Showing posts with label Problems. Show all posts
Showing posts with label Problems. Show all posts

coarse Cold Weather Snow Blower Problems

Yardman Lawn Mower Manual - coarse Cold Weather Snow Blower Problems

Good morning. Today, I discovered Yardman Lawn Mower Manual - coarse Cold Weather Snow Blower Problems. Which is very helpful in my experience and also you. coarse Cold Weather Snow Blower Problems

Snow blowers are made to run in the cold weather but when it gets categorically cold outside, funny (or not so funny things) can develop. Same goes for a snow blower that is stored surface or in an enclosure where the temperature is at or near the same temperature as outside. If you have a heated garage, or a way to heat your stable or shed or wherever you store your snow blower, then you are way ahead of the game.

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I don't know how winter is in other parts of the country but, here in the Northeast, when there is a snow storm the temperature is generally in the twenties or low thirties. But sometimes it snows when the temperature is in the single digits or close to zero and that is when some new and not so nifty things start happening to snow blowers stored in the cold. Handles won't depress. Impellers won't engage. Engines that were running fine won't start. Belts start to smoke and squeal when engaged. Cables break and starters won't engage.

A lot of that has to do with putting away a recently used "hot" snow blower without cleaning off the snow. The snow now melts and freezes in the strangest places. Let's address most of these problems assuming we have a two stage wheel propelled snow blower. But first, a brief explanation of the types of snow blowers out there.

A two stage snow blower has the large steel auger up front that turns at a fairly slow rate of speed and scoops in the snow. The second stage is the smaller, faster turning fan below the chute that categorically throws the snow. A single stage snow blower has a fast turning impeller / auger that turns at a fast rate of speed and both scoops and throws the snow. The wheel propelled single stage snow blower is becoming rare as the rubber-paddled units have taken their place. They are lighter and less expensive to make and they throw the snow just as far or farther.

1) Let's take the smoking belt or impeller won't engage scenarios (usually related) first. You grab the auger engagement deal with and no snow comes out of the chute but the belt starts squealing or smoking. Let go of that deal with Right Now and shut down your snow blower. Tip it back on it's deal with bars if possible. If the gas tank is full, put some plastic from a grocery bag under the filler cap to keep the gas from pissing out of the cap vent. Reach in back to the second stage impeller. That's the 3 or 4 bladed fan that throws the snow out of the chute on a 2 stage snow blower. See if you can turn it by hand. If not, it is probably freezing to the bottom of the drum it is housed in. There is normally a drain hole at the bottom of the drum to prevent this but it is not always sufficient. Occasionally the impeller blade coasts to a stop with one of the blades right down. This makes it easier to freeze.

2) How to repair: Drag or drive your snow blower into an area where you can turn on some heat to thaw out the snow blower. If you don't have this luxury, use a hair dryer. I've also seen population make a tent with a tarp over the snow blower and using a space heater to thaw out the unit. Be specific how close you set up the heater and the direction you point it. A space heater can melt or start a plastic tarp on fire. You could just direct the space heater into the auger area and hope for the best. It doesn't normally take too much to melt the ice. Using a propane torch is the least desirable and most unsafe option, as an open flame is perilous near any outdoor power equipment. Just a itsybitsy bit of gas spilled around can be a potential disaster waiting to happen. You've read about it in the newspaper so don't even go there or you'll end up in the newspaper too. I can't tell you how many times, back in the business, when we just dragged a bunch of freezing snow blowers into our warm shop prior to entering the "triage unit" and that was all that was needed to cure the problem.

3) How to prevent: Clean the snow off the snow blower and inside the impeller /auger housing when done snow blowing. Then make sure that none of the impeller blades is pointing right down where the melted snow can puddle and freeze.

4) Auger or wheel drive deal with won't engage: This generally occurs on models with cables rather than linkage. The cable gets moisture inside and freezes. If you don't have cables, consequent the linkage to a pivot point that is frozen. This may need removing an passage cover. Thaw out cables or linkage using same formula as freezing impeller; safely applied heat.

5) How to prevent: remove both ends of the cable and apply low temperature or white lithium grease. Work the cable back and forth to coat the entire inner length. Wd40 or any rust penetrant may do the trick but the grease is more permanent. Please Note: If you have a grease gun or use grease out of the tube or tub on your snow blower, make sure it is Low temperature Grease. It will say so on the container. If unsure, ask the sales someone - if you can find a knowledgeable one these days. The grease is normally blue in color. Don't use quarterly ball bearing or general use grease on your snow blower. It will gum up when it is cold out and make parts stick or harder to use. On units that have linkage instead of cables, thaw out and spray or apply low temp lubricants on all pivoting parts.

6) hand-operated or galvanic starter won't engage: This is why it is a good venture to buy the elective galvanic starter for your snow blower. If one starter doesn't work the other one might. Again, safe heat applied in the permissible location may solve the question temporarily but it will probably happen again when the weather temperature drops. If your hand-operated starter won't engage or the rope stays out, it should be removed. There is generally a metal "dog" that freezes. It should be fairly distinct when the starter is removed where the "dog" or metal tab that engages into the starter cup is located. You shouldn't have to remove the pulley but you should remove the town screw so the lube gets down into the pivot area. In this case, any sort of grease is normally Not recommended. Use Wd40 or similar liquid lubricant. Grease just gets gummy in cold weather, especially on a smaller machine such as the starter dog.

