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7

air supply and passed to a specialist for inspection.
In the event of longer breaks in work or at the end of the 
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. 

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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. 

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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. 

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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.

 

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If the fastener is protruding, increase the air 
pressure in increments of 0.5 bar, checking the 
result after each new adjustment;

 

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If the fastener is driven into an excessive depth, 
reduce the air pressure in increments of 0.5 bar 
until the result is satisfactory.

 

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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 

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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 

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the lowest setting that will perform the job with consistent 
results.
It may be possible to achieve the desired depth with air 

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needed, use the drive depth adjustment on the tool.

DRIVE DEPTH ADJUSTMENT

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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.

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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

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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, retract the 

pusher until it reaches the end of the magazine and 
locks into place.

3.  Remove the fasteners from the magazine.

NOTE:

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fastener track of 

magazine to prevent injury from unintended release of the 
pusher.
4.  Holding your left hand underneath the rear of the 

magazine, tilt the tool up so that the hose connector 
faces down. The fasteners will slide back and exit the 
rear of the magazine.

CLEARING A JAMMED FASTENER

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Summary of Contents for 6210565

Page 1: ...6GA C BRAD NAILER OPERATOR S MANUAL ORIGINAL INSTRUCTIONS RA NB1664 S Important It is essential you read the instructions in this manual before starting and operating this machine 6XEMHFW WR WHFKQLFDO...

Page 2: ...ig 6 1 2 2 1 3 1 1 5 8 6 7 7 6 3 2 4 8 DESCRIPTION 1 NITTO style coupler 2 No mar pad 3 Safety yoke 4 Exhaust cap 5 Air supply 6 Nails 7 Pusher 8 Magazine 9 Depth adjustment knob 10 Trigger 11 Jam rel...

Page 3: ...1 2 Fig 7 Fig 9 Fig 8 Fig 10 6 7 10 11 12 8 9 Fig 11 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: ...ol 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 h...

Page 5: ...ructions 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 th...

Page 6: ...should have an internal 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 fo...

Page 7: ...ARNING Ensure the air supply is clean and does not exceed EDU SVL ZKLOH RSHUDWLQJ WKH SURGXFW 7RR high an air pressure and unclean air will shorten the product s life due to excessive wear and may be...

Page 8: ...r twice 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...

Page 9: ...session before connecting to an air supply 1 Connect the tool to the air supply 2 Slide the pusher all the way to the rear of the magazine 3 With the safety yoke of the tool pointed away from you feed...

Page 10: ...ust the depth adjustment knob to reach the good fastening effect Work with the lowest possible air pressure This will give RX WKUHH VLJQL FDQW DGYDQWDJHV 1 Energy will be saved 2 Less noise will be pr...

Page 11: ...freezing the moisture in the air line may freeze and prevent tool operation We recommend the use of air tool lubricant or SHUPDQHQW DQWLIUHH H HWK OHQH JO FRO DV D FROG ZHDWKHU lubricant WARNING Do n...

Page 12: ...s without fasteners loaded The lubricator is properly set when a light stain of oil collects on the paper Excessive amounts of oil should be avoided If it becomes necessary to store the product for an...

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: ...75 Pin 4 x 16 10 O ring 48 7 x 2 65 32 Guide sleeve 54 Pin bush 76 Trigger 11 O ring 38 x 3 5 33 Bolt M4 x 7 55 Split washer 2 5 77 Safety screen 12 O ring 25 x 3 5 34 Adjusting nut 56 Pin 78 Pin 2 5...

Page 15: ...NITTO is a registered trademark owned by Nitto Kohki Co Ltd...

Page 16: ...tralia Pty Ltd 31 Gilby Road Mount Waverley VIC 3149 Australia Techtronic Industries N Z Limited Unit C 70 Business Parade South Highbrook Auckland 2013 New Zealand 5 2 LV D WUDGHPDUN RI 5 REL LPLWHG...

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