Forbo siegling blizzard HP 160/1000 AIR, Operating Manual

Page: 14 / 52

14
saFe operation
The press includes a pressure relief device, that will hold 2.7 bar as the maximum
supplied pressure.
Warning
While in the main screen, avoid a long pressing of the set key.
If you do it, the screen will show “Unt”. Press “SET” (long press for around 3 seconds),
to return to the main screen.
d. Start button
When all the parameters and the belt have been prepared, start the process with the
button on the top frame, that will be lighted all along the process. (Fig. 16)
– Before pressing start, check that all the bolts are fixed.
– Once the process is finished and the fans stop because the press has reached
thecooling temperature, a buzzer indicates that the process is finished. the buzzer
will not stop till it is deactivated.
e. Air bleeder
once the process is finished, press the air bleeder to release the pressure.
Danger
Check that the start button is turned off, since if it is not, the air compressor will
supply pressure again, what may cause a physical danger an also a damage to the
press.
– If the press is going to repeat a process, just press the start button, and it will
automatically make another joint.
– Once the pressure is released, dismantle carefully the top part of the press.
– When the press is disconnected, the parameters of the last joint are stored.
14
Disconnect main power cable
Danger
a. it is critical to remove the power cord from the wall receptacle first. (Fig. 17)
b. next, unlatch the cable connector from the machine base power inlet and gently
disconnect.
Following this sequence is critical for operator and bystander safety. removing plug
from the wall receptacle first eliminates any current from flowing through the cable. if
this procedure is not performed first and the cable connector is removed initially, the
power cable remains energized and could cause serious and fatal shock if exposed to
water or other fluids.
15
Disconnect umbilical power cord from top beam
a. unlatch cable connector.
b. gently disconnect.
Fig. 16
Fig. 17