Senco S65CNP User manual

VS-S65CNP May 13, 2013 © Verpa Senco BV, Lelystad the Netherlands
S65CNP
SM
M E M B E R
Verpa Senco BV
Pascallaan 88
8218 NJ LELYSTAD
The Netherlands
EMEA Website: www.senco-emea.com
COILNAILER
Instruction manual
RULLANAULAIN
Käyttöohje (alkuperaisten ohjeiden käännös)
SPIKPISTOL
Bruksanvisning (oversettelse av de originale instruktioner)

1
English
Suomi
Svensk
IMPORTANT
TÄRKEÄÄ
VIKTIGT
Please make certain that the
person who is to use this
equipment
carefully reads and
understands these instructions
before starting operations.
Varmista, että tätä naulainta
käyttävä henkilö lukee tarkasti
ja ymmärtää nämä ohjeet
ennen käytön aloittamista.
Personen som ska använda
verktyget bör noga läsa
igenom
dessa instruktioner och förstå
dem innan arbetet påbörjas.
IMPORTANT SAFETY INSTRUCTIONS
WARNING: When using pneumatic tools, basic safety precautions should always be followed to
reduce the risk of personal injury, including the following:
READ AND FOLLOW ALL INSTRUCTIONS.
1.KEEP WORKING AREA CLEAN. Cluttered areas invite injuries.
2.DON'T ALLOW CHILDREN AT THE WORKING AREA. Don't let them
handle the tool.
3.USE SAFETY GLASSES. To prevent eye injuries, the tool operator
and all persons in the working area must wear safety glasses with
permanently attached, rigid, plastic side shields. These safety
glasses must conform to ANSI Z87.1 requirements (approved
glasses have“Z87”printed or stamped on them)
4.USE EAR PROTECTION. The working area may be exposed to high
noise levels that can lead to hearing damage
5.DRESS SAFELY. Protective gloves and non-skid footwear or safety
shoes are recommended when working with and operating this tool.
Don't wear loose clothing or jewellery. They can get caught in
moving parts. Also, wear a protective hair covering to prevent long
hair from getting caught in the tool.
6.ONLY USE CLEAN, DRY AND REGULATED compressed air at 5 to
8.3 bar
7.NEVER USE OXYGEN, CARBON DIOXIDE, combustible gases or any
other bottled gas as a power source for this tool
8. DO NOT CONNECT TOOL to pressure that potentially exceeds
9,13 bar.
9. ONLY USE AIR HOSE THAT IS RATED for 150% of the maximum
system pressure. Please try to use a hose of ID 3/8”connecting
nailer with compressor.
10.DON'T OPERATE TOOL NEAR ANY COMBUSTIBLE, or any other
easy explosive material and don't operate the tool under easy
producing corrosion, rust and having heavy powder environment.

2
11. DISCONNECT TOOL FROM AIR SUPPLY HOSE before doing tool
maintenance, clearing a jammed fastener, leaving work area,
moving tool to another location, or handing the tool
to another person.
12.ONLY DISCONNECT QUICK CONNECTOR with the body tail
portion of the air inlet, no compressed air can be guaranteed when
disconnecting. If operating is not correct, the tool can remain
charged with air after being disconnected and still be able to drive a
fastener causing personal injury.
13.REPLACE PARTS AND ACCESSORIES. Only use same replacement
parts while servicing. Approved accessories and replacement parts
are available
14. BEFORE USING TOOL, carefully check if there is any part
damaged to obtain ideal results. Do not use the tool if the tool has
any air leaks, uncompleted, damaged parts or needs repairing.
15. NEVER USE TOOL if safety, trigger or spring is inoperable,
missing or damaged. Do not alter or remove safety, trigger or
springs. Make daily inspections for free movement of trigger
repairing.
16. ONLY USE PARTS AND FASTENERS, recommended by the seller.
17. CONNECT TOOL TO AIR SUPPLY BEFORE loading fasteners to
prevent a fastener from being fired during connection. The tool
driving mechanism may cycle when tool is connected to the air
supply. When not in use remove all fasteners from the nail housing.
18. ALWAYS ASSUME THE TOOL CONTAINS FASTENERS. Keep the
tool pointed away from yourself and others at all times. No
horseplay. Respect the tool as a working implement.
19. DO NOT LOAD FASTENERS with trigger or safety depressed to
prevent unintentional firing of a fastener.
20. REMOVE FINGER FROM TRIGGER when not driving fasteners.
Never carry tool with finger on trigger: tool will fire a fastener if
safety is bumped while trigger is depressed.
21. DO NOT USE ON SCAFFOLDINGS, LADDERS Tools equipped with
“contact actuation” shall not be used:
- if a change of driving locations is affected via stairs, ladders or
scaffolding.
– for closing boxes or crates.
– for fitting transportation safety systems.
22.FIRE FASTENERS INTO WORK SURFACE ONLY: NEVER into
materials too hard to penetrate
23. GRIP TOOL FIRMLY TO MAINTAIN CONTROL while allowing tool
to recoil away from work surface as fastener is driven. If safety
bracket is allowed to contact work surface again before trigger is
released, an unwanted fastener will be fired.
24.DO NOT DRIVE FASTENERS on top of other fasteners, or with the
tool at too steep an angle: the fasteners can ricochet causing

