Note:
For assembly, it is helpful to fasten a short
assembly chain
5
to the end of the chain by means of
an open chain link
6
before pulling the chain out of
the bottom block. This assembly is pulled into the bot-
tom block as the chain is pulled out and remains there
until assembly is completed.
Pull out the chain from the bottom block.
The buffer
7
and buffer discs
8
are thereby
pulled from the chain.
Assembly
Push the buffer discs (edge encloses buffer) and the
buffer onto the chain.
Align the chain and fasten it to the assembly chain
in the bottom block by means of the open chain link.
Pull the chain through the bottom block and detach
the assembly chain and the open chain link from the
chain. If no assembly chain has been used, the end
of the chain must be inserted into the bottom block
and pulled through by turning the sprocket wheel
using an auxiliary tool.
Push the spacer pipe onto the chain, align the bot-
tom block chain and push the chain link pin through
the chain link to be attached (position of the weld
must align with that of the following links).
Drive in a new roll pin to secure the end link pin.
R E M O V I N G A N D I N S TA L L I N G C L A M P A N D B U F F E R
Removal
(see illus. page 52)
In the case of operation with chain box, run the
chain out of the chain box and detach it from the
hoist.
Remove the chain link of the idle chain from the
chain mount on the hoist body. Unscrew the Allen
screws
14
for this purpose.
Loosen screw connections
9
of the clamp
10
.
Remove the clamp from the chain.
Detach the buffer
11
and buffer discs
12
+
13
from
the chain.
Assembly
Push the buffer disc with edge (edge encloses buffer),
buffer and buffer disc without edge onto the chain.
Insert the tenth chain link into the chain pocket of
the clamp (chain pocket away from hoist body, point-
ing outwards).
Introduce a screw connection to secure the chain link
in the clamp.
Align the idle chain and fasten the end chain link to
the hoist body.
Attach the chain box.
C AU T I O N !
Do not twist the chain! The chain is subject-
ed to impermissible stresses if the chain is
twisted.
powered by air !
M A I N T E N A NC E
Page 53
Summary of Contents for Profi 025Ti
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