If your galvanic starter sounds like it is spinning but it is not turning the machine over, then chances are the starter gear is freezing to it's shaft. Thaw with safe heat. To help prevent freezing, a light lubricant on the gear shaft is recommended. On some machines you may be able to use a spray lube with the plastic nozzle extension on the shaft without removing the starter - but dismissal of the starter may be required. That way you can slide the gear all the way out and spray the shaft with low temp lube underneath where the gear slides or parks when not in use.

7) No start: A snow blower that ran fine the last snow storm but now won't start, especially if it is very cold out, might just have a small estimate of moisture in the tank, fuel line or carb that is frozen. Thawing out safely and adding gas line anti-freeze should do the trick but, if there is too much water in the fuel, you may have to remove the fuel line and drain the tank. But that doesn't remove water in the carb. Some older snow blowers have a spring loaded drain on the bottom for that purpose. If not, you can crack the high speed adjustment screw or jet (as the case may be) open a few turns to drain the float bowl. This a messy job as the fuel normally goes in all directions or down your arm so have a coffee can and some rags ready.

Removing the carburetor or bowl itself is best left to a trained technician. But if you feel distinct sufficient to try it yourself, be warned that if removing the float bowl (assuming it has a float type carburetor) is done in the horizontal position, the float and /or float needle can fall out. It is best to prop the unit up safely on it's nose with an empty or near empty fuel tank. With clean rags and coffee can at the ready, the bowl can then be carefully removed and cleaned out. carefully remove the float and check by shake it to rule if it has water or ice inside. If it does, replace with a new one and reconsider a carburetor rebuild kit while you are at the parts store.

Note: Some snow blowers have a diaphragm carburetor, and regardless of design, should have a carburetor kit installed if you are disassembling. Older Briggs engines with diaphragms have the carburetor bolted to the top of the gas tank and have to be removed as a unit.

As you can see, some deterrent maintenance can go a long way towards avoiding cold weather freeze ups. If you are mechanically inclined but, can't afford a mechanic, purchase a mend hand-operated to help you with your project. It's a good venture towards doing the job right the first time and it will feel good to do the job yourself.

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Chain Saw Cutting Problems

Mower Oil - Chain Saw Cutting Problems

Good morning. Yesterday, I discovered Mower Oil - Chain Saw Cutting Problems. Which could be very helpful if you ask me and also you. Chain Saw Cutting Problems

Chain saws are astonishing tools when they are cutting properly. Most people know that when a chain saw gets dull it does not cut very easily, and in fact can come to be quite dangerous. But, there are a estimate of other problems that can cause your chain saw to cut poorly. Most of these issues can be traced back to improper sharpening procedures or poor maintenance.

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When you're cutting with your chain saw, if it cuts crooked or at an angle this is commonly an indication that the teeth have been improperly filed. Either they were filed at the wrong angle, or every tooth was not filed the same estimate and with the same pressure. If filing is not the cause of a chainsaw pulling to one side or the other, then it could be the bar or the sprocket at the far end of the bar are in poor condition and need maintenance or straightening.

If you have a newly sharpened chain saw and it dulls quickly, regularly this is caused by thin cutting edges resulting from too much file pressure or low angle when sharpening your chain saw. Your chainsaw will need to be refiled using less pressure, as well as lowering the angle of charge and checking the height of the depth gauges.

If the chain grabs and cuts rough the saw sharpener probably induced a forward hook on the teeth as a effect of too much pressure from the top of the file. A good indication that the depth gauges are set incorrectly is when the chain digs too far into the wood. You will need to lower the height of the depth gauges in most cases. If you detect overheating of the chain you may not have adequate bar oil, or the saw sharpener created a backslope on the teeth during the last sharpening.

Drive link problems on the chain can effect in severe problems like the chain jumping off the bar. Incorrect chain tension can cause this, and you may have to replace bent drive links on your chain. Also, excessive chain chatter can be caused by improper sprocket fit, and effect in front or back peened drive links.

Whenever you identify these kinds of cutting problems with your chain saw you should immediately take off the bar and chain from the saw and contemplate carefully. There are regularly only a integrate of nuts to take off the chain and separate the bar from the saw. This will allow you to contemplate the parts for perilous defects and keep your saw in good condition.

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Top Seven common Riding Lawn Mower Problems and Solutions

Mower Oil - Top Seven common Riding Lawn Mower Problems and Solutions

Good morning. Now, I learned all about Mower Oil - Top Seven common Riding Lawn Mower Problems and Solutions. Which could be very helpful in my opinion so you. Top Seven common Riding Lawn Mower Problems and Solutions

Riding lawn mowers are requisite and incredibly beneficial tools that can save time and power spent on yard work. However, riding lawn mowers can have problems and need maintenance. Listed below are seven (7) tasteless riding lawn mower problems along with problem shooting tips. If a qoute cannot be solved from the advice laid out in this article, feel a repair shop.

