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Edit count of the user (user_editcount) | 0 |
Name of the user account (user_name) | 'ShermanOHara36' |
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Page title (without namespace) (page_title) | 'How To Fix A 1 2 Inch Threaded Ball Valve To The Ground' |
Full page title (page_prefixedtitle) | 'How To Fix A 1 2 Inch Threaded Ball Valve To The Ground' |
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New content model (new_content_model) | 'wikitext' |
Old page wikitext, before the edit (old_wikitext) | '' |
New page wikitext, after the edit (new_wikitext) | '<br>Cam Lock Taps are used in the majority of underground mines. The threaded ball valve is inserted into the large hole in the side of the camlock. The valve closes as soon as the ball comes into contact with the earth. If you were to drill straight down into the earth, the valve would close before the ball came into contact with it. The threaded ball valve has a small opening in its face, so that the metal sleeve can push up on the flange so that it holds the ball tightly. The hole drilled into the side of the clock allows the ball to be reused.<br><br><br>I have found that most of these ball valves have a hole at the bottom. This hole acts as the seat of the threaded ball. If the hole in the ball were not there, the ball would just roll down an incline and settle out of sight. That means that when you are drilling a hole, it is important to make sure that you go all the way in, because if you do not go all the way in, the hole may seal too tight and prevent the ball from coming in contact with the ground. If you drill a hole in the ball too small, or too big, then you could ruin the valve.<br><br><br>The threaded ball valve I have had the most trouble with, is the one that is installed in the earth near the surface of the ground. Because of the pressure, or other reasons, the hole was not drilled all the way through. Now, instead of just being able to slip the ball inside, it would be stuck on the side of the hole. It would either sit in the hole and cause the valve to close, or it would cause the valve to become completely ineffective, because the pressure would cause it to wear away.<br><br><br>The best way to deal with this problem, and to keep the threaded ball inside the valve, is to drill the hole that leads to the floor, but keep the threaded ball valve inside the fixture. This way, if the hole was not drilled all the way through, the ball would be able to slide in and out easily, keeping the valve from becoming ineffective. You may need some sort of wrench to do this, or you might just be able to use some pliers to pull the threaded ball out. If you decide to do it this way, then you will have to put something under the threaded ball to keep it in place, because it is very possible for the ball to pop out of the hole. If the ball gets stuck on the floor, you may end up having to remove the ball in order to fix the problem.<br><br><br>Another way to deal with this problem is to drill a hole in the ground for the threaded ball valve, and then install a float to keep the ball moving. I don't recommend this, because I have seen these products work badly. For more information about [https://www.shunchengvalve.com/camlock-coupling/ please click for source] stop by our page. If you have a good bit of experience working with water supplies, then this may work; however, experience is necessary. It seems to me that installing the threaded ball valve incorrectly can lead to the loss of the entire system.<br><br><br>Another way to deal with this is to build your own version of the threaded ball valve, which you can easily make at home from a kit. You would need copper piping with an open-ended end and a copper ball valve. Then you would drill a hole in the ground for the ball valve and then install the copper piping. Then you would screw on the threaded ball valve and the copper ball valve to one another. To keep the ball valve from popping out when you turn the pump on and off, you would need to add a seat. This might be something that you would want to check into if you have a manual pump.<br>' |
Unified diff of changes made by edit (edit_diff) | '@@ -1,0 +1,1 @@
+<br>Cam Lock Taps are used in the majority of underground mines. The threaded ball valve is inserted into the large hole in the side of the camlock. The valve closes as soon as the ball comes into contact with the earth. If you were to drill straight down into the earth, the valve would close before the ball came into contact with it. The threaded ball valve has a small opening in its face, so that the metal sleeve can push up on the flange so that it holds the ball tightly. The hole drilled into the side of the clock allows the ball to be reused.<br><br><br>I have found that most of these ball valves have a hole at the bottom. This hole acts as the seat of the threaded ball. If the hole in the ball were not there, the ball would just roll down an incline and settle out of sight. That means that when you are drilling a hole, it is important to make sure that you go all the way in, because if you do not go all the way in, the hole may seal too tight and prevent the ball from coming in contact with the ground. If you drill a hole in the ball too small, or too big, then you could ruin the valve.<br><br><br>The threaded ball valve I have had the most trouble with, is the one that is installed in the earth near the surface of the ground. Because of the pressure, or other reasons, the hole was not drilled all the way through. Now, instead of just being able to slip the ball inside, it would be stuck on the side of the hole. It would either sit in the hole and cause the valve to close, or it would cause the valve to become completely ineffective, because the pressure would cause it to wear away.