Electrical Connection; Current Carrying Capacity Of The Inputs And Outputs - Miele XCI-Box Instrucciones De Manejo Y Montaje

en - English
Key for cable strain relief in Fig.  in
the "" chapter
a Cable strain relief fixtures
b Connection hole
c Counter nut
d Threaded fitting
e Screw cap
f Cable strain relief with screws
Configuration
Once the XCI box has been installed,
the settings for the external functions
have to be made on the corresponding
Miele Professional machine.
Follow the instructions provided in the
operating and installation instructions
for the Miele Professional machine.
To enable communication with external
hardware (payment system, dispensing
unit, etc.), settings/configurations need
to be made on the Miele Professional
machine.

Electrical connection

The XCI box is supplied with mains
voltage by the Miele Professional ma-
chine.
The XCI box does not have an addi-
tional On/Off switch.

Damage to the XCI box due to
incorrect connection.
Excess current can damage the XCI
box.
The XCI box must not be connected
to an external voltage.
36
Technical data
Voltage
Frequency
Temperature
range for operation
Current carrying capacity of
the inputs and outputs
During installation, make sure that
the current consumption of the addi-
tional components to be connected
does not exceed the permissible in-
dividual currents and total current
consumption in the neutral con-
ductor.
During installation, make sure that
connecting the washing machine/
tumble dryer in combination with the
XCI box and the associated hard-
ware does not exceed the total fuse
rating of the electricity supply.
The inputs and outputs are designed
specifically for currents, as described in
section "Current carrying capacity ta-
ble".
The switching element for contact 3.3 is
designed in such a way that a fan and
frequency converter can be connected.
When connecting external hardware
provided by other manufacturers, the
cable cross-section must not be less
2
than 1.0 mm with a maximum cable
length of 2.50 m (98 ¹/₃").
200 V–240 V
50 Hz/60 Hz
2 °C–35 °C
(36 °F–95 °F)