16
EN
Start the machine and Icon number 7 (represented by a cutting disk), the
speed level and its associated RPM will be displayed on the screen. The
speed can be adjusted with the motor running or stopped.
Pressing "Run" (7) with the hinged lid (J) closed and the plunger (M) down
will start the motor. Icon 7 will begin to rotate, indicating that the motor is
engaged.
The “Pause” icon will be displayed if "Start" (7) is pressed with the motor
stopped, the hinged lid (J) closed and the plunger (M) up, indicating that
the plunger must be lowered. The motor will start up when the plunger (M)
is lowered.
The motor will stop if the plunger (M) is raised. The motor re-starts
automatically when the plunger (M) is lowered. The "Start" button (7) must
be pressed again to start the motor if the plunger (M) is kept in the raised
position for more than 30 seconds.
The motor will stop if the hinged lid (J) is opened. The “Start" button (7)
must be pressed again to start the machine once the hinged lid (J) has been
closed.
The machine will stop automatically after 30 minutes if it is left running with
the plunger (M) in the lowered position.
An indicative text will appear on the screen if any of the safety devices is
out position.
FORCE CONTROL function
- With the motor running, ring 3 on the screen indicates load under which it
is working. When the indicator approaches the red zone, it means that the
motor is nearing overload. This level varies depending on the features of the
product being processed and the force exerted by the plunger.
- An acoustic signal to warn the user that a certain level of force has been
reached can be configured. This is useful to ensure that constant force is
applied to obtain uniform cutting.
- Increase the load on the plunger until the acoustic signal sounds, indicating
that the desired level of force has been reached. Maintain this load without
increasing the force to obtain uniform cutting throughout the process.
- To set the acoustic signal, hold down the reverse rotation button (C) for 3
seconds to access the menu with which to set the load level at which the
acoustic signal will sound. Press the same key (D) again to exit the menu.
Operation with the standard intake hopper (J) and plunger (M).
CK-35V/38V and CA-3V.
- The mallet (L) must be housed and locked in its hole. Rotate it anti-
clockwise to do so.
- Start the machine.
- Raise the plunger (M). The motor will stop.
- Insert the products into the standard hopper (J).
- The motor will start and the cutting process begin once the user begins
to press down on the plunger (M). Feed the product by gently lowering the
plunger (M). Repeat the process as many times as required.
- Press "Stop" (A) once production has finished.
Operation with the standard intake hopper (K) and plunger (M).
CK-45V/48V and CA-4V.
- The mallet (L) must be housed and locked in its hole. Rotate it anti-
clockwise to do so.
- Start the machine.
- Lift the plunger (M) and turn it anti-clockwise to release the food insertion
area of the standard hopper (K). The plunger (M) can be left resting on the
plunger support (M). The motor will stop.
- Insert the products into the standard hopper (K).
- The motor starts and the cutting process begins when the plunger (M)
is rotated clockwise. Feed the product by gently lowering the plunger (M).
Repeat the process as many times as required.
- Press “Stop” (4) to finish.
Operation with cylindrical hopper (L). CK-35V/38V, CK-45V/48V and
CA-3V/4V.
This Ø 55 mm hopper is used to cut long, cylinder-shaped vegetables such
as carrots, endives, cucumber, etc.
- Start the machine.
- Release the mallet (L) by rotating it clockwise.
- Insert the products through the hole and push them gently with the “Mallet"
(L). Repeat the process as many times as required.
- Press "Stop" (A) once production has finished.
IMPORTANT: Leave the mallet (L) inside the cylindrical hopper when
the latter is not in use.
Operation of the CK-35V/38V, CK- 45V/48V and CA-3V/4V with tube
head.
- The tube head is must be mounted and locked in place.
- Start the machine.
- Insert the products through the upper holes in the tube head. The cutter will
stop automatically after working for 30 minutes. To continue, press “Start”
again.
- Press “Stop” (4) to finish.
"Cutter” operating mode. (CK-35V/38V, CK- 45V/48V and KE-5V/8V):
With the machine disconnected from the mains:
With the bayonet mechanism (Y) open (AA), place the "Cutter" accessory
on the motor block so that the three lugs are inserted into the holes of the
quick-lock mechanism. The handle must be placed just above the keypad
for the machine to operate. Close (Z) the bayonet mechanism (Y) to lock the
accessory on the motor block.
Fit the "Blade assembly" (T) and close the lid (U) by turning it anticlockwise
until it is engaged and locked. The lid (B) has a hole through which to feed
the product while the machine is operating and a scraper which, when
rotated, stirs the contents of the vessel (S) so that they are processed more
evenly.
When the machine is switched on the screen will display Icon No. 5
(represented by the rotor) together with the speed level and the associated
RPM. The speed can be adjusted with the motor running or stopped.
The motor starts when the “Start” key (A) is pressed and will run until the
same key is pressed again or the PULSE B key is held down. It also starts
and runs while the PULSE B key is held down. The icon rotates while the
motor is running.
The motor rotation direction can be reversed by pressing the C key, either
with the motor running or stopped. The associated icon appears on the
screen and the speed level is represented by the "-" sign, indicating reverse.
With the motor running the icon then rotates in the opposite direction.
Each time the bowl is fitted (with each new process) and the motor starts, a
counter appears that counts the duration of the process. This time is reset
only when the bowl is removed.
The countdown time can be set by pressing the CLOCK "D" key when fitting
the bowl. Accept by pressing the same key again or starting the motor. The
countdown will then start. The timer has an associated indicator circle (2) that
provides a visual reference of the time remaining until the end of the process.
When the time reaches zero the motor stops and a “beep” is emitted.