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personal injury.
25.DO NOT DRIVE FASTENERS CLOSE to the edge of the work piece.
The work piece is likely to split allowing the fastener to fly free or
ricochet causing personal injury
26.KEEP ALERT. Watch what you are doing. Use common sense. Do
not operate any tool when you are tired. avoid injury.
27.KEEP HANDS AND BODY PARTS away from area shown in Fig. 13,
to is satisfactory.
28.THIS TOOL IS EQUIPPED WITH ADJUSTER that can adjust driving
depth. When adjusting the driving depth, first disconnect from air
supply and rotate the knob of the adjuster by hand until it.
29.WHEN NOT IN USE, tool should be cleaned and put it back into
the packing box. For safety, keep out of reach of children.
EMPLOYER’S RESPONSIBILITIES
Employer must enforce compliance with the safety warnings and all other instructions contained in
this manual.
Keep this manual available for use by all people assigned to use this tool. For personal safety and
proper operation of this tool, read and follow a of these instructions carefully.
FASTENERS SPECIFICATIONS
Only use the recommended fasteners:

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TECHNICAL PARAMETER
Characteristic
Value
Compressed Air pressure
4.9-8.3 bar
Outline Dimension (L×H×W)
304×128 × 300 mm
Nail Length Range
32-65 mm
Tool Weight
2.49Kg
Air Inlet
1/4"NPT
Air Consumption
3,68 ltr/cycle at 6,89 bar
Maximum allowable pressure
9,13 bar
PACKING LIST
Description
Q'ty
S65CNP coil nailer
1
S5 Hex Key
1
S4 Hex Key
1
S3 Hex Key
1
Air Tool Oil
1
Safety glasses
1
Operating instruction
1
NOISE INFORMATION
These noise characteristic values are in accordance with EN 12549-1999
LpA, 1s, d=91dB
LwA, 1s, d=104dB
LpC < 130dBa
K=2.5dB
These values are tool-related characteristic values and do not represent noise developed at the
point of use. Workplace design can also serve to reduce noise levels, for example placing work
piece on sound-damping supports.
VIBRATION INFORMATION
These values are in accordance with ISO 8862-11:1999
Vibration characteristic value ( m/s2 ) = 2,89
K=1.5m/s2
This value is a tool-related characteristic value and does not represent the influence to the hand-
arm-system when using the tool.

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OPERATING INSTRUCTIONS
FOREWORD
S65CNP is a heavy duty, coil fed, pneumatic nailer using compressed air as a power source. It is
designed to install 32-65mm or 2,3-2,9mm diameter nails of various lengths. It is widely used for
connection of frame and connection of frame and felt. The tool has a magnesium alloy body and
the cylinder cap is of light and provides, high specific strength and rigidity.
POWER SOURCE
This tool is designed to operate on clean, dry, compressed air at regulated pressures 4.9 and 8.3
bar. The preferred system would include a filter, a pressure regulator, and automatic oiler located
as close to the tool as possible (within15 feet is ideal).
All compressed air contains moisture and other contaminates that are detrimental to internal
components of the tool. An air-line filter will remove most of these contaminates and significantly
prolong the life of the tool. If an in-line oiler is not available: place five or six drops of tool oil into
the tool’s air inlet at the beginning of each workday.
Only disconnect the quick connector with the body tail portion of the air inlet. No compressed air
can be guaranteed when disconnecting. If operation is not correct, the tool can remain charged
with air after being disconnected and still be able to drive a fastener causing personal injury.
CAUTION: All line components (hoses, connectors, filters, regulators, etc.) must meet
150% of the maximum system pressure. Please try to use a hose of ID 9,5mm
connecting the nailer with compressor when disconnecting.
Do not connect this tool to a system with maximum potential. Only disconnect quick connector
being connected with the connector of the body tail portion air inlet, no compressed air can be
guaranteed another location, or handing the tool to another person.
Disconnect tool from air supply before performing maintenance, clearing a jammed fastener,
leaving work area, moving tool to other location,

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PREPARING THE TOOL BEFORE DRIVING
After reading and understanding this entire manual, connect tool to air supply.
CAUTION: Keep tool pointed away from yourself and others at all times.
Always connect tool to air supply before loading fasteners. Do not load fasteners with
trigger or safety depressed. Always wear Z87 approved safety glasses, and hearing
protection when preparing or operating the tool. Never use a tool that leaks air or needs
repair.
Depress Handle (See A Fig. 14) and open the Latch. Rotate the Upper Nail Housing to the side of
the Body.
The Adjuster Plate can be moved up and down when twisting the Adjuster Nut (see B Fig.15) .
According to the length of nail, the Adjuster Plate should be adjusted correctly to the position
indicated inside Lower Nail Housing.
Place a coil of nails over the Lower Nail Housing. Uncoil enough nails to reach the Feed Hook and
place the second nail between the teeth on the Feed Hook. (see Fig. 16).
Close the Upper Nail Housing and depress the Latch (see Fig. 17).
Adjust directional EXHAUST deflector (see Fig. 18), so that the exhaust air blast will be directed
away from the operator. Grasp the deflector and rotate it to the desired position for the current
application.

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USING THE TOOL
Complete all steps of PREPARING THE TOOL before using the tool.
Trigger firing: Put the nose on the working surface, lightly push the tool toward the working
surface until the safety element is depressed, then, depress the trigger to drive the fasteners. This
‘trigger fire’ method provides the most accurate fastener placement. In this method, the safety
element can be adjust downwards with knob to avoid striking two nails at one time.
Manufacturer assumes no responsibility for any injuries and loss caused by any improper use of
this tool.
CAUTION: Remove finger from trigger when not driving fasteners. Never carry tool with
finger on trigger: tool will fire a fastener if safety is bumped. Keep tool pointed in a safe
direction at all times.
Never attempt to drive a fastener into material that is too hard, or at too steep an angle, or near
the edge of the work piece. The fastener can ricochet causing personal injury.
Disconnect tool from air supply before performing maintenance, clearing a jammed fastener,
leaving working area, moving tool to another location, or handing the tool to another person. Clean
and inspect tool daily. Carefully check for proper operation of trigger and safety mechanism.
Stands for mounting the fastener driving tools shall be safely designed. Do not disassemble or
modify parts such as the safety yoke.
Do not use the tool unless both the trigger and the safety mechanism are functional, or if the tool
is leaking air or needs any other repair.
3. Driving depth will be increased or decreased by rotating the depth of drive knob or adjuster (A)
fig. 19. Test fire a fastener and check depth. If the nail is driven too deep, rotate the adjuster
clockwise to make the safety element push downward. Whereas, rotate the adjuster counter
clockwise to make the safety element push upward. Repeat this step to achieve desired results
(See Fig. 20).
CLEARING A JAMMED FASTENER
1.CAUTION: Disconnect tool from air supply .
2.Open latch, rotate lower housing and remove the nails of the lower housing.
3.Use a slender, soft steel rod to drive the drive blade to its uppermost position. Use needle nose
pliers to remove the jammed fastener (see Fig.21).
4.Follow instructions in PREPARING THE TOOL BEFORE DRIVING to reload fasteners.

