Table of Contents
TYPE OF
CODE
ANOMALY
ALARM
E16
Stops Machine
ALARM
Eprb1
Stops food
probe cycles
ALARM
Stops food
Eprb2
probe cycles
only if the entire
sensor is faulty
ALARM
Stops food
Eprb3
probe cycles
only if the entire
sensor is faulty
ALARM
Stops food
Eprb4
probe cycles
only if the entire
sensor is faulty
48
DESCRIPTION
POSSIBLE CAUSES
• Position of condenser probe is
not correct
• Fan condenser not working
Condenser high
• The condenser is dirt or the grid
temperature
has tapped holes
• The unit does not discharge
warm air due to position too near
to wall
• Food probe misuse (for example,
wire pulled or squeezed)
Core probe failure
• Connector failure
sensor n°1
• Probe failure
• PCB failure
• Food probe misuse (for example,
wire pulled or squeezed)
Core probe failure
• Connector failure
sensor n°2
• Probe failure
• PCB failure
• Food probe misuse (for example,
wire pulled or squeezed)
Core probe failure
• Connector failure
sensor n°3
• Probe failure
• PCB failure
• Food probe misuse (for example,
wire pulled or squeezed)
Core probe failure
• Connector failure
sensor n°4
• Probe failure
• PCB failure
ACTIONS
This failure blocks also running cycle.
• Quickly remove the load from the
cavity for preventing waste of food.
• Using a vacuum cleaner, remove any
dust/dirt from the condenser inlet-air
grid.
• If the alarm persists Call Service.
• Current running cycle:
a) the cycle continues in probe mode
until at least one out of the 6 food
probe points is working.
b) the cycle switches to time mode if
none out of the 6 food probe points is
working.
• During STANDBY:
a) the cycle can be started until at
least one point is working.
b) the cycle can be started in time
mode in case all points are failed.
• To restore full functionality, call
Service.
• Current running cycle:
a) the cycle continues in probe mode
until at least one out of the 6 food
probe points is working.
b) the cycle switches to time mode if
none out of the 6 food probe points is
working.
• During STANDBY:
a) the cycle can be started until at
least one point is working.
b) the cycle can be started in time
mode in case all points are failed.
• To restore full functionality, call
Service.
• Current running cycle:
a) the cycle continues in probe mode
until at least one out of the 6 food
probe points is working.
b) the cycle switches to time mode if
none out of the 6 food probe points is
working.
• During STANDBY:
a) the cycle can be started until at
least one point is working.
b) the cycle can be started in time
mode in case all points are failed.
• To restore full functionality, call
Service.
• Current running cycle:
a) the cycle continues in probe mode
until at least one out of the 6 food
probe points is working.
b) the cycle switches to time mode if
none out of the 6 food probe points is
working.
• During STANDBY:
a) the cycle can be started until at
least one point is working.
b) the cycle can be started in time
mode in case all points are failed.
• To restore full functionality, call
Service.
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