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Note: These materials are prepared for use by trained technicians who are experienced in the aid and repair of equipment of the kind described in this publication, and are not intended for use by untrained or inexperienced individuals. Such individuals should seek the aid of a aid technician or dealer.

Problem 1: motor Will Not Crank

Sometimes the simplest solution may fix this riding lawn mower problem. Confirm that all the safety features of the riding lawn mower are functioning correctly. Make sure the mowing deck is not engaged, the parking brake is on and the operator is seated on the riding lawn mower. If one of the safety switches has not been properly activated the riding lawn mower will not start.

The next possible issue to check is the riding lawn mower's battery. In rare cases, the battery cable leads can work loose from the battery terminals. The black negative battery cable must be attached securely to the negative battery terminal. The negative concluding will be marked with a "Neg", "N", or "-" notation. The red inescapable battery cable should be related securely to the inescapable battery concluding and will be marked with a "Pos", "P", or "+" notation.

Important Warning: electrolyte is diluted sulfuric acid. Use extreme care to avoid spilling. It can destroy clothing and burn your skin. Test the battery to resolve its condition. This can be concluded by checking the exact gravity of each cell with a hydrometer. A fully charged cell will part 1.250 exact gravity. Verify that the fluid level in the battery is adequate. If the fluid level is low, fill with distilled water so that it rests just below the split rings; then payment the battery at 5 amps maximum payment for 30 minutes until all cells part 1.250 exact gravity. If all cells are unable to reach 1.250 exact gravity, replace the battery.

If the battery is in working order, locate the fuse holder(s) and eye to see if a fuse is blown. Refer to the operator's hand-operated to find the fuse holder(s) location. Check for loose, bare, or pinched wires and replace any blown fuse with the allowable amperage automotive fuse. Finally, ensure the motor ground wire is in fact grounded. There should be a black ground wire running from the motor to a non-painted metal covering on the frame or a mounting bolt.

Note: Not all riding lawn mowers are qualified with an motor ground wire to frame.

Problem 2: motor Cranks, But Does Not Start

If the riding lawn mower will not start, check the fuel level. The motor will not fire if there is not sufficient fuel in the carburetor. It is also possible the fuel line is clogged or blocked. Clean the line and replace the fuel filter to solve this problem.

Make sure the throttle and/or choke is in the allowable position. This position can vary from model to model of riding lawn mower. Consult the operator's hand-operated for the allowable positioning of the choke and throttle for the riding lawn mower in question.

Faulty spark plugs or disconnected wires can also cause the motor to crank but not start. Run a determination on the spark plug wire relationship by using a spark plug tester to see if any plugs are faulty. Clean the gap, manufacture sure it is set properly or replace any faulty spark plugs.

Problem 3: motor Is Smoking

The most tasteless cause of an motor smoking is having too much oil. eye the oil level and take off any excess oil if overfilled. The qoute should go away once the excess oil burns off. If the smoking persists, it could be possible the motor is losing its crankcase vacuum. Loss of crankcase vacuum can be caused by a broken or improperly seated dipstick, dipstick tube, or valve cover as well as a defective motor breather assembly or other internal motor damage. Replace any defective parts to restore crankcase vacuum pressure.

Problem 4: Unusual and immoderate Vibration

Blades, pulleys and spindles should not be bent or damaged. Mowing over a large object such as rocks, roots, sewer lids etc. Can cause damage to the parts. Any damaged parts should be replaced.

A twisted or damaged belt may also be the culprit. All belts should be in good shape and properly routed. Replace the belt if it's torn or shows signs of wear.

Vibrations can also be caused by loose or missing mounting bolts, running the motor at a low Rpm, or an improperly adjusted cutting deck.

Problem 5: Bagging, Discharging, or Mulching Poorly

There are a few actions that can be taken to minimize problems with the bagging, discharging and mulching. First, check the motor speed. The motor must be operating at full throttle for the bagging, discharging or mulching functions to work properly. allowable set-up of the deck is requisite to the quality of cut. The deck should be level side to side and all the time lower in the front than the back by 3/8 of an inch. If that does not solve the problem, sharpen or replace the mower blades.

Note: Make sure the allowable blade is being used for the accurate application.

Operating conditions such as wet or exceptionally tall grass can cause poor functionality. To remedy these situations, all the time allow the lawn to dry prior to cutting, and if the grass is too tall, mow with the deck at a higher setting before mowing at the normal level. Try mowing at a slower rate to get a good and cleaner cut. Lastly, clean out any dirt and debris that has built up on the underside of the deck.

Problem 6: Mower Will Not Cut In Reverse

This is not a qoute at all -- it is a safety feature. The cutting deck must be disengaged before the tractor can be shifted into reverse. However if the riding lawn mower was produced in 2005 or later it may be qualified with reverse mowing technology. This allows the operator to mow in reverse. Refer to the operator's hand-operated for instructions.

Problem 7: Tractor Will Not Move Freely In Neutral

Check the operating hand-operated to ensure the transmission relief valve is in the allowable position. If it does not move in neutral, make sure the brake is fully releasing.

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