MODEL OF TOOL .................................................................. SC7C
TOOL LENGTH ....................................................................... 7.36" (187 mm)
TOOL HEIGHT ........................................................................ 14.72" (374 mm)
TOOL WIDTH .......................................................................... 3.42" (87 mm)
WEIGHT (WITHOUT FASTENERS) ...................................…3.2 lbs (1.45 kgs)
AIR INLET ............................................................................... 1/4" NPT
COMPRESSED AIR :
Maximum permissible operating pressure ............................. 110 PSIG (7.5 bar)
Recommended operating pressure range ........................….. 95
焍
110 PSIG (6.5
焍
7.5 bar)
AIR CONSUMPTION.............................................................. 1.249 scfm with 25
nails per minute
@ 90 psi (6.2 bar)
NOISE CHARACTERISTIC VALUES IN ACCORDANCE WITH ISO 3744:1984(E)
A-weighted single-event sound pressure level at operator's position : LpA,1s = 78.5 dBA
A-weighted single-event sound power level
ġ
: LwA,1s = 86.4 dBA
Peak C-weighted sound pressure level : LpC,peak = 91.5 dBA
(
Ɉ
AT THE WORKPLACE, ALWAYS WEAR HEARING PROTECTION EQUIPMENT
Ɉ
)
VIBRATION CHARACTERISTIC VALUES IN ACCORDANCE WITH ISO 8662-11
Weighted root mean square acceleration = 2.8 m/s
2
FASTENER STANDARDS
............................... 23.9 x 12 x 1.8 mm
JAW LENGTHS.......................................................... 32 mm
MAGAZINE CAPACITY ............…......................................… 100 pcs
Indicates an imminently hazardous situation which, if not avoided, will result in death or
serious injury.
Indicates an potentially hazardous situation which, if not avoided, will result in death or
serious injury.
Alerts the operator to useful information.
Stop using the tool immediately if any of the following problems occur. Serious personal
injury could. Any repairs or replacements must be done by a qualified person or an
authorized service center only.
PROBLEM
CAUSE
SOLUTION
Inside diameter of ring too large after clinching
Latch worn
Wrong latch used(too short)
Latch spring broken
Wrong piston rod(too short)
Low power
1.air pressure set too low
2.air leaks in supply hose
3.air leak in tool
4.Throttle valve not adjusted properly
Wrong jaws used
Worn Jaws(helix, cam surface, bolt holes, jaw bushings
Worn rollers
Wrong rollers-
1.wire too hard
2.rough surface
3.cut-off burrs
Replace latch
Verify and replace latch
Replace latch spring
Verify and replace piston rod
Verify pressure
1 check air pressure setting (operator
manual)
2. Replace air supply hose
3. See page 5
4.Adjust throttle valve valve properly
Verify and replace jaws
Replace jaws
Replace rollers
Verify and replace rollers
A further ring test to be done please
return sample of rings to your dealers.
Inside diameter of ring too small after clinching
Wrong jaws
Jaw stops worn or polished off
Verify and replace jaws
Replace jaws
Ring point not entering opposite jaw
Tip of jaw broken off
Mismatched jaws-
1.jaws should be replaced only in pairs
Defective rings-
1.Points not equal
2.Ring not symmetrical
3.Cut-off burrs
Helix in jaw “A” worn so that it dose not properly guide
the ring point into the rotating helix in jaw “B” as shown
Rings only curling in one jaw
Replace jaws
Verify and replace jaws
A further ring test to be done please
return sample of rings to your dealers.
Correct by chamfering the tip of helix
that the ring is entering as shown in
the shaded area in figure “C”
Replace jaws
Ring tear drops instead of forming
Latch worn
Wrong latch(too short)
Latch spring bent or broken(spring must hold latch tightly
against end of side plate and against jaws)
Feeder blade-
1.wrong feeder blade(too short)
2.Modified by customer
3.worn(rounded on leading edge)
Wrong or worn side plate
Defective ring-
1.Burrs
2.Twisted
3.Not symmetrical
Replace latch
Verify and replace latch
Replace latch spring
Feeder blade
1.Verify and replace
2.Do not modify parts
3.replace feeder blade
Replace side plate
A further ring test to be done please
return sample of rings to your dealers.
