Eugene, an avid self-taught DIYer and engineer, has acquired almost 40 years of experience with power/hand tools, plumbing, and woodwork.
Tips for Ladder Safety
I don't claim to be a safety expert but I have been up and down ladders regularly for the last 30 years doing all sorts of maintenance and have also learned from a neighbor who spent most of his life working with ladders. This article gives you some common sense tips for ladder safety when doing DIY and working at a height.
Wear Proper Footwear and Clothing
Proper clothing is essential when working at a height.
- Wear shoes or boots with good grips to avoid slipping. Steel toe caps will prevent injury if you drop something on your toe.
- If there's a risk of something falling on top of you from above, wear a safety helmet.
- Don't wear loose clothing which could get caught in something as you move around a roof or climb a ladder.
- Personally I always feel safer without gloves when climbing a ladder or trees. Gloves can slip on your hands and you don't get any tactile feedback about the surface your gripping. It's up to you what you feel comfortable with.
What Are the Parts of a Ladder?
- Stiles. The two vertical sides of a ladder that carry the rungs
- Rungs. The horizontal struts that you climb and stand on
- Feet. These are like "shoes" on the bottom of the stiles. Their function is to stop the ladder slipping and also act as a broad surface to spread load so that the stiles won't sink into soft ground. Feet are usually plastic or rubber with treads to increase friction
How to Check a Ladder is Safe Before Use
Ladders should be inspected before they are used to ensure that they are in good condition and trustworthy. So here's a checklist:
- The shoes on the feet of the ladder should be in place, not worn and free from any debris such as mud or leaves
- Make sure the treads on the rungs are dry. Remove any mud, oil or other material that could make them slippery
- Rungs on the ladder should be checked to ensure that they attach firmly to the stiles or sides of the ladder. Sometimes rungs are spot welded to the stiles on step ladders and these welds need to be checked
- Ensure the bolts or rivets holding the guides which keep the sections of an extension ladder together are in good condition and not loose, worn or corroded
- Wooden ladders should be checked for cracks in the stiles and rungs
- Make sure any safety catches on extension ladders are locked into place to stop the ladder sections from separating
How to Erect a Ladder
- When erecting a ladder, place the feet of the ladder tightly against the base of the wall where it meets the ground, then walk towards the wall while rising the ladder and keeping the feet pushed tightly against the wall.
- When the top of the ladder is near the wall, while still holding it with one hand, you can pull the end of the ladder out from the base of the wall with your other hand and allow the top of it to rest against the wall surface. This gives you better control than just pushing the ladder up against the wall.
- Place the feet on ground which isn't wet or slippery. Avoid areas with loose stone or gravel which can slide.
- If one of the feet of the ladder doesn't touch the ground, try to re-position it. If this is not possible, place a flat rough board under one of the feet to make it level.
- Get someone to stand at the base of the ladder to put pressure on it and stop it moving. An alternative is to use bags of sand or several heavy blocks to weight the base and increase friction. If the feet are placed on a lawn, jump up and down a couple of times on the bottom rung to dig the feet into the lawn. You can also hammer a couple of pegs or iron bars down into the lawn while keeping them tightly in contact with the bottom rung to prevent slipping.
- Avoid placing a ladder against gutters which can result in damage. If this is not an option, when climbing and working on the ladder, be extremely careful as it is possible for the ladder to slide sideways along the edge of the gutter. This is more likely to happen with cast iron gutters which don't deform. A ladder standoff attachment can be used to rest the top of the ladder on the slope of a pitched roof.
- Sections of an extension ladder should overlap by typically 3 feet for ladders up to 36 feet long and 4 feet for longer ladders.
When working on a ladder, roof or on scaffolding you need to think ahead. A simple mistake can be fatal. Don't make any impulsive movements. You need to think "If I move this way or that way or stand here, or turn around or take my hand off that, will I fall?"
Do's and Don'ts While Working on a Ladder
- Don't try to lean too far to one side as the ladder could slide or you could overbalance.
- Ideally you should keep one hand on a rung of the ladder because if your foot slips, you may not be quick enough to grab the ladder to save yourself.
- You should never work so high on a ladder that you can't hold onto a rung in front of or above you. The same goes for step ladders. It is essential that you are able to hold onto something to brace yourself.
- Use "S" hooks to hold tins of paint onto the rungs. A bucket attached to a rung with an S-hook is useful for holding a selection of tools.
- Never step on rungs above the point at which the ladder rests against the edge of the roof. Otherwise it may pivot or "see-saw" at this point, the feet of the ladder will rise off the ground and it could end up slipping.
- Step onto a roof from the rung below the edge of the roof. Avoid leaning heavily against the section that extends above the roof edge. It's vitally important not to push sideways to prevent the ladder slipping.
How to Use a Ladder Without Damaging Gutters
A ladder can slide on gutters or damage them. A better solution is to use a standoff which keeps the ladder away from the wall. This bolts or clamps onto the top of the ladder and rests on the roof surface, keeping the stiles of the ladder clear of the gutters.
Using Tools Safely at a Height
Some tools can be dangerous to use at a height. Examples are reciprocating saws and high torque drills without a chuck. The blade of a reciprocating saw can stick in what you're cutting and the bit of a powerful drill can also stick. If the drill doesn't have a safety chuck that will allow the motor to continue spinning, the drill will tend to spin around in your arms, potentially causing you to lose your balance. A dropped tool such as a screwdriver can kill someone on the ground, so it's essential to be aware of people down below also and keep them out of range, especially children.
Working on Scaffolding
When you are working on scaffolding you are generally safer because you have a broad flat surface to stand on. However scaffolding is not without its hazards.
Scaffolding should be properly leveled and braced and all bars hammered securely into place. Wet scaffolding boards are a slip hazard, especially if they have been left out in the weather and algae has grown on them. They should be stored indoors and kept dry if possible.
Working on a Roof and How to Walk on Tiles
When walking on a pitched apex roof, use a roof ladder if possible. If you have to walk on the tiles, to avoid breakage, walk on the middle of the tile at the bottom edge where it overlaps the next tile below it. This is supported by a wooden batten underneath. Avoid the overlapping left or right edges of the tiles with a water channel as the edges may crack. Try not to put all your weight on one leg but spread it equally. Walk slowly to avoid impact. Don't walk on a wet roof or on moss and it is important that you have good grips on boots or shoes and they aren't wet.
Avoid Overhead Power Lines!
Sometimes power is supplied to buildings via overhead lines. These lines attach onto the building structure near chimneys, at the gable end, or just underneath the soffit. Lines aren't always insulated and even if they are, insulation can be wet and the moisture may be making contact with any jointing in the cables at the support point. So it's wise to steer clear of these cables and don't let an aluminum ladder come in contact with them. Never use a power washer close to a power line. Water conducts enough electricity and a shock can be fatal!
This article is accurate and true to the best of the author’s knowledge. Content is for informational or entertainment purposes only and does not substitute for personal counsel or professional advice in business, financial, legal, or technical matters.
© 2012 Eugene Brennan