11
EN
3.5. Grinding group assembly / disassembly
The assembly / disassembly operations of any
machine part are performed with the stop ma-
chine and with the plug disconnected from the
socket, or with the sectioning device in OFF.
The
grinding group Enterprise
assembly on the
machine takes place in two phases (in exemplifying
way it is showed the mincer with basic machine.
The phase n. 1 for the
grinding group Enterprise
is
performed on a working ground following the under
reported order:
• Insert in the pipe union (1) in the order: Archimedean
screw (2), cutting knife oriented as in figure and
inserted in the dragging pivot (3), drilled plate (4)
inserted in the pipe union place (1);
• Screw down and tighten the blockage wheel (5).
The phase 2 is performed on the machine:
• Insert up to the blow the complete grinding group (B)
on the machine (A);
• Tighten the mouth stop knob (C) up to when the
grinding group (B) is blocked on the machine (A);
• Insert the hopper (D) in the machine neck
• In these conditions the machine is ready to work.
The disassembly activities of the grinding group
from the machine are performed following in the
backwards way the assembly phases previously
described, starting from the phase n. 2 passing to
the phase n. 1.
For a plate and knife better improvement and du-
ration it is advised t
o keep them always coupled.
3.6. Grinding group rotation
The operations here follow indicated must be
performed from the machine maintenance man
(skilled personnel in the electric maintenance
field of the industrial machines).
For machines fed with three phase voltage (3
PE AC 400V 50Hz), slacken lightly the blockage
wheel so as don’t make a strong pressure on the
drilled plate as for the cutting knife. During the
switching on verify that the Archimedean screw /
grater roll rotates in anticlockwise sense.
If there is an clockwise rotation, switch off the
machine disconnecting the plug, disassembly it,
disconnect two phase conductors and invert them
of position.
Summary of Contents for 232717
Page 125: ...125 RU Hendi...
Page 126: ...126 RU...
Page 129: ...129 RU 282199 282007 1 2 3 4 5 6 1 2 3 4 5 1 2...
Page 130: ...130 RU 900 1100 5 8 2 2 1...
Page 131: ...131 RU 2 2 3 3 1...
Page 132: ...132 RU 3 2 3 3 3 4 N...
Page 133: ...133 RU OFF ON 3 5 1 1 2 3 4 5...
Page 134: ...134 RU 2 B A C B A D 2 1 3 6 3 PE 400 50 3 7 O I I...
Page 135: ...135 RU 3 8 5...
Page 136: ...136 RU I O...
Page 137: ...137 RU 4 4 1 4 2 4 3...
Page 138: ...138 RU 4 4...
Page 139: ...139 RU 4 5 4 6 2...
Page 140: ...140 RU pH 60 C...
Page 142: ...142 RU 282199 282007 400 3 50 PE A 3 400 50 PDC W1 S1 S2 S3 TGM3 400V ITR S 2 400V...
Page 143: ...143 GR Hendi...
Page 144: ...144 GR 1 8 mm...
Page 147: ...147 GR 1 2 3 4 5 1 2 900 1100 mm...
Page 148: ...148 GR 5 8 mm 2 2 1 2 2...
Page 149: ...149 GR 3 3 1 3 2...
Page 150: ...150 GR 3 3 3 4 N...
Page 151: ...151 GR OFF ON 3 5 1 1 2 3 4 5 2 B A B A 2 1...
Page 152: ...152 GR 3 6 3 PE AC 400V 50Hz 3 7 O I I O...
Page 153: ...153 GR 3 8 5...
Page 154: ...154 GR I STOP O STOP O 4 4 1 4 2...
Page 155: ...155 GR 4 3 4 4...
Page 156: ...156 GR OFF ON 4 5 4 6 2...
Page 157: ...157 GR...
Page 158: ...158 GR pH 60 C...
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