![]() To turn the magnet off, push the Magnet button. To turn the magnet on, push the Magnet button. 6D) The magnet button must be activated before the drill will run. The tool is under load, or when the tool has stopped. NOTE: To avoid damage to the gearbox, do not shift at full speed, when To change speeds, turn the drill off and rotate the lever up or down while Speed for large diameter bits and high speed for small diameter bits (see 4292-1 operate in either high or low speed. Replace the knurled collar and tighten.Ĭat. Replace the Morse Taper Socket by aligning the notches with tabsĤ. Strike the bit tang firmly with a soft metal mallet or strike the bit tangģ. Unscrew the knurled collar and remove the entire Morse Taper Socket. To remove a bit or adapter from the socket: 1. Press the taper firmly into the socket, or use the feed handle to press Slides into the slot at the top of the socket.ģ. Insert the taper into the socket and rotate the taper until the bit tang Make sure the taper is clean and lightly oiled. To insert a bit or adapter into the socket: 1. Clockwise (Tighten) - Counterclockwise (Loosen) To remove the bit, insert the chuck key into one of the three holes in Place the chuck key in each of the three holes in the chuck, turning Center the bit in theĬhuck jaws and lift it about 1/32" off of the bottom. When using drill bits, insert the bit into the chuck. Open the chuck jaws wide enough to insert the bit. Move the housing to position the drill bit over the center of the hole.ġ. Loosen the adjusting handle located at the back of the housing base. Position the magnetic base so that the drill bit is near the desired hole Remove the chain (if drilling overhead or on a vertical surface). Drill hole (see Using Twist Drills" and "Using MILWAUKEE STEELĩ. Push the forward or reverse button as required. Check the gear speed setting and change if required. Attach the safety chain if drilling overhead or on a vertical surface. Position the unit so that the tip of the drill bit is directly over theĤ. Place the magnetic drill press on a prepared surface. Taper Socket and Using Twist Drills" and "Using MILWAUKEEĢ. Insert the bit into the chuck or socket (see Keyed Chuck" or "Morse Previous uses were tapping holes in this ~400 lb bench from a radial drill.the frame is solid 1"x3" steel bars.ĭrill & tap holes into a 1" thick A36 weld bench.Ī few holes in a structural I-beam for the shop expansion.The gear shift on the drill motor is labeled: ![]() I used it recently to make some mods to a press brake frame for a crossbar that made rigging/moving the machine a snap with a relatively low ceiling. Heavy boxes get abused (meaning tossed) in ground ship.Īlso make sure to remove the handles (they screw into the center hub). ![]() That thing needs a plywood crate surrounded by a thin layer of cardboard. I would worry like hell about shipping though. There is a gib to take up play in the dovetailed slide. Once the center location is established, pilot holes, taps, and reams for dowels can all be accomplished in the field. Then the magnet drill gets setup, sweep the drill bushings if one really cares but usually the tool will let you know. Essentially a guide plate is made in an actual shop with hardened drill bushings and bolted to the piece of equipment, usually keying on existing features. I have been involved with them to make "machine tool accuracy" mods to big stationary pieces of equipment. (Theoretically one could put a dial test indicator and sweep out a bore) Then tighten the crank and start drilling. Little taps and checks to get it exactly where you want it. Now loosen the crank in the back and the two parts of the base "float" relative to each other slightly. With that system, one gets "close" which is probably within 3/8" of center. If you are trying to drill a hole into a sidewall, getting an 80lb tool precisely aligned and then applying the magnet is an exercise in sweat. Its a load but could do thousands of them as far as my opinion goes. The big motor will power right thru 3/4-10 taps in A36 steel. There's a smaller motor that can go on the same base, but it does not have the torque. That's the "big" motor with a MT3 spindle.
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