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TSE-P 10.00 FV
8/38
599 34 41-93
GENERAL DESCRIPTION
The two models - EOG621B and EOG621W - differ only as regards their styling (colours).
Both models are designed for the following types of cooking:
- Normal gas cooking.
- Electric grill cooking.
- Electric grill plus spit cooking.
Normal gas cooking is provided by means of a burner controlled by an electronic control unit with an
automatic ignition system with solenoid valve. The entire system is controlled by an ionic detection probe.
Grill cooking is provided by an electric 2000 W heating element controlled by an adjustable thermostat with
the addition of the spit if desired.
FUNCTIONAL DESCRIPTION
The main feature of this gas oven is that the burner operates intermittently. The burner operates at the
maximum level until the oven has reached the temperature selected using the thermostat. The oven then
switches off until the temperature falls to about 15°C below the selected temperature, when the burner is
switched on again. In other words, the oven switches on and off automatically to maintain the temperature at
or near the level selected using the thermostat.
This intermittent system of operation makes it possible to maintain the temperature inside the oven
significantly lower than in conventional gas ovens controlled by a modulating gas thermostat.
This type of oven also offers excellent performance in sterilizing and defrosting foods.
The system consists of a thermostat which controls an electronic board (PCB); the PCB actions the gas
control solenoid and the igniter.
When the function control knob is rotated to the gas cooking position, and when the thermostat knob is set to
a given position, the control unit actions the solenoid which opens the gas supply and, at the same time,
powers the transformer which lights the burner.
The system is controlled by the ignition spark plug, which also acts as an ionization sensor fitted to the
burner; in the event that the flame is extinguished for any reason, this information (lack of ionization, i.e. no
current circulation through the sensor) is transmitted to the control unit which first attempts to re-light the
burner. If this fails, the control unit actions the solenoid to interrupt the gas supply and transmits a signal
which lights the red "gas block" LED.