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MAINTENANCE
CLEAN AND INSPECT DAILY
CAUTION: Disconnect tool from air supply before cleaning and
inspection. Correct all problems before operating.
Check the filter of the compressor weekly and switch off manual valve to drain water and
contaminations out.
Do not soak tool with cleaning solutions. Such solutions can damage internal parts. The exposed
portion of the small piston rod and feed hook must be kept clean.
Inspect trigger and safety mechanism to assure system is complete and functional: no loose or
missing parts, no binding or sticking parts shall be found.
Keep all screws tight. Loose screws can cause personal injury or damage tool.
Check if there are worn and damaged parts. If any, please replace immediately.
If tool is used without an in-line oiler: place 5 or 6 drops of air tool oil into the air inlet of the tool
at the beginning of each workday.
SERVICE AND REPAIRS
All quality tool eventually require servicing of replacement parts due to wear from normal use.
Some user serviceable components are described in the TROUBLESHOOTING section. All repairs
made by local agencies are fully guaranteed against defective material and workmanship. We
cannot guarantee repairs made or attempted by anyone other than these agencies.
Should you have any questions about your tool, please contact your seller at any time. In any
communications, please give all information shown on the nameplate of your tool (model number,
type, serial number, etc.)
TROUBLESHOOTING
CAUTION: Disconnect tool from air supply before performing any Service Procedure.
PROBLEM
CAUSE
SOLUTION
Air leaking at trigger area
1. O-ring in trigger valve stem
is worn and damaged.
2. O-ring in trigger valve head
is worn and damaged.
3. Having foreign matters.
1.Check/replace O-
ring/lubricate.
2.Check/replace O-
ring/lubricate
3.Clean the tool/lubricate
Air leaking at the lower body
portion and nose
1.Screw is loose at connecting
portion of the nose and body.
2.O-ring is damaged between
body and nose.
3.Bumper is damaged.
4.Having foreign matters at
the contacting portion of the
bumper and body.
1. Tighten screw/recheck
2. Check/replace O-
ring/lubricate
3. Replace the bumper.
4. Disassemble and clean
Air leaking at the body
portion and cylinder cap
1.Screw is loose at the
connecting portion of the
cylinder and body.
2.Gasket is damaged.
1. Tighten the screw and
recheck.
2. Replace the gasket.
Failure to start tool.
1.Tool dry, lacks lubrication.
2.The spring in the cylinder
cap is damaged.
1. Use pneumatic tool oil
2.Replace the spring in the
cylinder cap.
Blade driving fasteners
too deeply
1.Safety element poison is not
correct.
2.Air pressure is too high.
1.Rotate knob of the adjuster
to move safety element down.
2.Decrease air pressure.
Skipping
fasteners/feeding
intermittently
1.Having foreign matters
between the small piston and
small cylinder.
2.O-ring on the small piston is
worn and damaged.
1.Disassemble/ clean/lubricate.
2.Check/replace O-ring /
lubricate

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3.Tool dry and lacks
lubrication.
4.The spring on the small
piston is damaged.
5.Air pressure is low.
6.Connecting screw of nose
and body is loose.
7.Stopped hook can't stop the
fasteners.
8.Bent fasteners.
9.Wrong size fasteners.
10.Small piston bumper is
worn and damaged.
11.Feed hook is binding.
12.Nail length is not correct
with loading space of nail
housing.
13.Weld wires in nail coil are
broken.
3.Use pneumatic tool oil.
4.Replace small piston spring.
5.Increase the air pressure,
but don't exceed 8.3 bar.
6.Tighten all screws.
7.Replace taper spring of the
stopped hook.
8.Use recommended fasteners.
9.Use recommended fasteners
10.Replace bumper and
lubricate small piston.
11.Clean feed hook and torsion
spring.
12.Adjust adjuster plate at the
nail housing tail portion
according to the recommended
nail length to make arrow on
the nail housing tail point to
correct direction.
13.Stop using.
Runs slowly or has power loss
1. Tool dry, lacks lubrication
2. The spring in the cylinder
cap is damaged.
3.Having foreign matters
between piston assembly and
cylinder.
4.Have not assembled the
cylinder to home position.
5.O-ring on the valve is dry
after disassembly.
6.Air pressure is too low.
7.Driver is worn (sort)
8.Inner diameter of used hose
is small
1.Use pneumatic tool oil.
2.Replace the spring in the
cylinder cap.
3.Disassemble/clean/lubricate.
4.Reassemble after
disassembling.
5.Reassemble after lubricating
6.Increase the air pressure,
but don't exceed 8.3 bar.
7.Replace piston assembly.
8.Use bigger inner diameter of
the hose.
Fasteners are jammed
1.Fasteners are wrong size.
2.Weld wires in nail coil are
broken.
1.Use recommended fasteners.
2.Stop using.