<br><br><br>The best way to deal with this problem, and to keep the threaded ball inside the valve, is to drill the hole that leads to the floor, but keep the threaded ball valve inside the fixture. This way, if the hole was not drilled all the way through, the ball would be able to slide in and out easily, keeping the valve from becoming ineffective. You may need some sort of wrench to do this, or you might just be able to use some pliers to pull the threaded ball out. If you decide to do it this way, then you will have to put something under the threaded ball to keep it in place, because it is very possible for the ball to pop out of the hole. If the ball gets stuck on the floor, you may end up having to remove the ball in order to fix the problem.<br><br><br>Another way to deal with this problem is to drill a hole in the ground for the threaded ball valve, and then install a float to keep the ball moving. I don't recommend this, because I have seen these products work badly. For more information about [https://www.shunchengvalve.com/camlock-coupling/ please click for source] stop by our page. If you have a good bit of experience working with water supplies, then this may work; however, experience is necessary. It seems to me that installing the threaded ball valve incorrectly can lead to the loss of the entire system.<br><br><br>Another way to deal with this is to build your own version of the threaded ball valve, which you can easily make at home from a kit. You would need copper piping with an open-ended end and a copper ball valve. Then you would drill a hole in the ground for the ball valve and then install the copper piping. Then you would screw on the threaded ball valve and the copper ball valve to one another. To keep the ball valve from popping out when you turn the pump on and off, you would need to add a seat. This might be something that you would want to check into if you have a manual pump.<br>
' |
New page size (new_size) | 3560 |
Old page size (old_size) | 0 |
Size change in edit (edit_delta) | 3560 |
Lines added in edit (added_lines) | [
0 => '<br>Cam Lock Taps are used in the majority of underground mines. The threaded ball valve is inserted into the large hole in the side of the camlock. The valve closes as soon as the ball comes into contact with the earth. If you were to drill straight down into the earth, the valve would close before the ball came into contact with it. The threaded ball valve has a small opening in its face, so that the metal sleeve can push up on the flange so that it holds the ball tightly. The hole drilled into the side of the clock allows the ball to be reused.<br><br><br>I have found that most of these ball valves have a hole at the bottom. This hole acts as the seat of the threaded ball. If the hole in the ball were not there, the ball would just roll down an incline and settle out of sight. That means that when you are drilling a hole, it is important to make sure that you go all the way in, because if you do not go all the way in, the hole may seal too tight and prevent the ball from coming in contact with the ground. If you drill a hole in the ball too small, or too big, then you could ruin the valve.<br><br><br>The threaded ball valve I have had the most trouble with, is the one that is installed in the earth near the surface of the ground. Because of the pressure, or other reasons, the hole was not drilled all the way through. Now, instead of just being able to slip the ball inside, it would be stuck on the side of the hole. It would either sit in the hole and cause the valve to close, or it would cause the valve to become completely ineffective, because the pressure would cause it to wear away.<br><br><br>The best way to deal with this problem, and to keep the threaded ball inside the valve, is to drill the hole that leads to the floor, but keep the threaded ball valve inside the fixture. This way, if the hole was not drilled all the way through, the ball would be able to slide in and out easily, keeping the valve from becoming ineffective. You may need some sort of wrench to do this, or you might just be able to use some pliers to pull the threaded ball out. If you decide to do it this way, then you will have to put something under the threaded ball to keep it in place, because it is very possible for the ball to pop out of the hole. If the ball gets stuck on the floor, you may end up having to remove the ball in order to fix the problem.<br><br><br>Another way to deal with this problem is to drill a hole in the ground for the threaded ball valve, and then install a float to keep the ball moving. I don't recommend this, because I have seen these products work badly. For more information about [https://www.shunchengvalve.com/camlock-coupling/ please click for source] stop by our page. If you have a good bit of experience working with water supplies, then this may work; however, experience is necessary. It seems to me that installing the threaded ball valve incorrectly can lead to the loss of the entire system.<br><br><br>Another way to deal with this is to build your own version of the threaded ball valve, which you can easily make at home from a kit. You would need copper piping with an open-ended end and a copper ball valve. Then you would drill a hole in the ground for the ball valve and then install the copper piping. Then you would screw on the threaded ball valve and the copper ball valve to one another. To keep the ball valve from popping out when you turn the pump on and off, you would need to add a seat. This might be something that you would want to check into if you have a manual pump.<br>'
] |
All external links added in the edit (added_links) | [
0 => 'https://www.shunchengvalve.com/camlock-coupling/'
] |
All external links in the new text (all_links) | [
0 => 'https://www.shunchengvalve.com/camlock-coupling/'
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Links in the page, before the edit (old_links) | [] |
Unix timestamp of change (timestamp) | 1652953495 |
