dangerous. When the engine is running, parts of the exhaust system heat up to a high temperature. Therefore, the operation of the gas generator must be subject to certain rules of electrical and fire safety.

Must not be present in working area strangers and animals.

Avoid using the generator in areas with high humidity, outdoors during snow or rain. When working with the machine, hands and clothing must be dry.

Do not use the generator near flammable materials, flammable and explosive gases and liquids. The generator must be located at least 1 meter from other equipment and walls. Avoid touching the engine or exhaust pipe while the generator is running. This is fraught with serious burns.

Do not smoke near the generator, and do not allow open flames or sparks near it.

Care must be taken with the power wires, do not touch parts of the generator that are energized. Damaged wires must be insulated or replaced immediately.

Before repairing and servicing the gas generator, it is recommended to disconnect the spark plug wire to prevent accidental starting of the engine.

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Off-grid generators are often indispensable, and full list their possible applications will be very long - from providing electricity for a weekend beach party to permanent work at a private building. A wide range of work performed has generated a large number of types of autonomous generators that differ both in design and characteristics. What they have in common is the principle of operation - an internal combustion engine of one type or another rotates the shaft of an electric generator, converting mechanical energy into electrical energy.

  • household generator- this is, as a rule, a portable unit with a gasoline engine, not intended for long-term operation, having a power of several kVA.
  • Professional generators have increased power and uninterrupted operation time, and for greater fuel efficiency and increased resource, engines are usually installed on them. At the same time, if household electric generators generate a current of 220 V, then professional generators are overwhelmingly designed for 380 V output voltage. Large dimensions and weight force either to place powerful generators on a wheeled chassis, or to make them stationary.

So, in this classification, we have already found a number of constructive differences. Let's consider them in order.

As you know, a gasoline engine can work like. At the same time, low efficiency and a limited resource make two-stroke engines not the most the best choice to drive an electric generator, although they are simpler in design, which means they are cheaper and lighter.

A four-stroke engine, although it harder and more expensive consumes much less fuel and able to do much more. Therefore, generators up to 10 kVA are usually equipped with engines of this type.

Gasoline engines of electric generators are mainly single-cylinder units with forced air cooling, the preparation of a combustible mixture is carried out using a carburetor. To start them, either a rope starter is used, or an electric start is additionally included in the design (then, in addition to the battery, such generators also have a 12 V output: the battery is charged from this circuit and consumers designed for low-voltage power can also be connected to it). The most common motors with a cast-iron sleeve and an overhead valve gas distribution mechanism are, as a rule, GX motors and their copies.

Domestic gasoline generator engines not intended for long-term continuous operation. Exceeding the operating time specified in the operating instructions (usually no more than 5-7 hours) will reduce the life of the motor.

However, even the most advanced gasoline engines have a limited resource: with proper care, they will work 3-4 thousand hours. Is it a lot or a little? With occasional use on the road, for example, to connect a power tool, this is a fairly large resource, but constantly powering a private house from a gas generator means annually sorting out its engine.

Much have more resources power units, in addition, they are more profitable during long-term operation due to greater efficiency. For this reason, all powerful generator sets, both portable and stationary, use diesel engines.

For such units, a number of disadvantages of diesel engines compared to gasoline ones (high cost, greater weight and noise) are not fundamental, there is a certain inconvenience only when starting diesel engines in cold weather.

During operation, please note that long work idling without load is harmful to them: completeness of fuel combustion is disturbed, which leads to increased soot formation, which clogs the exhaust, and dilution of engine oil by diesel fuel seeping through the piston rings. Therefore, the list of routine maintenance for diesel power plants necessarily includes their periodic output to full capacity.

In addition, there are generators that work. Structurally, they are no different from gasoline, except for the power system: instead of a carburetor, they are equipped with a gas pressure regulator and a calibrated nozzle that supplies gas to the intake manifold. At the same time, such generators can use not only a cylinder with liquefied gas as a fuel source, but also a gas network - in this case, fuel costs become minimal. The disadvantage of such generators is low mobility ( gas cylinder larger and heavier than a gas tank, which, moreover, can be refueled on the spot), as well as an increased fire hazard, especially with illiterate operation. However, as a backup power source in a house connected to a gas main, this is a good option: there is no need to take care of maintaining the level and quality of fuel in the gas tank, and the engine life when running on gas is higher than when running on gasoline.

