Makita HG 5010 HG 5011 HG 6010 HG 6020 HG 6300 User Manual
Features - Getting started
- 5 -
HG 5010 / HG 5011
The tool is switched ON and OFF at the two-stage switch (6) on the back of the grip handle (HG 5011) or on
the front of the grip handle (HG 5010). Airflow and temperature can be adjusted to 2 settings. Stage 1 reaches
300 °C at an airflow of 240 l/min, stage 2 reaches 500 °C at 450 l/min.
the front of the grip handle (HG 5010). Airflow and temperature can be adjusted to 2 settings. Stage 1 reaches
300 °C at an airflow of 240 l/min, stage 2 reaches 500 °C at 450 l/min.
HG 6300
The tool is switched ON and OFF at the three-stage switch (6) on the back of the grip handle. In addition to
three-stage speed/airflow control, temperature can be continuously adjusted over a range of 50 °C to 630 °C
by the pushbuttons (8). The target temperature can be increased in 10 °C steps by pressing the ”+” side of
the temperature pushbutton (8) or reduced by pressing the ”-” side of the temperature pushbutton (8).
Pressing the button briefly increases or reduces the target temperature by one 10 °C step. Keeping the button
pressed will continue to increase or reduce the temperature in steps of 10 °C until the button is released or the
minimum or maximum temperature is set.
three-stage speed/airflow control, temperature can be continuously adjusted over a range of 50 °C to 630 °C
by the pushbuttons (8). The target temperature can be increased in 10 °C steps by pressing the ”+” side of
the temperature pushbutton (8) or reduced by pressing the ”-” side of the temperature pushbutton (8).
Pressing the button briefly increases or reduces the target temperature by one 10 °C step. Keeping the button
pressed will continue to increase or reduce the temperature in steps of 10 °C until the button is released or the
minimum or maximum temperature is set.
Blower stage 1 delivers a temperature of 50 °C. The tool will take a short while to cool to 50 °C after switching
down to blower stage 1 when it has been operating at high temperatures on blower stage 2 or 3. While the
tool is cooling down, the LCD display (9) shows the actual temperature at the nozzle outlet. After switching off,
the tool stays in the last setting. The guard sleeve (3) detaches at a bayonet catch.
down to blower stage 1 when it has been operating at high temperatures on blower stage 2 or 3. While the
tool is cooling down, the LCD display (9) shows the actual temperature at the nozzle outlet. After switching off,
the tool stays in the last setting. The guard sleeve (3) detaches at a bayonet catch.
HG 6010
The tool is switched ON and OFF at the three-stage switch (6) on the back of the grip handle. Airflow
and temperature can be adjusted to 3 settings. Stage 1 is a cold-air stage at 50 °C with an airflow rate of
200 l/min. Stage 2 reaches 400 °C at an airflow of 300 l/min, stage 3 delivers 600 °C at 500 l/min. The
guard sleeve (3) detaches at a bayonet catch.
and temperature can be adjusted to 3 settings. Stage 1 is a cold-air stage at 50 °C with an airflow rate of
200 l/min. Stage 2 reaches 400 °C at an airflow of 300 l/min, stage 3 delivers 600 °C at 500 l/min. The
guard sleeve (3) detaches at a bayonet catch.
HG 6020
The tool is switched ON and OFF at the two-stage switch (6) on the back of the grip handle. In addition to
three-stage speed/airflow control (stage 1 is a cold-air stage at 50 °C ), temperature can be continuously
adjusted over a range of 50 °C – 600 °C at the thumbwheel (7). The numbers (1 to 9) on the thumbwheel
serve as a guide only. Whereas ”1” means 50 °C, the maximum temperature of 600 °C is attained at ”9”. Airflow
can be adjusted to the three stages of 150/300/500 l/min. The guard sleeve (3) detaches at a bayonet catch.
three-stage speed/airflow control (stage 1 is a cold-air stage at 50 °C ), temperature can be continuously
adjusted over a range of 50 °C – 600 °C at the thumbwheel (7). The numbers (1 to 9) on the thumbwheel
serve as a guide only. Whereas ”1” means 50 °C, the maximum temperature of 600 °C is attained at ”9”. Airflow
can be adjusted to the three stages of 150/300/500 l/min. The guard sleeve (3) detaches at a bayonet catch.
