background image

5

If the bit binds, the motor housing braced against the 

stud will hold the drill in position.

B

C

A

B

D

A

1. To 

start

 the tool, pull the trigger.

NOTE: An LED is turned on when the trigger is pulled.

2. To 

vary 

the driving speed, increase or decrease

pressure on the trigger. The further the trigger is

pulled, the greater the speed.

3. To 

stop

 the tool, release the trigger.

2.

Shifting Speeds 

Use the shift knob to select High (H) or Low (L) speed. 

High speed (1,550 RPM) is the low torque setting. 

Low speed (500 RPM) is the high torque setting. 

under high and low speeds.

Always turn off the switch and shift speeds while the 

tool is stopped. Never shift the drill while it is moving 

or when it is under load.

Using Control Switch

The control switch may be set to three positions: for-

ward, reverse and lock. Due to a lockout mechanism, 

the control switch can only be adjusted when the 

trigger is not pulled. Always allow the motor to come 

to a complete stop before using the control switch.

For 

Forward 

(clockwise) rotation, push the control 

switch from the left side of the tool. 

Check the direc-

tion of rotation before use.

For 

Reverse 

(counterclockwise) rotation, push the 

control switch from the right side of the tool. 

Check 

direction of rotation before use. 

To

 Lock

 the trigger,

 

push the control switch to the 

centre position. The trigger will not work while the 

control switch is in the centre 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

These tools may be operated at any speed from 0 

to full speed. 

Drilling

1. Before drilling, be sure the workpiece is clamped

securely. A poorly secured piece of material may

result in personal injury or inaccurate drilling. Use

backing material to prevent damage to the work-

piece during breakthrough. When drilling in light

gauge metal or wood, use a wooden block to back 

up the material to prevent damage to the workpiece.

3.

4. Reduce pressure and ease the bit through the last

part of the hole. While the tool is still running, pull

the bit out of the hole to prevent jamming.

When using selfeed bits, decrease the drilling pres-

sure when the feed screw point breaks through the 

workpiece. Proceed with steady, even pressure.

When starting a hole, place the drill bit on the work

To start a selfeed bit, run the threaded feed screw 

the bit to coast until the teeth contact the work sur-

face. Align the bit properly before proceeding. This

will reduce cocking and jamming when starting.

When drilling in metal, mark the centre of the hole 

to be drilled with a centre punch to give the bit a

start and to prevent it from "walking." Lubricate the

drill bit with cutting oil when drilling iron or steel.

Use a coolant when drilling nonferrous metals such 

as copper, brass or aluminum.

Always apply pressure in line with the bit. Use

enough pressure to keep the drill biting, but do

not push hard enough to cause the bit to bind.

When using twist drill bits, pull the bit out frequently 

When using selfeed bits, if the clutch slips, pull

the bit up very slightly and then push it toward the 

workpiece. Repeat this several times.

APPLICATIONS

WARNING

T

check work area for hidden 

o reduce the risk of electric shock,

pipes

 

and wires before drilling or driving screws.

Drilling in Wood, Composite

Materials and Plastic

When drilling in wood, composition materials and 

plastic, select the drill operating mode. Start the drill 

slowly, gradually increasing speed as you drill. Use low 

speeds for plastics with a low melting point.

Drilling in Metal

When drilling in metal, select the drill operating mode. 

Use high speed steel twist drills or hole saws. Use a 

centre punch to start the hole. Lubricate drill bits with 

cutting oil when drilling in iron or steel. Use a coolant 

when drilling in nonferrous metals such as copper, 

brass or aluminum. Back the material to prevent bind-

ing and distortion on breakthrough.

Overloading

Continuous overloading may cause permanent damage 

to tool or battery pack.

Summary of Contents for M18 FUEL SUPER HAWG M18FRAD2-0

Page 1: ...Cat No M18FRAD2 0 M18 FUEL SUPER HAWG RIGHT ANGLE DRILLS OPERATOR S MANUAL To reduce the risk of injury user must read and understand operator s manual WARNING...

Page 2: ...loose clothing or jewelry Keep your hair and clothing away from moving parts Loose clothes jewelry or long hair can be caught in moving parts If devices are provided for the connection of dust extrac...

Page 3: ...FICATIONS Volts 18V DC Battery Type M18 Charger Type M18 Recommended Ambient No Load RPM High 0 1550 Low 0 500 Capacities Steel Operating Temperature 18 C to 51 C Wood Twist Bit High 8 mm Low 13 mm Au...

Page 4: ...to bind when drilling Use the proper bit for the job There are many the information on the bit s packaging for proper usage Do not use bits larger than the rated capacity of the drill Gear damage or...

Page 5: ...od use a wooden block to back up the material to prevent damage to the workpiece 3 4 Reduce pressure and ease the bit through the last part of the hole While the tool is still running pull the bit out...

Page 6: ...es Others may be hazardous Keep your tool battery pack and charger in good repair by adopting a regular maintenance program Inspect your tool for issues such as undue noise misalignment or binding of...

Page 7: ......

Page 8: ...d by Milwaukee Electric Tool Corp Professionally Made in China for Milwaukee Tool Australia Milwaukee Tool New Zealand Printed in China MILWAUKEE prides itself in producing a premium quality product t...

Reviews: