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8

TAKING OUT EXCESS PAPER
IN CASE OF OVERLOAD:

If the shredder has stopped due to an overload 
(motor protection) take the excess paper out of 
the inlet as follows:

1. 

Briefly turn the “cutting system reverse” switch 
(2) (fig. 11) to position “R”. The cutting system 
and the conveyor belt run in reverse. The mate-
rial is released and returned by the conveyor 
belt.

2. 

Redistribute the returned material, or remove 
some of it from the conveyor belt (12).

3. 

After  allowing  the  motor  to  cool  down  for 
approximately  10  minutes  (depending  upon 
ambient temperature), the machine can once 
again be started in the forward direction and 
shredding can be continued (rotary switch (2) 
(fig. 11) in position “1”).

MOTOR FAULT:

The  shredder  and  the  baler  are  equipped  with 
thermally protected motors. If this is overloaded, 
the machine switches off. This is indicated by the 
flashing lamp of the display “MOTOR FAULT” (5) 
(fig. 11). 
After  a  cooling  period  of  approx.  10  minutes 
(depending  on  ambient  temperature),  you  can 
restart the machine and continue shredding.

ELECTRICAL FAULT:

If the display (4) (fig. 11) is lit although all flaps 
are closed, one of the built-in 

switch contactors 

is no longer operational 

and the machine can 

no longer be operated

.

Switch  the  machine  off  at  the  main  switch  (1) 
(fig.  11),  disconnect  the  mains  plug  and  inform 
your specialist dealer.

CIRCUIT BREAKER:

If excess current occurs in the mains supply, the 
circuit  breaker  interrupts  the  power  circuit  and 
the machine is switched off.
Switch  the  machine  off  at  the  main  switch  (1) 
(fig.  11),  disconnect  the  mains  plug  and  inform 
your specialist dealer.

Always unplug the machine from the 
mains power supply, turn off the main 
switch and lock it with a padlock be-
fore opening the machine to carry out 
any repairs.

MALFUNCTIONS

CHECKLIST FOR FAULTS:

If the machine does not work, check the following 
points:
-  is  the 

mains  plug

  connected  to  the  mains 

supply?

-  is the 

connection plug of the baler

 inserted 

in the socket (19) on the shredder?

-  is the 

actuator of the limit switch lock (20) 

inserted in the limit switch on the baler?

-  is the 

main switch (1)

 switched on?

-  is the 

rotary switch (2)

 switched on?

-  is there a 

paper jam

 in the machine?

  Follow  the  instructions  for  “AUTOMATIC 

RESPONSE IN CASE OF OVERLOADING”

-  are  the 

filler  flap  (24)

  and  the 

ejector  flap 

(25)

 on the baler closed?

-  is  the 

cover  flap  (17)

  on  the  shredder 

closed?

  See description JAM OUTLET
-  was the 

motor

 overloaded?

  See description “MOTOR FAULT”
-  has 

excess current

 occurred?

  See description CIRCUIT BREAKER
-  has one of the 

switch contactors

 failed?

  See description “ELECTRICAL FAULT”
-  has a 

phase

 failed?

  Check  the  three  phase  fuses  on  the  mains 

socket and replace if necessary.

If you still cannot isolate the fault or 
other faults are statable, the machine 
shouldn’t be operated. Please report 
to  /  notify  our  customer  service  de-
partment.

14.87 

fig. 12

7

6

8

fig. 11

1

2

3

5

4

fig. 7

25

27

26

24

17

16

fig. 8

20

fig. 9

19

Summary of Contents for Intimus POWER 14.87

Page 1: ...ox 1420 D 88672 Markdorf Germany Tel 49 0 7544 60 0 Fax 49 0 7544 60 248 E mail vertrieb martinyale de Internet www martinyale de 14 87 GB Please read the Operating Instructions before initial start up Operating Instructions ...

Page 2: ...the openings for the switch position in the hopper 16 above it and fix there again 5 Fix the limit switch S8 18 with 2 screws M4x40 and nuts M4 below the switch cam of the switch flap 40 Undo the threaded pin 44 Allen key 2 5 mm turn the cam into position and tighten the threaded pin again Attention the switch cam must be turned in such a way that with the switch flap hanging straight down the switch...

Page 3: ...3 fig 3 fig 2 10 9 fig 1 10 13 9 fig 4 10 11 9 12 12 fig 5 10 15 INSTALLATION 25 21 27 23 26 24 17 fig 7 fig 8 20 fig 9 19 fig 10 29 30 28 22 16 14 87 14 fig 6 16 23 41 42 22 43 18 17 40 44 18 ...

Page 4: ...e 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 ma...

Page 5: ...vanced a short distance pressure relief at the discharge flap The discharge flap 25 can now be opened This is necessary when the baler is holding the bale in the com pacted condition Note The discharge flap can only be opened after this key has been acti vated 8 Return Ram Key return stroke fig 12 When this key is activated in the automatic operatingmode thebalingram 32 fig 22 is returned to its rear ...

Page 6: ...ble in inching operation when the dis charge flap is open The key must thus be pressed and held in order to eject the bale 4 Remove the sack from the sack frame 26 5 Fold the end of the sack together and seal with tape fig 17 The bale can now be removed B TIE OFF AND EJECT WITHOUT PLASTIC SACK Same as described under A except no plastic sack is used The bale can be removed immediately after ejection...

Page 7: ...31 7 BALER OPERATION fig 14 fig 15 fig 18 26 35 fig 19 fig 17 fig 16 fig 13 33 fig 21 30 31 37 29 fig 22 34 33 32 fig 20 fig 7 25 27 26 24 17 16 fig 12 7 6 8 14 87 zu auf 34 33 37 39 31 35 35 36 ...

Page 8: ...s current occurs in the mains supply the circuit breaker interrupts the power circuit and the machine is switched off Switch the machine off at the main switch 1 fig 11 disconnect the mains plug and inform your specialist dealer Always unplug the machine from the mains power supply turn off the main switch and lock it with a padlock be fore opening the machine to carry out any repairs MALFUNCTIONS ...

Page 9: ...l ACCESSORIES fig 23 38 DISPOSING OF THE MACHINE Dispose of the machine in an environmentally sound fashion at the end of its useful service life Do not dispose of any of the parts included in the machine or its packaging with household trash DISPOSING SHREDDER Cutting width 6x50 mm cross cut 5 8 mm strips 11 8 mm strips Cutting capacity 6x50 mm 120 130 sheets 70 g m2 5 8 mm 130 140 sheets 70 g m2 ...

Page 10: ...1 4 T2 1 L1 3 L2 6 10 5 L3 3 L2 Q1 1 L1 6 T3 4 T2 K3 6 T3 4 T2 2 T1 Gehäuseoberteil Nr 9928014 Steckereinsatz Nr 9928012 NAME erstellt PREPARED Leitungslänge 3 20m 25x1 5mm Ölflex Nummernleitung VDE approbiert für USA und Kanada 25xAWG16 max Ø 21mm Nummernleitung UL CSA approbiert Blatt SHEET W Madena 1 31 10 08 7 Blattanzahl NO OF SHEETS Änderungsindex REVISION X1 2 X1 W2 X1 V2 X1 1 x x Änderung ...

Page 11: ...elöst Blinken R 0 S1 L1 N P S2 geprüft PROVED Ser no 991 0346 4 V SB Nr DWG NO Änderungsindex REVISION Blattanzahl NO OF SHEETS NAME 31 10 08 J Erlecke x x Änderung REVISION Page 3 X3 13 Page 3 X2 8 230V Bedienung Presse und Schredder Model 14 87PRess LOGO 230 RCo I3 I6 I5 I4 A1 I1 I2 wiring diagram diagramme de connexions 1 3 4 1 2 press forward return P S1 P S14 Drehtahlinitiator connector ON X0...

Page 12: ...22 4 11 10 1 12 9 Not Aus Optional 6 5 X1 14 P S16 8 7 X1 17 21 3 11 1 X1 18 12 2 P S9 21 3 22 4 Enfüllklappe AUF P S7 11 1 X1 16 X1 15 X1 19 2 P A 1 Sensoreingang 1 Sensoreingang 2 X0 14 X0 11 X0 13 X0 1 X0 2 X0 3 X0 10 X0 erstellt PREPARED NAME 22 22 A2 A2 K1 Änderungsindex REVISION K2 K3 A1 21 K4 A1 21 A1 K2 K3 A1 A2 A2 Blattanzahl NO OF SHEETS Blatt SHEET 31 10 08 W Madena K5 3 7 I8 I7 Q3 Q4 2...

Page 13: ...23 23 24 13 14 X2 1 22 21 P S14 P S10 P S1 Elobau 470115B1 10 1 12 11 9 P A 1 Sensoreingang 2 13 Enfüllklappe AUF 22 4 12 2 21 3 P S7 11 1 7 8 6 3 4 5 Sensoreingang 1 14 2 16 15 X2 19 X2 18 Not Aus Optional X2 14 X2 16 X2 15 X2 17 X2 5 X2 8 X2 6 24 22 21 X2 7 23 P S14 P S11 P S9 Einfülltrichter AUF 11 1 12 2 21 3 22 4 X4 4 A1 erstellt PREPARED NAME X1 3 X0 11 7 4 X0 15 X0 12 X0 9 X0 17 Blattanzahl...

Page 14: ...P T1 prim 230V X0 5 X0 24 Stempel VOR Stempel ZURÜCK 18 X1 P Y1 13 15 14 17 16 11 10 12 P V2 4 2 5 3 1 P K1 19 PE PE P Y2 Einfüllklappe AUF P S 7 22 21 21 22 Presse START Stempel HINTEN P S8 erstellt PREPARED NAME STOPP AUF 13 14 P S13 23 24 23 24 23 7 5 Bedieneinheit Blatt SHEET Blattanzahl NO OF SHEETS Stempel ZURÜCK P S1 Änderungsindex REVISION 22 32 24 24 31 10 08 W Madena 24 24 P S2 braun sch...

Page 15: ...8 6 Position Endschalter und Sensoren P S9 P S5 P S3 P S2 P S8 P S6 P S7 P M1 Thermoschutz P S10 Zwei Hand Bedienung bei Service oder Reparaturarbeiten Wenn sich die Presse nicht unter dem Shredder befindet ist der Endschalter P S11 nicht betätigt Um den Pressenstempel zu bewegen muß zusätzlich zum Taster P S1 bzw P S3 mit der freien Hand der Taster P S14 betätigt werden Während dieser Betriebsart...

Page 16: ...e connexions X3 1 6 A 2 3 1 3 1 4 A U 1 V 1 W1 1 1 5 1 2 5 4 6 7 8 9 1 0 1 1 A 2 3 A 4 A 1 0 1 1 5 1 2 7 8 9 6 1 P K1 X2 erstellt PREPARED NAME Änderungsindex REVISION Blatt SHEET Blattanzahl NO OF SHEETS 7 31 10 08 W Madena 31 10 08 geprüft PROVED J Erlecke NAME Änderung REVISION x x P K2 1 6 A 9 6 1 0 1 1 1 9 8 7 1 7 1 8 1 5 1 4 A 3 A 1 2 1 2 8 A P F4 1 3 4 X1 P T2 P V1 P A1 ...

Page 17: ...17 14 87 HYDRAULIKPLAN HYDRAULIC DIAGRAM PLAN DE HYDRAULIQUE Verdichter baler presse SB No 475 0065 4 ...

Page 18: ...18 14 87 ...

Page 19: ...19 14 87 ...

Page 20: ...Gerät entspricht folgenden Normen bzw Richtlinien We do hereby certify that the above mentioned product meets the requirements set forth in EEC Guidelines 98 37 in EEC Low Voltage Directive 73 23 and EMC 89 336 Class B including all changes and addendums to date thereto The above mentioned product meets the following standards and guidelines Nous Vous Confirmons que l appareils cité ci dessus corre...

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