Cembre B600C, Operation And Maintenance Manual, Page: 8 / 48

8
ENGLISH
NOTE:
To display the momentary force or pressure during
the work cycle, select the appropriate display from the
menu (Ref. to § 4). When the operating button is released
before the motor stops automatically, the display will show
the peak force (Fp) or the peak pressure (Pp) reached at
that instant.
To complete the work, press the operating button again until the motor stops automatically; the display
will show the maximum force or pressure reached followed by "OK" to confi rm correct operation.
The display "ERROR" combined with a beep and the LEDs fl ashing, indi-
cates an incorrect crimping procedure. This is caused by the work cycle
being interrupted before the control parameters (force/pressure) of the
tool are reached. This error appears when the pressure release button has been
operated and the tool has already reached a pressure >100 bar. In this case, repeat the compression
by pressing and holding the operating button until the motor stops automatically.
2.4) Release of dies
By operating the pressure release button (5) (Ref. to Fig. 4), the ram will retract and open the dies.
To take the dies off their guide, slide them by pushing the release pins (12) (Ref. to Fig. 2).
2.5) LED Worklights
Whilst the tool is in operation, the compression area is illuminated by two high luminosity LED
worklights that switch off automatically at the end of the cycle.
The LED Worklights can be disabled by following the procedure described in § 4.2.
2.6) Head rotation
For ease of operation, the tool head can rotate through 180°, allowing the operator to work in the
most comfortable position.
2.7) Capacitive touch button for menu selection
This button is located under the display and allows selection of various
screens (Ref. to § 4); it only works when the display is on.
Wearing gloves or using other objects may inhibit the operation of the
button, therefore use a bare fi nger to apply only a light touch.
ERROR
Ï
Ð
F
m
= 67.4 kN
F
p
= 61.4 kN
P
m
= 742 bar
P
p
= 565 bar
F
m
= 67.4 kN
OK
P
m
= 742 bar
OK
3 SEC.