Depósito legal y copyright. Todos los derechos reservados.
9
PRO LIFTS S.L.
Quick operation guide
ENGLISH
3.17 -
Only original replacement parts should be used.
ORIGINAL
4. USER INSTRUCTIONS.
4.1 -
Place the lift on a firm, flat surface
in the area it is to be used with the help of
the transport wheels (
T
).
4.2 -
Untighten the security knobs (
K
) and
remove the legs (
P
) from their transport
compartment (
S
) and fully insert them into
their working positions (
V
) checking that
they are fixed by the pins (
R
).
4.3 -
Check that the lift is in vertical posi
-
tion using the spirit level (
L
) at the base of
the tower, adjust the stabilizer (
Q
), turning
the handle (
H
) if necesary.
4.4 -
Release the forks (
F
) and place them
in its working position ready to take the
load on them. Insert the pins to block the
forks.
4.5 - DO NOT OVERLOAD THE LIFT.
MAXIMUM LOAD IS 300 kg (667 lb) TL-075
MAXIMUM LOAD IS 280 kg (617 lb) TL-078
The lift should NEVER be overloaded.
Safety at work is the most important is
-
sue. Place the load onto the lift using an
adequate VMB support according to the
need, use so that the weight of the load
will only be elevated in a vertical direction.
The minimum load is 25 Kg.
4.6 -
How to place the load:
Always load as close to the tower as
possible. The maximum load diminishes
according to the distance from the body
of the tower as illustrated in the diagram
4.6.1
, which shows the load on the gravity
centre with distances to the lifting carriage
at a maximum lifting. Use a VMB adaptor
if necessary.
CAUTION
When two towers are used to elevate a
truss bridge, or many towers to elevate a
structure of any type, it is almost impos-
sible that two or more people co-ordinate
the winches elevating or lowering the
loads, at exactly the same pace. At a cer-
tain point each tower will be extended to
different height. For this reason it is ne-
cessary that the structure does not stretch
and allows for these differences.
With a rigid fixation and if the level diffe
-
rence is significant, the force generated
from the handle of the winch will deform
the structure and apply a lateral force to
the lifts causing them to break and block.
