Ps:1 Shopsmith Jointer Module Safety Exam

1. When should you make a fence adjustment to the jointer?

Before turning on the power.

After turning on the power.

While the jointer is running.

It doesn't really matter.

Before turning on the power is the correct answer because making a fence adjustment to the jointer while it is running or after turning on the power can be extremely dangerous. The jointer's spinning blades can cause serious injuries if the fence is not properly adjusted before the machine is turned on. Therefore, it is crucial to ensure that the fence is correctly set before powering on the jointer to avoid any accidents or injuries.

Explanation

Before turning on the power is the correct answer because making a fence adjustment to the jointer while it is running or after turning on the power can be extremely dangerous. The jointer's spinning blades can cause serious injuries if the fence is not properly adjusted before the machine is turned on. Therefore, it is crucial to ensure that the fence is correctly set before powering on the jointer to avoid any accidents or injuries.

2. What is generally excessive position of a jointer operator?

Stand in a balanced position and ready to walk the board through.

Stand on the left side of the machine.

Stand right in the middle next to the rotating blade.

Stand at the end of the infeed table.

The generally excessive position of a jointer operator is standing right in the middle next to the rotating blade. This position is dangerous as it puts the operator at risk of coming into contact with the blade, which can cause serious injury. It is important for the operator to stand in a balanced position and be ready to walk the board through, while also maintaining a safe distance from the blade.

Explanation

The generally excessive position of a jointer operator is standing right in the middle next to the rotating blade. This position is dangerous as it puts the operator at risk of coming into contact with the blade, which can cause serious injury. It is important for the operator to stand in a balanced position and be ready to walk the board through, while also maintaining a safe distance from the blade.

3. In you which direction should you run the wood on the jointer?

Across the grain if it is wider than 12".

With the grain.

It does not matter.

None of the above.

When using a jointer, it is recommended to run the wood with the grain. This helps to ensure a smooth and even surface by reducing tear-out and minimizing the risk of splintering. Running the wood across the grain, especially if it is wider than 12 inches, can lead to uneven cuts and potential damage to the wood. Therefore, the correct direction to run the wood on the jointer is with the grain.

Explanation

When using a jointer, it is recommended to run the wood with the grain. This helps to ensure a smooth and even surface by reducing tear-out and minimizing the risk of splintering. Running the wood across the grain, especially if it is wider than 12 inches, can lead to uneven cuts and potential damage to the wood. Therefore, the correct direction to run the wood on the jointer is with the grain.

4. The purpose of adjusting the fence is to:

Joint a bevel.

Allow parts of the blade to be used.

Accommodate surfacing the face of a board.

All of the above.

Adjusting the fence serves multiple purposes. Firstly, it allows for jointing a bevel, which means creating a beveled edge on a board. Secondly, it enables the utilization of different parts of the blade, depending on the desired cut. Lastly, adjusting the fence accommodates surfacing the face of a board, which involves planing or smoothing the surface to make it even. Therefore, the correct answer is "All of the above" as adjusting the fence serves all these purposes.

Explanation

Adjusting the fence serves multiple purposes. Firstly, it allows for jointing a bevel, which means creating a beveled edge on a board. Secondly, it enables the utilization of different parts of the blade, depending on the desired cut. Lastly, adjusting the fence accommodates surfacing the face of a board, which involves planing or smoothing the surface to make it even. Therefore, the correct answer is "All of the above" as adjusting the fence serves all these purposes.

5. Stock less than 12" in length:

May be surface if you have a friend watching to warn you of tip-in.

Must never be jointed.

Is permissible as long as the action is with the grain.

Can be jointed if the cut is less than 1/8".

Stock less than 12" in length must never be jointed. Jointing involves running a piece of wood along a jointer to create a flat, smooth surface. However, when the stock is less than 12" in length, it becomes difficult to safely and effectively joint the wood. The short length can make it unstable and increase the risk of accidents. Therefore, it is best to avoid jointing stock that is less than 12" in length.

Explanation

Stock less than 12" in length must never be jointed. Jointing involves running a piece of wood along a jointer to create a flat, smooth surface. However, when the stock is less than 12" in length, it becomes difficult to safely and effectively joint the wood. The short length can make it unstable and increase the risk of accidents. Therefore, it is best to avoid jointing stock that is less than 12" in length.

6. When jointing edge stock your hands should be located:

Always behind the stock, pushing it from the infeed table.

Protected by a push stick and/or block.