Let's talk right away. We are not interested in hybrid generators due to the fact that hybrid generators use both gasoline and liquefied gas as fuel, they are so similar in nature and calorific value that there are no problems, except for an incorrectly selected reduction gear and a small evaporation area in the cylinder, from -for which frosting occurs, will not occur. On the other hand, these generators are very difficult to automate, and then starting and stopping lies on the shoulders of the owner, who will change the type of fuel and start the generator manually.

In this case, we are talking about generators in automatic mode, which must be started without human intervention, and, therefore, other requirements for starting, maximum operating time and special means, which should help launch in winter period.

So, in the winter, 3 main reasons affect the launch:

  1. good battery,
  2. good oil,
  3. quality fuel.

Of course, all these requirements can be ideal, but subject to the use of a low-quality engine or improper maintenance, they will not help. In one of the articles I talked about some of the nuances of engines (How to choose a reliable engine?), But now this is not about that.

What happens at startup?

Suppose we have a perfectly tuned, charged generator with a good, powerful charged battery. The temperature in winter "floats", it can be from -1 to -38 and the oil, once frozen, retains this temperature and excess viscosity for a very long time. So what, you ask, is it:
a) did not freeze and did not shackle everything inside,
b) the contact area of ​​the engine parts is small and the engine should spin, despite the fact that the oil now resembles more candied honey than a liquid.

And you will be right, but try pulling the manual starter and you will feel some serious resistance. It comes from one small piece called a decompressor - here it is, located on a large gear.

A small mechanism designed to make it easier to start the engine from a manual starter plays a cruel joke in winter and harms starting more than it helps. On the one hand, it is supposed to facilitate starting due to the fact that the exhaust valve is ajar, but in practice it either blocks the opening of the exhaust valve or prevents the decompressor from working.

Despite the fact that the engine rotates and there is a spark, it does not start, because there is no initial ignition in the cylinder - the poor mixture that gets there just as quietly flies out.

In the case of an open decompressor, the engine simply does not pick up speed, because the starter power is insufficient, it is designed for use in an engine with a decompressor, a battery is selected for the same condition, which is overwhelmingly gel, 9 a / h, and when this gel solidifies, it is unlikely will be able to provide more than 5-7 launch attempts.

This is where proposals begin to equip the battery and engine with heating, etc. etc., but no one, mind you, NOBODY will give a guarantee of starting in the winter and at the same time will not remind you that good heating costs like a whole generator, and it will also constantly consume electricity, since these parts need 200-300 Watts per hour, otherwise it will only be calming without any effect.

As a result, the conclusion suggests itself one: if you do not use a branded engine, the materials of which are selected with high quality, the battery is suitable for the task, fill in old or low-quality gasoline, operate an unadjusted or universal gas system, then in sub-zero temperatures you will encounter problems when starting.

As another reminder, I list engine manufacturers that can be described as proprietary: Honda, B&S, Kohler, Robin-Subaru, Mitsubishi, Generac. Here, in principle, is the entire list of engines that are on the market in Russia, the rest are more or less “labels”, that is, engines assembled in China with a sticker of some kind of “manufacturer”. I wrote about this in more detail in the article (see link).

But there is also a way out, as I have already described, structurally, the power plants on the market are not designed to work in cold climates. The Russian market is too small for China to develop generators for us. But, given the experience of 14 years of work and production, we have assembled power plants for cold climates, which are specifically designed to start in deep minus, and there is no magic. We just took ANOTHER engine and completed it taking into account the launch experience and the conditions of Russia.

1. Power plant engine GG6-SV DOES NOT HAVE A DECOMPRESSOR. It was removed. Along with this, there was a need for a more powerful starter, and, look, the GG6-SV starter is almost 4 times more powerful than similar stations (!). The first photo shows the starter GG-6SV and nearby the starter of any other station with a power of 5 to 7 kW. On the second - the same thing - for clarity, mounted on the engine.

Almost everyone who owns a gasoline generator faces the same problem. In winter, as well in early spring and in late autumn, when the temperature drops below +5℃, it is not so easy to start it. At the same time, there are no difficulties with launching in the warm season. It is immediately clear that the problem arises if the device stands in an unheated room (garage, shed, etc.) or just outside when the air temperature is quite low. How is the startup problem solved in this case?