Rings jam
Magazine-
1.Damaged or bent(changes position of shoe)
2.Too many shims(ring passes under shoe without
raising shoe, ring out of control)
3.Too few shims(ring must be forced under shoe which
bottoms out” and may deflect magazine itself)
4.Worn shoe
5.Magazine shoe groove worn
6.Frequent jamming can cause the shoe groove in the
magazine to bend and increase the groove width
7.Loose or lost rear magazine mounting screw(magazine
is not supported properly)
Pusher spring loose
Feeder blade-
1.worn(holes, length, thickness, leading edge)
2.broken
3.bent
Ring groove in Jaw worn(see figure “D”
Defective rings-
1.Burrs
2.rings skewed on stick
3.Rings out of line on stick
4.Ring twisted
5.Ring not symmetrical
6.Ring formed to size
7.Ring strip flare at the ends
Wrong wire gauge for model of tool
Magazine----
1.Replace magazine
2.Adjust---see operator manual
3.Adjust---see Operator manual
4.Replace shoe
5.Replace magazine
6.Replace magazine
7.Tighten or replace mounting screw
Adjust pusher spring
Feeder blade
1.Replace feeder blade
2.Replace feeder blade
3.Replace feeder blade
Replace jaw
A further ring test to be done please
return sample of rings to your dealers.
Verify wire size
1.16ga.. 06dia.[1.5mm]
2.15ga.. 07dia.[1.8mm]
3.11ga.. 12dia.[3.0mm]
Rings don’t feed down magazine
Pusher spring-
1.spring too loose
2.spring broken
Damaged or bent magazine
Defective rings-
1.undersized(tight on magazine)
2.burrs
3.rings twisted
4.rings skewed on stick
5.rings out of line on stick
6.ring strip flares at the ends
Pusher spring-
1.Adjust pusher spring
2.Replace pusher spring
Replace magazine
A further ring test to be done please
return sample of rings to your dealers.
Ring spitting
Air pressure too high
Pusher spring loose
Magazine-
1.Damaged or bent(changes position of shoe)
2.Too many shims(ring passes under shoe without
raising shoe, ring not contained)
3.Too few shims(ring must be forced under shoe which
“bottom out” and may produce snapping or clicking
noise as ring is fed from magazine.)
4.Worn shoe or magazine shoe groove worn.
Worn Jaws(replace only in sets)
One(or both) jaws rubbing side plate. Jaws must move
freely; the ring should have equal force on it as it leaves
the shoe of the magazine. If one jaw is hard to move, the
ring will contact it first, causing the ring to rotate and spin
out of control.
Build up of material in jaw helix, (when using plated,
aluminum or plastic coated rings)
Defective ring-
1.Burr on outside curve of ring
2.Rings skewed on stick
3.Rings out of line on stick
4.Rings not symmetrical
5.Wrong wire gauge for model of tool
6.Rings twisted opposite to jaw helix
7.Ring strip flares at the ends
Verify proper air pressure
Adjust pusher spring
Magazine---
1.Replace magazine
2.Adjust---see operator manual
3.Adjust---see operator manual
4.Replace shoe or magazine
Replace jaws
Adjust jaws
Remove build up of material
A further ring test to be done please
return sample of rings to your dealers.
Snapping noise as ring is being fed from
magazine
Too few shims under magazine
1.Ring is being forced under the shoe that has “bottomed
out” and is deflecting the magazine.
Magazine shoe rocking in magazine groove
Rings of wrong wire gauge used in tool-too large
Adjust magazine—see operator
manual
Replace magazine
Verify rings and use correct rings for
the given tool
Ⱦ
ȿ
Hogringers are designed to operate with rings manufactured within standard tolerances. As
can be seen in the preceding pages, visibly defective rings can be the cause of many ring
forming troubles.
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