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7

working shift, disconnect the tool from the compressed air 

supply and it is recommended to empty the magazine.
The compressed air connectors of the fastener driving tool 

and the hoses should be protected against contamination, 

the ingress of coarse dust chips, sand, etc, will result in 

leaks and damage to the fastener driving tool and the 

couplings.

single sequential actuation mode

The tool employs single sequential actuation mode.
1.  Connect the tool to the air supply.

2. 

Grip  the  tool  firmly  to  maintain  control.  Position  the 

safety yoke of the tool onto the work surface.

3.  Push the tool against the work surface to depress the 

workpiece contact.

4.  Squeeze the trigger to drive a fastener.

5.  Allow the tool to recoil away from the work surface as 

the fastener is driven.

6. 

Always remove your finger from the trigger when the 

fastener has been driven.

 WARNINg

during normal use the tool will recoil immediately 

after driving a fastener. this is a normal function of 

the tool.

 Do not attempt to prevent the recoil by holding 

the tool against the work. Restriction to the recoil can 

result in a second fastener being driven from the tool. 

Grip the handle firmly, let the tool do the work, and do 

not place second hand on top of tool or near exhaust 

at any time. Failure to heed this warning can result in 

serious personal injury.

sEttINg thE AIR pREssURE

Having checked that the fastener driving tool is functioning 

correctly, apply the tool to a work piece and actuate the 

trigger.
Check whether the fastener has been driven into the work 

piece in accordance with the requirements.

 

If the fastener is protruding, increase the air 

pressure in increments of 0.5 bar, checking the 

result after each new adjustment;

 

If the fastener is driven into an excessive depth, 

reduce the air pressure in increments of 0.5 bar 

until the result is satisfactory.

 

It is preferred to adjust the depth adjustment knob 

to reach the good fastening effect.

Work with the lowest possible air pressure. This will give 

you three significant advantages;

1.  Energy will be saved,

2.  Less noise will be produced,

3.  A reduction in fastener driving tool wear will be 

achieved.

The amount of air pressure required will depend on the 

size of the fastener and the workpiece material.

Begin testing the depth of drive by driving a test fastener 

into the same type of workpiece material used for the 

actual job.
Drive a test fastener with the air pressure set at 6.2 - 6.5 

bar (90 - 95 psi). Raise or lower the air pressure to find 

the lowest setting that will perform the job with consistent 

results.
It may be possible to achieve the desired depth with air 

pressure  adjustments  alone.  If  finer  adjustments  are 

needed, use the drive depth adjustment on the tool.

dRIVE dEpth AdjUstMENt

See figure 8.

The driving depth of the fastener may be adjusted. It 

is advisable to test the depth on a scrap workpiece to 

determine the required depth for the application.

To determine depth of drive, first adjust the air pressure 

and drive a test fastener. To achieve the desired depth, 

use the drive depth adjustment on the tool.
1.  Disconnect the tool from the air supply.

2.  Turn the depth adjustment knob left or right to change 

the driving depth.

3.  Reconnect the tool to the air supply.

4.  Drive a test fastener after each adjustment until the 

desired depth is set.

REMOVINg FAstENERs FROM thE tOOl

See figure 9.

1.  Disconnect the tool from the air supply.

 WARNINg

Disconnect the tool from the air supply and empty the 

magazine before performing maintenance. Failure to do 

so could result in serious personal injury.

2.  To remove a strip of fasteners from the tool, release 

the magazine lock and slide open the magazine.

3.  Remove the fasteners from the magazine.

NOtE:

  Always  keep  fingers  clear  of  fastener  track  of 

magazine to prevent injury from unintended release of the 

pusher.
4.  Close the magazine.

ClEARINg A jAMMEd FAstENER

See figure 10.

 WARNINg

Disconnect the tool from the air supply and empty the 

magazine before clearing a jammed fastener. Failure to 

do so could result in serious personal injury.

If a fastener becomes jammed in the tool, disconnect the 

air hose and keep the tool pointed away from you while 

clearing the jam.

Summary of Contents for Airwave RA-NB1832-S

Page 1: ...C1 Brad Nailer Operator s MANUAL Original instructions RA NB1832 S Important It is essential you read the instructions in this manual before starting and operating this machine Subject to technical mo...

Page 2: ...ig 4 Fig 5 Fig 6 3 2 1 1 3 2 1 5 4 6 7 6 Fig 3 Description 1 Nitto style coupler 2 No mar pad 3 Safety yoke 4 Exhaust cap 5 Air supply 6 Magazine 7 Nails 8 Trigger 9 Depth adjustment knob 10 Flat blad...

Page 3: ...10 11 7 8 6 9 Fig 8 Fig 7 Fig 10 Fig 11 Fig 9 2 1 3 Quick connector Quick connector Lubricator Filter Cut off valve Regulator 0 8 5 bar Quick coupler Tool Air compressor Quick coupler Air hose...

Page 4: ...l the operator should adopt a comfortable posture while maintaining a secure footing and avoiding awkward or off balanced postures The operator should change posture during extended tasks which can he...

Page 5: ...nstructions may be used for the maintenance of fastener driving tools Only spare parts specified by the manufacturer or his authorised representative shall be used Repairs shall be carried out only by...

Page 6: ...l diameter of at least 19 mm and a corresponding large diameter where relatively long pipelines or multiple users are involved Compressed air pipelines should be laid so as to form a gradient highest...

Page 7: ...ct WARNING Ensure the air supply is clean and does not exceed 8 3 bar 120 psi while operating the product Too high an air pressure and unclean air will shorten the product s life due to excessive wear...

Page 8: ...a day with heavy use Only a few drops of oil at a time is necessary Too much oil will only collect inside the tool and will be noticeable in the exhaust cycle Before connecting the tool check the air...

Page 9: ...l s magazine is empty at the beginning of each work session before connecting to an air supply 1 Connect the tool to the air supply 2 Release the magazine lock and slide open the magazine 3 With the s...

Page 10: ...give you three significant advantages 1 Energy will be saved 2 Less noise will be produced 3 A reduction in fastener driving tool wear will be achieved The amount of air pressure required will depend...

Page 11: ...ls Do not use these low temperature air dryers without checking compatibility Air supply pressure and volume Air volume is as important as air pressure The air volume supplied to the tool may be inade...

Page 12: ...t of lubrication at that time Actuate the tool 10 15 times without fasteners loaded to ensure oil has been evenly distributed throughout the product The product should be stored in a clean and dry env...

Page 13: ...damaged O rings or seals Install overhaul kit Tool does nothing or operates sluggishly Inadequate air supply Verify adequate air supply Inadequate lubrication Lubricate tool Worn or damaged O rings or...

Page 14: ...Adjustment nut I 51 Drive guide 72 Sealing ring 10 O ring 35 5 x 2 3 31 Bolt M2 x 5 52 Magazine 73 End cap I 11 Switch valve 32 Snap retainer 53 Bolt M4 x 8 74 End cap II 12 O ring 43 x 2 65 33 Adjus...

Page 15: ...Techtronic Industries Australia Pty Ltd Level 1 660 Doncaster Road Doncaster VIC 3108 Australia Techtronic Industries New Zealand Ltd 18 26 Amelia Earhart Avenue Mangere Auckland 2022 New Zealand...

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