9
Position the connector in the die groove and ensure the correct location of the crimp.
NOTE
: when more compression
is required, proceed according
to the sequence and direction
indicated in the fi gure, uniformly
spacing the compressions.
Press operating button (3) to activate the motor-pump and advance the ram.
To halt the advancement, release the operating button and the motor will cut out.
Make sure the dies are exactly positioned on the desired crimp point otherwise re-open
dies by pressing the release button (12) and reposition the connector.
By keeping operating button (3) pressed, the motor continues to operate and the ram will
gradually move forward until the two dies touch.
The motor will stop automatically when the set pressure has been reached.
To perform proper compression, press and hold the operating button (3) until the motor
stops
automatically.
NOTE:
To display the momentary force or pressure
during the work cycle, select the appropriate display
from the menu (Ref. to
section 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,
indicates an incorrect crimping procedure 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 operat ing button until the motor stops automatically.
By releasing the operating button (3), the ram will automatically retract (SMART RELEASE) and
open the jaw.
terminal
connector
1 2
3
1 2
1
3
2
3
conduc
tor
conduc
tor
P
n
= 602 bar
OK
Fm = 54.3 kN
OK
F
m
= 54.3 kN
F
p
= 42.3 kN
P
m
= 602 bar
P
p
= 465 bar
ERROR
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