Applications

The torque speciﬁcations shown here are approxi- mate values.

Torque selector
collar setting	0724-20 Torque
1 - 5	0 - 17 in. lbs.
6 - 10	21 - 38 in. lbs.
11 - 15	42 - 60 in. lbs.
16 - 20	65 - 85 in. lbs.
Drill
Low	600 in. lbs.
High	300 in. lbs.

NOTE: Use a piece of scrap material to test the different clutch positions before driving screws into the workpiece.

Using Control Switch

The control switch may be set to three positions: forward, reverse and lock. Due to a lockout mecha- nism, the control switch can only be adjusted when the ON/OFF switch is not depressed. Always allow the motor to come to a complete stop before using the control switch.

Fig. 5

Push for	Push for
Forward	Reverse

PUSH TO CENTER TO LOCK

For forward (clockwise) rotation, push in the control switch from the right side of the tool. Check the direction of rotation before use.

For reverse (counterclockwise) rotation, push in the control switch from the left side of the tool. Check direction of rotation before use.

To lock the trigger, push the control switch to the center position. The trigger will not work while the control switch is in the center locked position. Always lock the trigger or remove the battery pack before performing maintenance, changing accessories, storing the tool and any time the tool is not in use.

Starting, Stopping and Controlling Speed

1.To start the tool, grasp the handle ﬁrmly and pull the trigger.

2.To vary the speed, increase or decrease the pressure on the trigger. The further the trigger is pulled, the greater the speed.

3.To stop the tool, release the trigger. Make sure the bit comes to a complete stop before laying the tool down.

Electric Brake

The electric brake engages when the trigger is released, causing the bit to stop and allowing you to proceed with your work. Generally, the bit stops within two seconds. However, there may be a delay between the time you release the trigger and when the brake engages. Occasionally the brake may miss completely. If the brake misses frequently, the tool needs servicing by an authorized MILWAUKEE service facility.

Drilling

Set both the hammer/drill and torque selector col- lars to the drill positions.

Place the bit on the work surface and apply ﬁrm pressure before starting. Too much pressure will slow the bit and reduce drilling efﬁciency. Too little pressure will cause the bit to slide over the work area and dull the point of the bit.

If the tool begins to stall, reduce pressure slightly to allow the bit to regain speed. If the bit binds, reverse the motor to free the bit from the workpiece.

Drilling in Masonry

When drilling in masonry, select the hammer-drill operating mode. Use high speed carbide-tipped bits. Drilling soft masonry materials such as cinder block requires little pressure. Hard materials like concrete require more pressure. A smooth, even ﬂow of dust indicates the proper drilling rate. Do not let the bit spin in the hole without cutting. Do not use water to settle dust or to cool bit. Both actions will damage the carbide.

Driving Screws and Nut Running

Drill a pilot hole when driving screws into thick or hard materials. Set the torque selector collar to the proper position and set the speed to low. Use the proper style and size screwdriver bit for the type of screw you are using.

With the screwdriver bit in the screw, place the tip of the screw on the workpiece and apply ﬁrm pressure before pulling the trigger. Screws can be removed by reversing the motor.

Overloading

Continuous overloading may cause permanent damage to tool or battery pack.

WARNING High rotational force. To reduce the risk of injury, always hold or brace securely. Always use side handle on tools.

Bit Binding

A high rotational force occurs when a bit binds. If the bit binds, the tool will be forced in the opposite direction of the bit rotation. Bits may bind if they are misaligned or when they are breaking through a hole. Wood boring bits can also bind if they run into nails or knots. Be prepared for bit binding situations.

To reduce the chance of bit binding:

•	Use sharp bits. Sharp bits are less likely to bind
	when drilling.
•	Use the proper bit for the job. There are bits that

Typical Bracing Methods

Fig. 6	Bracing against
	the ﬂoor

Forward rotation

Reaction

Fig. 7

Bracing

against your

leg

Reaction

Forward

rotation

Fig. 8

Bracing

against a

stud

Reaction

Reverse rotation

Forward rotation

are designed for speciﬁc purposes.

• Use caution when drilling pitchy, knotty, wet or

WARNING To reduce the risk of elec- tric shock, check work area for hidden pipes and wires before drilling or driving screws.

Drilling in Wood, Composition Materials and Plastic

When drilling in wood, composition materials and plastic, start the drill slowly, gradually increasing speed as you drill. When drilling into wood, use wood augers or twist drill bits. Always use sharp bits. When using twist drill bits, pull the bit out of the hole frequently to clear chips from the bit ﬂutes. To

reduce the chance of splintering, back work with a piece of scrap wood. Select low speeds for plastics with a low melting point.

Drilling in Metal

When drilling in metal, use high speed steel twist drills or hole saws. Use a center punch to start the hole. Lubricate drill bits with cutting oil when drilling in iron or steel. Use a coolant when drilling in non- ferrous metals such as copper, brass or aluminum. Back the material to prevent binding and distortion on breakthrough.

warped material or when drilling in material that

may contain nails.