5. OPERATION
5.1.
To insert rivets, place rivet in the pre-drilled hole (fig.6).
5.2.
Insert the rivet stem as far as possible into the riveter nose piece (fig.7).
5.3.
Pull the trigger to pull the rivet up. Keep the trigger depressed until the rivet stem is heard to snap away from the head (fig.8).
5.4.
At this point, release the trigger; the machine will reverse automatically and release the stem.
6. MAINTENANCE
6.1.
The head assembly will need to be stripped from time to time to clean and lubricate.
6.2.
Before any maintenance, remove the battery to avoid accidental starting.
6.3.
Remove the frame head by turning anticlockwise with the spanner (fig.9). This will reveal the jaw case head.
6.4.
To remove the jaw case head, turn anticlockwise using the spanner.
6.5.
This, in turn, will reveal the jaws, jaw pusher and spring (fig.10).
6.6.
Clean with a suitable cleaner and, when dry, apply a little oil to the rear surfaces of the jaws.
6.7.
Assemble in the reverse
order as 6.1.1. to 6.1.4.
6.8.
Clean the casing with a dry cloth only, do not use chemical cleaners.
6.9.
Store in a cool, dry place out of reach of children.
WARNING! – Risk of Hand Arm Vibration Injury.
This tool may cause Hand Arm Vibration Syndrome if its use is not managed adequately.
T
his tool is subject to the vibration testing section of the Machinery Directive 2006/42/EC.
This tool is to be operated in accordance with these instructions.
Measured vibration emission value (a): 2.04 m/s²
Uncertainty value (k): 1.5 m/s²
P
lease note that the application of the tool to a sole specialist task may produce a different average vibration emission. We recommend that a
specific evaluation of the vibration emission is conducted prior to commencing with a specialist task.
A health and safety assessment by the user (or employer) will need to be carried out to determine the suitable duration of use for each tool.
NB:
Stated Vibration Emission values are type-test values and are intended to be typical.
W
hilst in use, the actual value will vary considerably from and depend on many factors.
Such factors include; the operator, the task and the inserted tool or consumable.
NB:
ensure that the length of leader hoses is sufficient to allow unrestricted use, as this also helps to reduce vibration.
The state of maintenance of the tool itself is also an important factor, a poorly maintained tool will also increase the risk of Hand Arm Vibration
Syndrome.
Health surveillance.
W
e recommend a programme of health surveillance to detect early symptoms of vibration injury so that management procedures can be modified
accordingly.
Personal protective equipment.
W
e are not aware of any personal protective equipment (PPE) that provides protection against vibration injury that may result from the
u
ncontrolled use of this tool. We recommend a sufficient supply of clothing (including gloves) to enable the operator to remain warm and dry and
maintain good blood circulation in fingers etc. Please note that the most effective protection is prevention, please refer to the Correct Use and
Maintenance section in these instructions. Guidance relating to the management of hand arm vibration can be found on the HSC website
w
ww.hse.gov.uk - Hand-Arm Vibration at Work.
OPERATION
fig.5
fig.5
fig.9
fig.9
fig.10
fig.10
fig.6
fig.6
fig.7
fig.7
fig.6
fig.6
fig.7
fig.7
fig.8
fig.8
CP313X Issue:1 13/07/20
© Jack Sealey Limited
Original Language Version
