Bolt Stud Removal
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Bolt Stud Removal
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Alden 8440P Pro Grabit Broken Bolt and Damaged Screw Extractor 4 Piece Kit List Price: $25.99 Sale Price: $17.40 |
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proGrabit works on damaged screws and broken bolts from as small as No. 4 screws to as large as a 3 8'' bolt. Quickly and easily removes most damaged screws such as hex, Phillips, torx, and square drive. 2 step drill bit and extractor in 1 tool. Professional grade multipurpose extractors are compatible with 1 4'' hex shank chucks. No. 8401P: No. 1 No. 8402P: No. 2 No. 8403P: No. 3 No. 8404P: No. 4 No. 8440P: 4 piece (Sizes No. 1, 2, 3, and 4) Everybody knows the frustration of removing stripped screws and bolts. With the Alden 4-Piece Grabit Broken Bolt and Damaged Screw Extractors Set, you can finally get rid of that headache. It is industrial strenghth and is made from high quality tool steel. It is designed to be used in a variable reversible drill but is also effective using a 1/4 inch hex screwdriver and extracts many type fasteners including: Phillips, Slotted, Hex, Trox, Tri-Wing,Pozidriv, Fearson, most tamper resistant screws and many more. |
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Moody Tools 58-0670 6-Piece Slot/Phil/Screw Extractor Combo Reversible Driver Set List Price: $33.00 Sale Price: $20.05 |
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Miniature tools designed for electronic and optical industries. Six reversible blade tools including 4 screw extractors and 2 slotted and Phillips screwdrivers. Screwdriver sizes: Phillips 0 X 2.2mm slotted; Phillips 00 X 1.8mm slotted; Screw extractor sizes: 1.1 X 1.5mm, 1.25 X 1.25mm, 1.5 X 1.5mm and 2.0 X 2.0mm. Blue aluminum tools in a vinyl pouch.(USA) |
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Irwin Industrial Tools 394001 Bolt-Grip Bolt Extractor Base Set, 5-Piece List Price: $42.73 Sale Price: $22.29 |
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When you are faced with a rounded-off, rusted-tight or painted-over bolt, the Irwin Industrial bolt-grip bolt extractor will break it free. The reverse spiral flutes are designed to bite down to provide maximum gripping power. The high carbon steel ensures longer life and greater durability and the universal lobular design fits all types of fasteners. It has a 3/8-inch square drive for use with hand ratchets, impact wrenches and air ratchets; hexagonal flats for use with flat wrench, pliers, adjustable wrench, sockets or vise-grip locking pliers The Irwin 5-pc. deep well Bolt-Grip fastener remover easily removes damaged nuts and bolts that have rusted tight, painted over or rounded off. Engineered to grip bolts in almost any condition. U.S.A. Drive (in.): 3/8, Pieces (qty.): 5, SAE Socket Size (in.): (Deep Well Bolt-Grip ) 3/8, 7/16(11mm), 1/2, 9/16(14mm), 5/8(16mm), Material Type: High Carbon Steel, Storage Type: Case |
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PIAA 30092 Lamp Lock List Price: $36.98 Sale Price: $27.00 |
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Piaa Corporation Usa 30092 Lamp Locks For Two Lamps |
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McGard 27178 Chrome/Black Bolt Style Cone Seat Wheel Locks (M12 x 1.5) - Set of 4 List Price: $47.59 Sale Price: $38.20 |
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Lug Bolts, Steel, Black Chrome, 12mm x 1.50 RH, 1.000 in. Thread Length, Conical Seat, Set of 4 --- ** Thread Size: 12mm x 1.50 RH ** Lug Bolt Seat Style: Conical seat ** Lug Bolt Head Style: Standard locking ** Lug Bolt Material: Steel ** Lug Bolt Finish |
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Repairing a leaking valve cover on a Jeep 4.0 is simple and can be accomplished with simple hand tools. Here are the steps to stop your valve cover oil leaks.
The early Jeep 4.0 valve cover is sealed with RTV silicone. However after 1995, Jeep used a rubber coated metal gasket. Be sure to get the right seal before removing the valve cover to repair a leak. The proper silicone is oil resistant. You can get it from a Jeep Dealer or from some aftermarket suppliers such as Crown Automotive.
Begin by removing the cables going to the throttle body. These unclip from the throttle body and the bracket between the throttle body and the valve cover. Label them and lay them aside.
Remove the crankcase vent tubes.
Next, remove the hose supports and spark plug wire holders that may be attached to the longer studs of the valve cover retaining bolts.
Make a cardboard or Styrofoam template of the valve cover and use this template to keep track of the various types of bolts used to secure the cover. They need to be installed in the same holes they came out of.