Please note: The distance from the object you are working on depends on material and intended method
of working. Always try out the airflow and temperature on a test piece first! Using the attachable accessory
nozzles (see accessories page on the cover) the flow of hot air can be controlled with maximum precision.
Take care when changing hot nozzles! When using the heat gun in the self-resting position, make sure
it is standing on a stable, non-slip and clean surface.
of working. Always try out the airflow and temperature on a test piece first! Using the attachable accessory
nozzles (see accessories page on the cover) the flow of hot air can be controlled with maximum precision.
Take care when changing hot nozzles! When using the heat gun in the self-resting position, make sure
it is standing on a stable, non-slip and clean surface.
Temperature
Dial Setting
1
2
3
4
5
6
7
8
9
2
3
4
5
6
7
8
9
Temperature
Range °F
100 – 160 °F
200 – 300 °F
375 – 475 °F
475 – 575 °F
600 –700 °F
200 – 300 °F
375 – 475 °F
475 – 575 °F
600 –700 °F
725 –825 °F
850 – 950 °F
975 –1075°F
1025 –1125°F
Temperature
Range °C
38 – 71 °C
93 –149 °C
191 – 246 °C
246 – 302 °C
246 – 302 °C
316 – 371 °C
385 – 441 °C
454 – 510 °C
524 – 579 °C
552 – 607 °C
454 – 510 °C
524 – 579 °C
552 – 607 °C
Sample
Applications
cleaning surfaces
activating adhesives
shaping/removing flooring materials
welding PE, LDPE, PP, thawing pipes
welding ABS, PBT, PC; lap welding plastic sheeting
de-soldering circuit boards
stripping paint, loosening nuts/screws
de-soldering copper pipes
soldering
Mains voltage
Output
Stage
Airflow (l/min)
Temperature (°C)
Temperature
setting
Temperature
display
Protection class
(without earth terminal)
Overheating protection
230 – 240 V, 50 Hz
2000 W
1
2
3
150
300
500
50 50
–
630
continuous in
10 °C steps by
pushbutton controls
LCD display
II
yes
HG 5011
HG 6010
HG 6020
HG 6300
Technical specifications
CE
Declaration of Conformity
This product complies with Low Voltage Directive 06/95/EC, EMC Directive 04/108/EC as well as
RoHS Directive 02/95/EC.
RoHS Directive 02/95/EC.
for deciding to choose a Makita
heat gun. This tool can be used
for completing a wide range of
jobs safely and reliably, such as
soldering, welding PVC, shaping,
heat gun. This tool can be used
for completing a wide range of
jobs safely and reliably, such as
soldering, welding PVC, shaping,
drying, shrink-fitting, stripping paint
etc. All Makita tools are manufac-
tured to the highest standards and
undergo a strict process of quality
control.
etc. All Makita tools are manufac-
tured to the highest standards and
undergo a strict process of quality
control.
Used in the proper manner
(please read the information on
p. 8), this heat gun will give you
lasting satisfaction.
(please read the information on
p. 8), this heat gun will give you
lasting satisfaction.
230 – 240 V, 50 Hz
2000 W
1
2
3
150
300
500
50
50 – 600
continuous in
9 steps by
thumbwheel
–
II
thermal cut-out
only
230 – 240 V, 50 Hz
1800 W
1
2
3
200
300
500
50 400
600
–
–
II
yes
230 – 240 V, 50 Hz
1600 W
1
2
240
450
300
500
–
–
II
yes
HG 5010
230 – 240 V, 50 Hz
1400 W
1
2
240
450
300
500
–
–
II
thermal cut-out
only
Thank you
Subject to technical modifications
- 4 -
7
Tool elements
Stainless steel outlet
Air intake with lattice guard to
keep out foreign matter
keep out foreign matter
Detachable guard sleeve
(for poorly accessible places)
(for poorly accessible places)
Soft stand for stable,
non-slip stationary work
non-slip stationary work
Heavy-duty rubber-sheathed
cord
cord
Air flow switch
(2-stage/3-stage)
(2-stage/3-stage)
8
9
6
Thumbwheel for setting
temperature
temperature
Pushbutton for setting
temperature
temperature
Temperature monitor LCD
Soft grip handle for com-
fortable operation
fortable operation
2
3
1
5
4
10