The easiest option (all gasoline generators with a manual starter react positively to such actions) is to bring the unit into a warm room, let it stand there, warm up. After that, it will easily start on the street. However, this procedure, despite its simplicity, has a significant drawback - it takes a lot of time. Some craftsmen suggest speeding up the procedure by warming up the carburetor with a burner. But it is strictly forbidden to do this, because the winter operation of the gas generator must be extremely safe.

The second simple launch option is to inject an aerosol from a so-called “quick start” can into the carburetor. Different companies produce such compositions, the capacity may vary. Buy in advance, before the onset of cold weather - and you will not know the problems with starting the generator!

What else could be causing it to fail to start?

The fact is that the operation of a gas generator in winter time does not cancel the problems with the launch, which can happen at any time of the year.

The reason for the unstable operation of the generator may be a clogged air filter, which is either purged or changed. Now you know how to start a gas generator in winter. We hope you find our tips useful.

Most electric gas generators are purchased as a backup power source for country house and household farming. As a consequence, the technique is used for the most part sporadically, only at times of power outages. It often happens that the generator turns on only a couple of times a year and for five years the factory oil does not change at all. At the same time, many users store generators and other garden equipment in the far corner of a damp garage, often filled with fuel. Or they store gasoline, especially for the generator, for many years, without spending it, in cans. Because of this, in general, problems arise in operation. And when you have to get a gas generator for use, it often fails to start or start-up is significantly difficult.

Typical malfunctions of this method of operating a gas generator: carburetor corrosion, valve sticking, spark plug contamination, etc. But after spending only half an hour a year (!) You can get rid of problems and have a mechanism always ready for operation. An additional bonus is not to carry a faulty generator to a specialized workshop, often located tens of kilometers away and clogged with similar equipment of fellow sufferers.

How to maintain a gas generator?

Everyone can service the generator on their own; special knowledge and professional tools are not required for this. All 4-stroke gardening engines are similar in design, and once you service one generator, you can also work with a lawn mower or snow blower without any problems.

Oil change

The first thing to do at least once a year is an oil change. If the oil has not been changed even once in several years (and this is not uncommon!), Then use an oil system flush. To do this, it is quite possible to use a car flush, for example: Liqui Moly Oilsystem Spulung Effektiv. In this case, flushing will require quite a bit of 30-40 grams, because the oil capacity in the generator is on average only 600 ml. The rest of the flush can be used in your favorite car. The sequence of actions is as follows: start and completely warm up the generator, open the filler neck and fill in the flush. Next, start the generator again and let it run without load for another 10 minutes. Drain the oil and refill with fresh oil.

The choice of oil must be approached carefully and read the instructions for the unit. However, it often happens that the instruction is lost at the time of unpacking a freshly purchased generator. What to do, because we read the instructions when nothing else helps. And the generator is not a car, knocking on the wheels and wiping the headlights does not work with it. Then decide for yourself whether you are going to operate the equipment only in the summer or all-season.

For summer operation, Liqui Moly Rasenmaher-Oil SAE 30, a summer mineral motor oil specifically for air-cooled engines, is suitable. This oil is characterized by outstanding high temperature stability and the correct viscosity, specially selected for power engineering engines. After all, such engines do not have oil pump, and the supply of lubricant to the rubbing surfaces occurs with a special scoop on the connecting rod bearing cap and by spraying onto the cylinder walls.

For all-weather operation of the generator, Liqui Moly Universal 4-Takt Gartengerat 10W-30 oil is not just for all-weather use, but also universal, that is, for generators, lawn mowers, and snow blowers. Moreover, both for gasoline engines and diesel engines, although there are not many of them. By the way, the canisters are equipped with a filling tube and an additional funnel is not needed.

Corrosion protection of moving parts

After changing the oil, it is necessary to lubricate and protect the moving parts of the generator, fasteners and ignition contacts from corrosion. The best spray for this is Liqui Moly LM-40, a penetrating multi-purpose lubricant. The preservative and protective effect from the use of the product is up to a year, and you can operate the equipment as usual. The spray displaces moisture, lubricates, eliminates jamming and creaking, cleans and protects rubber and plastic. The composition is ideal for protective treatment electrical contacts. The spray can, bought to service the generator, will come in handy more than once in everyday life, in the household.

Rodent protection

It is necessary to pay attention to the protection against rodents, in nature they are in abundance, they can run into the garage and into the house. Inexplicable but the fact! Mice and rats are very fond of chewing on insulation on wires, and the fact that they can die from electric shock does not stop them at all! To protect wires and repel rodents, Liqui Moly Marder -Schutz-Spray is used - an aromatic compound that discourages appetite in rats and mice. Protects guaranteed for two weeks, additional processing will be required to prolong the effect. This drug is also useful for protecting electrical wiring. car.

Gasoline stabilization

You can complete the list of necessary chemistry with a gasoline stabilizer. Since the fuel is stored in the generator tank and is not consumed immediately, gasoline, especially modern EURO 4-5, oxidizes and loses its octane number. After six months, gasoline may generally lose its ability to ignite from a spark of a candle and will only be suitable for lighting a barbecue. Yes, and the power supply system of the generator, the carburetor, is not good for long and simple without protection.

Liqui Moly Benzin Stabilisator, approved, by the way, by leading manufacturers of power equipment, will help stabilize gasoline and protect the entire power system from corrosion. Before we remove the generator for “combat duty”, we fill the tank with gasoline and fill it with 5 lm of additive for every 5 liters of fuel. Then, we start the engine for a couple of minutes to spread the "potion" through the system and turn it off. Now the generator can be pushed back into the far corner of the garage in anticipation of another utility emergency.

P.S. And if the generator service cannot be started because it simply does not start, then use the Liqui Moly Start Fix quick start aerosol. A couple of seconds of spraying, five seconds of pause and pull the cord. The engine will start even with a filled candle or in hard frost, it is important not to overdo it and not pour half a can at a time into the filter.

About how to prepare the gas generator for the winter tells the technical specialist of the company - Dmitry Rudakov.

The following autochemical compounds and oils were used to process the gas generator:

LIQUI MOLY Oilsystem Spulung Effektiv - oil system cleaner, art. 7591

PRODUCT FEATURES

Quick engine flush LIQUI MOLY Oilsystem Spulung Effektiv is used to effectively clean the engine when operating in frequent traffic jams, with an aggressive driving style and exceeding the standard oil change interval. Does not require special training.

The 300 ml flushing bottle is used for 5 liters of oil.

COMPOSITION PROPERTIES

LIQUI MOLY Oilsystem Spulung Effektiv allows you to clean the engine even from difficult contaminants under severe operating conditions and exceeding oil change intervals, which prevents a whole range of possible problems, the elimination of which can be very costly.

With the help of a reinforced engine oil additive package, it effectively dissolves deposits and complex contaminants without clogging the oil receiver, channels and ducts of the oil system. Significantly reduces stubborn residue and extends new oil life

Thanks to a package of protective motor additives, it safely cleans the engine and forms a protective layer that reduces friction

The composition contains a complex for the care of rubber parts of the system and completely leaves the system along with the old oil. Suitable for both petrol and diesel engines without restriction

HOW TO APPLY COMPOSITION

LIQUI MOLY Oilsystem Spulung Effektiv cleaner must be added to warm oil before changing at the rate of 300 ml of additive per 5 liters of engine oil. Then start the engine and let it run for exactly 10 minutes at idle. MOVE ON CAR DO NOT FILL WITH NEW OIL!. Next, you need to drain the oil, replace the oil filter. Fill with fresh high quality oil.

LIQUI MOLY Benzin-Stabilisator - gasoline stabilizer, art. 5107

PRODUCT FEATURES

LIQUI MOLY Benzin-Stabilisator for stabilizing the properties (preservation) of gasoline for lawn mowers, garden motor vehicles and other equipment on 2- and 4-stroke engines allows you to preserve the properties of the fuel and protect equipment parts from corrosion and deposits during storage. The latest developments in the field of fuel additives are used.

Convenient packaging with a LIQUI MOLY Benzin-Stabilisator dispenser allows you to accurately measure the required amount of additive for the available volume of gasoline.

Properties

The complex of antioxidants and anti-corrosion additives that make up LIQUI MOLY Benzin-Stabilisator keep gasoline from gumming and dropping the octane number. Anti-corrosion additives create a layer of polar molecules on metal surfaces that prevent water molecules from attracting to surfaces.

The drug: prevents oxidation, gumming and aging of fuel, prevents the drop in the octane number of gasoline, has a long-term effect of action, increases the reliability of equipment operation.