Remove all the bolts. They are typically 11mm and you will need a deep well socket for the studs. On the Cherokee, there is one in the back near the firewall that can be difficult to access. I use a 3/8 drive socket mounted on a universal joint to access it.
With all the bolts out, carefully bump the cover with your hand or a rubber hammer to break the seal. Carefully lift it off the head taking care not to drop trash into the valve area.
Scrape off the old gasket material. If you are working the earlier RTV type seal, a Scotchbrite wheel on a drill can be helpful to clean the cover. I mount mine in my drill press to make it easier to handle.
Clean the head mounting surface as well.
For the gasket style, simply place the gasket on the head. Pay attention to the two locating dowels to make sure the gasket is properly aligned. For the RTV style, apply a thick even bead of silicone to the cover and let it sit for about five minutes before installing the cover.
Set the cover in place and make sure it is aligned properly. Make sure that none of the wires or other tabs are trapped between the cover and the head.
Using your template, put the bolts and studs back into the holes they came from. Tighten them snugly but not too tight. These are small bolts.
Replace the holders on the studs and put back any nuts that were removed.
Reconnect the cables to the throttle body.
Reconnect the crankcase vent lines.
Take a moment to check for any other lines that may have been knocked out of place. It is easy to pop out the line to the MAP sensor or the fuel pressure regulator while removing or replacing the valve cover.
The gasket style can be started immediately and checked for leaks. The RTV style needs to set at least half and hour before starting.
Mike Strawbridge is a Performance Improvement Coach who loves helping people achieve what they truly want in life and business.
To learn more about how to save money of Jeep repairs see ==> http://mikestrawbridge.com/blog
Methods For Hanging Framed Pictures, Part 2: Hanging Heavy Pictures
In Part 1 of this series, we acknowledged how framed art can bring out the beauty in any space, personal or professional. But novice decorators might feel intimidated by the prospect of hanging heavier pieces. Here we discuss the process of hanging heavier pictures, which simply requires a little more planning.
Starting with a couple of general principles, make sure, first of all, that the art is secure in its frame. Any loose areas will worsen under pressure, and might cause damage to both the frame and art, or even allow the piece to fall. Also, plan to hang heavy pictures from two secure points. Hanging them from one point will create stress across the back of the frame, weakening corners and opening mitres.
Next, you need to know the material and thickness of the wall you intend to use. Wood is suitable for almost any object. Concrete requires special anchors. Particle board should not be used for heavy pieces. The most common material is drywall, which comes in thicknesses of ½" to 1 ½". The standard thickness is 5/8", but in some newer construction you might find ½" walls, and sometimes shared walls are up to 1 ½". You may want to use extra precautions for hanging objects on thin drywall, or check the specifications of whatever fasteners you choose.
Once you have secured your picture and analyzed the wall materials, you are ready for the three-part process of hanging a heavy picture. These steps are:
1. Installing a fastener to anchor the picture to the wall;
2. Installing a hanging device on the frame itself;
3. Installing the matching hardware to connect the frame to the wall.
Some systems are designed to streamline the process. All the most popular methods are discussed below.
The Wall: Installation Fasteners
After you have analyzed the material of the wall and made sure it is structurally suitable, you need to decide on the method you will use to secure the picture to the wall. There are essentially five different types of wall fasteners:
Anchors: Anchors are over-sized screws which allow a screw to be inserted into the center. They are designed for drywall, and require only a Phillips screwdriver for installation. The screw can be easily removed from the anchor, and the anchor itself can be removed in seconds as well. Anchors can be used with any hanging device.
Toggle Bolts: Also known as butterfly bolts, Toggle Bolts are very strong fasteners for drywall. Toggle Bolts come in two pieces, a long bolt and the toggle itself. You need to drill a fairly large hole for the toggle to fit through, thread it onto the bolt, then insert the whole unit into the hole. Once installed, the toggle springs open like a butterfly behind the wall. The bolt can later be loosened but not fully removed without losing the toggle section inside the wall.
Molly Bolts: Another strong fastener for drywall, Molly Bolts are similar to Toggle Bolts, but are in one piece, and don't require as large a hole to be drilled. The Molly Bolt is drilled into the wall like a screw, then the tightening action fans the holding section of the screw behind the drywall. The object then attaches through the same screw hole used for installation. After installation, the bolt portion of the Molly can be fully removed and reattached as often as required.
Wall-DogsTM: This anchorless screw is the best choice for attaching Heavy Duty Cleats or the Hangman wall brackets to nearly every material, including concrete. No wall anchors are needed, but Wall-DogTM, anchorless screws require a special drill bit for drilling the screw holes in the wall. This can be purchased at any big box store.
