Figure 21 shows an overview of the object types for the Cooking Zone device class.

Figure 21 — Overview of object types for Cooking Zone

The CookingZoneParameterType is formally defined in Table 59.

Table 59 — CookingZoneParameterType definition

Attribute	Value
BrowseName	CookingZoneParameterType
IsAbstract	False
References		NodeClass	BrowseName	DataType	TypeDefinition	ModellingRule AccessLevel
Subtype of KitchenDeviceParameterType
HasComponent		Variable	CurrentState	CurrentStateEnumeration	BaseDataVariableType	O, R
HasComponent		Variable	CookingZoneName	String	BaseDataVariableType	O, R
HasComponent		Variable	ActualTemperature	Float	AnalogItemType	O, R
HasComponent		Variable	SetTemperature	Float	AnalogItemType	O, R
HasComponent		Variable	ActualProcessTime	Int32	AnalogItemType	O, R
HasComponent		Variable	SetPowerValue	Int32	AnalogItemType	O, R
HasComponent		Variable	ActualPower	Float	AnalogItemType	O, R
HasComponent		Variable	IsPanDetected	Boolean	BaseDataVariableType	O, R
HasComponent		Variable	NominalPower	Int32	AnalogItemType	M, R

This variable describes the state of the device, e.g. standby or power output.

The data type for the CurrentStateEnumeration is defined in section 17.4.1.

This variable describes, for example, the position of the cooking zone, such as left cooking zone, right cooking zone.

This variable describes the currently measured cooking zone temperature.

The EngineeringUnit property of the AnalogItemType has the value °C. The value for the EURange property is device-specific.

This variable contains the set temperature to which the cooking zone is to be heated.

The EngineeringUnit property of the AnalogItemType has the value °C. The value for the EURange property is device-specific.

This variable contains the operating time of the cooking zone.

The EngineeringUnit property of the AnalogItemType has the value s. The value for the EURange property is device-specific.

This variable contains the set value for the power.

The EngineeringUnit property of the AnalogItemType has the value % and the EURange property has the minimum value 0 and the maximum value 100.

The ActualPower variable returns the current power of the cooking zone.

The EngineeringUnit property of the AnalogItemType has the value W. The value for the EURange property is device-specific.

This variable describes whether a pan has been detected on the cooking zone.

This variable contains the nominal power of the cooking zone.

The EngineeringUnit property of the AnalogItemType has the value W. The value for the EURange property is device-specific.

The CookingZoneDeviceType is formally defined in Table 60.

Table 60 — CookingZoneDeviceType definition

Attribute	Value
BrowseName	CookingZoneDeviceType
IsAbstract	False
References		NodeClass	BrowseName	DataType	TypeDefinition	ModellingRule AccessLevel
Subtype of CommercialKitchenDeviceType
HasProperty		Variable	IsWithPanDetection	Boolean	PropertyType	M, R
HasProperty		Variable	EnergySource	EnergySourceEnumeration	PropertyType	M, R
HasComponent		Variable	NominalVoltage	Int32	AnalogItemType	M, R
HasProperty		Variable	NumberOfPhases	Int32	PropertyType	M, R
HasComponent		Object	CookingZone_<No.>		CookingZoneParameterType	MP, R

This property describes whether the device is equipped with pan detection.

The EnergySource property returns the type of energy supply. The data type for the EnergySourceEnumeration is defined in 21.1.

The NominalVoltage property contains the nominal voltage of the cooking zone combination.

The EngineeringUnit property of the AnalogItemType has the value V. The value for the EURange property is device-specific.

The NumberOfPhases property returns the number of phases of the cooking zone combination (1-phase, 2-phase, 3-phase).

A cooking zone combination may consist of one or more cooking zones. The CookingZone_<No.> object contains the data for a cooking zone.

This DataType is an enumeration of the possible operating states of a cooking zone.

The possible values are defined in Table 61.

Table 61 — CurrentStateEnumeration values

Value	Description
Off_0	Off
Standby_1	Device is in standby
Power_2	Power output
PotDetection_3	Pan detection