On the front end of the stock pulling it through.

Directly over the blades.

When jointing edge stock, it is important to protect your hands by using a push stick and/or block. This is because jointing involves passing the stock over blades, which can be dangerous if your hands are directly over them. By using a push stick and/or block, you can maintain a safe distance from the blades while still being able to guide the stock through the jointer. This helps to prevent any potential accidents or injuries that could occur if your hands were in close proximity to the blades.

Explanation

When jointing edge stock, it is important to protect your hands by using a push stick and/or block. This is because jointing involves passing the stock over blades, which can be dangerous if your hands are directly over them. By using a push stick and/or block, you can maintain a safe distance from the blades while still being able to guide the stock through the jointer. This helps to prevent any potential accidents or injuries that could occur if your hands were in close proximity to the blades.

7. When jointing the face of stock hands your should be located:

Always behind the stock pushing it from the infeed table.

Placed on the outfeed table.

Directly over but not behind the blades.

Protected by a push block.

When jointing the face of stock, your hands should be protected by a push block. This is because when jointing, the stock is fed into the blades of the jointer, and there is a risk of the stock being pulled through the blades, potentially causing injury to your hands. By using a push block, you can safely guide the stock through the jointer without putting your hands in direct contact with the blades. This ensures that your hands are protected from any potential accidents or injuries.

Explanation

When jointing the face of stock, your hands should be protected by a push block. This is because when jointing, the stock is fed into the blades of the jointer, and there is a risk of the stock being pulled through the blades, potentially causing injury to your hands. By using a push block, you can safely guide the stock through the jointer without putting your hands in direct contact with the blades. This ensures that your hands are protected from any potential accidents or injuries.

8. The maximum amount of material that can be removed per pass on the jointer is:

1/16"

3/8" to 5/8"

1/2"

It does not matter.

The correct answer is 1/16". The jointer is a woodworking tool used to flatten and smooth the surface of a piece of wood. It is designed to remove a small amount of material with each pass, typically around 1/16" in order to achieve a smooth and even surface. Removing more material per pass can result in an uneven surface and can be unsafe. Therefore, the maximum amount of material that can be removed per pass on the jointer is 1/16".

Explanation

The correct answer is 1/16". The jointer is a woodworking tool used to flatten and smooth the surface of a piece of wood. It is designed to remove a small amount of material with each pass, typically around 1/16" in order to achieve a smooth and even surface. Removing more material per pass can result in an uneven surface and can be unsafe. Therefore, the maximum amount of material that can be removed per pass on the jointer is 1/16".

9. When jointing long pieces of stock it is safest to:

Have a helper pull one end through.

Put more pressure on the piece to keep it from drooping.

Cut the wood by yourself so no one else gets hurt.

Have a helper or roller stand to support one end.

When jointing long pieces of stock, it is safest to have a helper or roller stand to support one end. This is because jointing involves running a piece of wood along a jointer, which can be difficult to do alone, especially with long pieces of stock. Having a helper or roller stand to support one end ensures that the piece remains stable and prevents it from drooping or causing any accidents. This additional support helps to maintain control and accuracy during the jointing process, making it safer for the person operating the jointer.

Explanation

When jointing long pieces of stock, it is safest to have a helper or roller stand to support one end. This is because jointing involves running a piece of wood along a jointer, which can be difficult to do alone, especially with long pieces of stock. Having a helper or roller stand to support one end ensures that the piece remains stable and prevents it from drooping or causing any accidents. This additional support helps to maintain control and accuracy during the jointing process, making it safer for the person operating the jointer.

10. The thinnest that your stock can be to be safely jointed is:

1/4"

1/2"

5/8"

7/8"

To safely joint stock, it needs to have a certain thickness to provide stability and strength. The thinnest option provided, which is 5/8", is the minimum thickness that can be safely jointed. Thinner options like 1/4" or 1/2" would not provide enough stability and may not hold the joint securely. The thickest option, 7/8", would be unnecessarily thick and could add unnecessary weight and bulk to the joint. Therefore, 5/8" is the correct answer.

Explanation

To safely joint stock, it needs to have a certain thickness to provide stability and strength. The thinnest option provided, which is 5/8", is the minimum thickness that can be safely jointed. Thinner options like 1/4" or 1/2" would not provide enough stability and may not hold the joint securely. The thickest option, 7/8", would be unnecessarily thick and could add unnecessary weight and bulk to the joint. Therefore, 5/8" is the correct answer.