1.
Open the crimping tool fully.
2.
Deactivate the machine on the main switch and secure it against
unintentional restart.
3.
Loosen the hexagon socket screws (1) (four at the front and the
back, each) and remove the protective plates (2).
4.
Loosen the hexagon socket screws (3) (eight at the front and the
back, each) with adjusting washers and remove the guiding pla-
tes (4).
5.
Slightly loosen both inside hexagon socket screws (5) in the 3,
6, 9 and 12 o’clock base dies by two revolutions.
The new slide bearing plates have two different surfaces. The side
with the white, grey or red coating is the slide bearing plates
surface for the dies.
The shiny metal side of the slide bearing plates is the back side.
6.
Replace the four secondary bearing plates (7) by new ones. In
doing so, use the new secondary bearing plates to push out the
old secondary bearing sheets, each.
7.
Slightly lift the master dies (6) using a screw driver (10) and
press the eight master bearing plates (9) against the old slide
bearing plate at the front.
This will push the old slide bearing plates out of the tool.
8.
Replace hexagon socket screw (5) in the base dies and tighten
them to the torque for M5 MA = 8 Nm.
Summary of Contents for ET5025
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Page 76: ...Retaining bolt Crimping die profile 262 263 239 266 232 237 554 245 246 247 245 114 4 x x x...
Page 77: ...9 7 Hydraulic diagram...
Page 78: ...9 8 Electric diagram...
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