intimus POWER 14.87 - Manual (Page 12)

CHECKING THE RUNNING DIRECTION:
1. Switch on the main switch (1) (fig. 11); i.e. to
position „1“.
2. Place rotary switch (2) (fig. 11) in position
„1“.
3. Check that the shredder is running in the correct
direction and correct the phase relation of the
power plug if necessary.
Correcting the phase relation of the
power plug may only be carried out
by a qualified electrician!
Now that everything has been correctly assembled
and connected, you can proceed to operating
the machine.
Make sure that no loops occur when
feeding strip material. Danger of
injury!
POWER SUPPLY CONNECTION:
a) The maximum value for loop impedance at the
mains connection point is 0.5 Ohms.
b) The conductor cross-section of the power
supply line should be of a magnitude so as
to cause a 15% voltage drop in the case of a
machine blockage (inhibit current = 3 x nominal
current).
APPLICATIONS:
The 14.87 shredder/baler combination is a large-
scale shredding system for the shredding and
baling of large volumes of paper.
The system shreds cardboard and crumpled
paper just as easily as it does flat paper.
The shredder may only be used for
shredding paper and cardboard!
The shredding of other data media may
result in bodily injury (e.g. due to splin-
tering of hard materials etc.), or damage
to the machine (e.g. destruction of the
cutting system etc.).
14.87
fig. 11
1 2
3 5 4
fig. 7
25
27
26 24
17 16
89635 6 02/13
12
GB
INITIAL START-UP
SHREDDER OPERATING ELEMENTS
3 = Display “Ready”
a) Lit if the main switch (1) is switched on.
b) Flashes if the circuit breaker has
interrupted the power circuit. For
further details, see section “CIRCUIT
BREAKER”.
4 = Display
“Baler not connected” / “Limit switch
lock disconnected” / “Flap open” /
“Jam outlet” / “Electrical fault” / “Bale
completed”
a) Lit if the connection plug of the baler is
not plugged into the socket (19) on the
shredder. At the same time, the display
(5) flashes.
b) Lit if the actuator of the limit switch lock
(20) is not inserted in the limit switch on
the baler (fig. 8).
c) Lit if the filler flap (24) or the ejector flap
(25) is not closed.
Note: the shredder cannot be started
while one of the flaps is open. The baling
ram in the baler can still be moved
forwards (ejection of the bale), and
backwards (reverse stroke) in jog mode
when the filler flap is closed.
d) Lit if the space inside the hopper (16)
is completely filled with cutting material
due to a jam in the filler hole of the baler
and the machine has been switched off
due to the raised cover flap (17). For
information, see section “JAM OUTLET”.
e) Lit although all flaps are closed if one
of the built-in switch contactors in the
shredder has failed. For more details,
see section “ELECTRICAL FAULT”.
f) Flashes if the volume of the bale is
reached and the bale has to be tied
off and ejected. For more details, see
section “TIE OFF” or “EJECT BALE”.
OPERATING FUNCTIONS (fig. 11):
1 = Main switch (emergency-stop)
This switch turns the machine either on
(position “1”) or off (position “0”).
2 = Rotary switch
a) “Cutting system forward” (“1”)
Turning this switch to position “1” starts
the cutting system and the conveyor belt.
Material can now be fed to the shredder.
b) “Cutting system reverse” (“R”)
Turning this switch to position “R” starts
the cutting system and the conveyor belt
in reverse.
c) “Cutting system stop” (“0”)
Turning this switch to position “0” switches
the shredder off, thereby halting the
cutting system and the conveyor belt.
5 = Display
“Paper jam” / “Baler not connected” /
“Ram not in home position” / “Motor
fault”
a) Lit if too much paper is fed into
the cutting system (see description
AUTOMATIC RESPONSE IN CASE OF
OVERLOADING).
b) Flashes if the connection plug of the
baler is not inserted in the socket (19)
on the shredder. At the same time, the
display (4) is lit.
c) Flashes if the baling ram (32) was not
in home position (rearmost position)
when the rotary switch (2) was turned to
position 1 (Cutting system forward) (3).
d) Flashes if the motor of the shredder or
of the baler has been overloaded and the
built-in thermal protection has interrupted
the power circuit. For more details, see
section “MOTOR FAULT”.
Translation of the Original Operation Manual
Übersetzung der Originalbetriebsanleitung