Bear ClawTM: A relatively new addition to the fastener marketplace, this is a self-tapping, anchorless screw used in studs, plaster or drywall, developed and marketed by Hangman Products . The Bear Claw™ is installed with a few taps and a screwdriver. While the Bear ClawTM will not bear as much weight as the Wall-DogTM, it will certainly support most heavy paintings, canvas or paper. The Bear ClawTM is easily removable.
The Picture: Hanging Devices and Connecting to the Wall
As part of your decision regarding the anchor system on the wall, you will need to consider which technology to use for hanging your picture.
The frame will either be hung from two points on the wall, with a hanging device attached to two points on the frame (with or without picture wire), as with most of the older picture technology. Or, it will be hung with a system that spreads the weight across a broad piece of metal, as with the newer technology.
The most common Hanging Devices for pictures are:
Heavy-Duty Cleat Hanger: This technology, sold in a set, consists of either one 24" long or one 40" long extruded aluminum cleat which is mounted on the wall with screws and anchors and a pair of matching profile 2 1/2" long cleats that are screwed onto the back side of the picture frame. Based on the old woodworking "French Cleat" principle, this mounting system creates simple, strong and reliable installations for large or heavy paneling, signage, framed mirrors or artwork.
D-Rings, with or without Picture Wire: To use D-rings without picture wire, install them at the back top corners of the frame, making sure they are perfectly even. (You will also need to be sure the screws and anchors are perfectly level on the wall so your picture hangs level.) Pre-drill the holes and use the included screws to secure the D-ring. Then hang the D-rings directly onto the screws anchored into the wall. Hangman Products has just introduced a Double-Headed Bear Claw™ screw designed especially for D-rings and wire. At any rate, do not attempt to hang a heavy picture with D-rings without first installing an appropriate wall fastener.
To use picture wire with D-rings, install them one-quarter to one-third down from the top on the side rails of the frame. If the frame allows, rotate the hangers in slightly, so they will be in line with picture wire when pulled taut. Pre-drill the holes, and fasten the D-rings with the included screws. String the picture wire through, allowing enough slack so that the apex of the wire is half-way between the D-rings and the top of the frame. Remember that you will be using two anchor points, so you will actually have two top points.
The Hangman Products Heavy Duty Hangman System is a high-strength, all aluminum two bracket hanger which disperses the weight along the back of the picture. The brackets are available in lengths from 6" to 30" to accommodate a wide array of sizes and weights. The Heavy Duty System is designed for hanging paper art in wooden frames. One bracket is screwed into the wooden frame and the other attaches to the wall with either wall anchors and screws or Wall-dog™ screws (all included). The interlocking brackets then slide together to secure the picture. The wall bracket also contains a removable bubble level to guarantee that your installation is level.
The Hangman Products Frame/Canvas Hanger is a high strength, all aluminum, two bracket hanger designed to hang canvas in wooden frames. One bracket is screwed into the wooden frame and the other attaches to the wall with screws and anchors or Bear Claw™ anchorless screws. The interlocking brackets then slide together to secure the picture. As with the Hangman Heavy Duty System, the wall bracket contains a removable bubble level, and all hardware is included with this product.
A Couple of Extra Tips:
Rust: No matter what system you choose, always use materials which will not rust: nickel-plated screws, brass or nickel-plated screw eyes and D-rings, and non-rusting multi-strand wire if you are using wire. Rust will weaken any system and may allow your picture to fall.
Very Heavy Pictures: For very heavy pieces, you might want to use a well-secured picture rail. Or, you might consider using a shelf to distribute some of the weight.
About the Author
Sheila Gallien is a noted screenplay consultant who also writes articles on picture hanging in her spare time. For more information on framing please go to
The Hangman Store
or
Hangman Products
.
Carburetor Removal from Intake Manifold?
I'm trying to take the carburetor off of my old '75 F-150. There seem to be four mounting bolts leading to the manifold, and a spacer. I took all of the retaining nuts from the studs, and disconnected the hoses, but I can't get the carb off. Why? What do I need to do? I don't think there are any more mounting bolts to the intake manifold.
there should just be 4 holding it on,it may be stuck to the gasket real good,but look around it real good for anything else that might be holding it on,most of the time its the gasket that causes it to stick like that,good luck hope this helps.
• A Walk Across Rowan - Dog Days of Summer
We learned Tuesday why August has its dog days. Post photographer Jon Lakey and I couldnât resist following a sign on U.S. 29 South that took us down a gravel road to where Pam Hamby has a pet grooming and boarding business. The sign gave the name ...
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