The use of LIQUI MOLY Benzin-Stabilisator for preserving gasoline helps to avoid problems with oxidation of the oil and fuel system of garden and other 2- and 4-stroke equipment during its storage period.

HOW TO APPLY COMPOSITION

Add LIQUI MOLY Benzin-Stabilisator to the tank at the rate of 25 ml for 5 liters of fuel and start the engine. Let it idle for about 10 minutes. The additive is self-mixing with the fuel. After that, you can turn off the engine and put the equipment into storage.

LIQUI MOLY Start Fix - engine starter, art. 3902

PRODUCT FEATURES

LIQUI MOLY Start Fix is ​​designed to easily and quickly start all types of 4- and 2-stroke gasoline and diesel engines, as well as rotary piston engines, when starting problems occur due to batteries, wet spark plugs, cold and wet weather, etc. d.

HOW TO APPLY COMPOSITION

To start gasoline engines, spray LIQUI MOLY Start Fix directly into the air filter or intake manifold and start the engine immediately. To start diesel engines, turn off the glow plugs and heated flanges, open the throttle to full, spray the agent into the intake manifold and start the engine.

LIQUI MOLY Marder-Schutz-Spray - protective spray against rodents, article 1515

PECULIARITIES

LIQUI MOLY Marder-Schutz-Spray - Protects against rodent damage to wires, rubber and plastic products in the car, preventing costly repairs. A mixture of odorous substances repels rodents, but is absolutely harmless to environment and animals. Treat all plastic and rubber parts on all sides. Repeat treatment every 14 days.

APPLICATION FEATURES

If there is a risk of damage to car parts by rodents, it is necessary to treat all accessible rubber and plastic parts of the engine compartment and wheels with LIQUI MOLY Marder-Schutz-Spray. Spray on all plastic and rubber parts. Repeat the treatment after 14 days.

LIQUI MOLY LM-40 - liquid key, test

In addition to good results, LIQUI MOLY LM-40 was remembered for a very pleasant vanilla smell, and if you are going to use a similar product at home, then it is better to use LM 40 than to “eat” the incense of a solvent mixture with kerosene and other chemicals. As for the tests, here the drug showed good results, which made it possible to stake out a place in the middle of the standings. The average loosening moment was 8.96 kgf/m, which is almost 2 kgf/m lower than the initial moment.

ADVANTAGES: pleasant smell, good performance in the test.

DISADVANTAGES: with this attachment of the spray nozzle, the latter is very easy to lose.

GENERAL EVALUATION: The habitat of LIQUI MOLY LM-40 is not only the trunk of a car, but also a shelf in the house.

LIQUI MOLY Rasenmaher-Oil 30 - mineral engine oil for lawn mowers, art. 3991

PRODUCT FEATURES

LIQUI MOLY Rasenmaher-Oil 30 is a year old engine oil for 4-stroke lawn mowers, power plants, motor cultivators and other equipment. Provides excellent engine cleanliness and excellent anti-wear properties. The increased content of additives provides excellent lubrication and prolongs engine life. Protects against corrosion even under severe operating conditions. Tested for compatibility with the catalyst.

HOW TO APPLY COMPOSITION

LIQUI MOLY Rasenmaher-Oil 30 is specially formulated for 4-stroke lawn mower engines and engines requiring SAE 30 HD viscosity oil. The regulations of vehicle manufacturers and engine manufacturers must be taken into account when applying.

CONFORMITY AND TOLERANCES

API SG; MIL-L-46 152E

LIQUI MOLY Universal 4-Takt Gartengerate-Oil 10W-30 - mineral engine oil for lawn mowers, art. 8037

PRODUCT FEATURES

LIQUI MOLY Universal 4-Takt Gartengerate-Oil 10W-30 is a multigrade 4-stroke engine oil for agricultural machinery. based on the latest technologies. Exceeds the requirements of motor manufacturers like Briggs & Stratton, Honda, Tecumseh, etc.

HOW TO APPLY COMPOSITION

When using LIQUI MOLY Universal 4-Takt Gartengerate-Oil 10W-30, the recommendations of the manufacturers and engine manufacturers must be followed.

CONFORMITY AND TOLERANCES

API SG,SH,SJ/CF; ACEA A3-02/B3-02