Fellowes Helios 60 Manual De Instrucciones página 5

BINDING MACHINE CONTROLS
A On/off switch (rear side)
B Power On button & LED
C Binding thickness guide
D Timer selection (increase)
E Timer selection (decrease)
F Select / OK button
G Thickness setting / timer selection
H Lid
FEATURES & TIPS
'System-Check' function
When switched on, the machine performs a
'System-Check' function. The control panel
illuminates LED neons in sequence to check
their operation.
'Thermo Sense' function
When opening the document clamp and loading
documents for binding, the machine calculates
the optimum binding cycle period. There is no
need to manually input the cycle period.
'Heat-Shield' function
The document clamp operates as a 'Heat Shield'
to prevent operators from accidentally touching
the heating plate.
'Auto-Off' function
If the machine is not active for 30 minutes, the
'Auto-Off' function will place the machine into
standby mode. The 'Power-On' LED will flash
red and green. To operate the machine, press
the 'Power-On' button.
I Lid lock (2)
J Binding channel
K Document support
L Illuminated user interface
M Cooling vents
N Document clamp (binding)
O Cooling rack
Always put the document into the appropriate
sized binding cover.
For better results, consider including blank
sheets to fill the thermal cover to capacity.
Always test bind with a similar size and
thickness of thermal covers before final
process.
Helios has an angled heater mechanism to
ensure correct document alignment with the
document support during the binding process.
For best results, use Fellowes® brand supplies.
Thermal binding covers work best with thin
and uncoated types of paper. Care should be
taken with thick and coated papers to ensure
satisfactory results.
If the sheets have not been glued completely to
the cover, the document can be re-processed to
improve the result.
Ensure the sheets are well aligned and touching
the glued spine of the thermal cover by tapping
the collated document in the cover onto a flat
surface. This can be done before and after the
binding process.
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