hvl_ccb.dev.supercube.typ_a
Supercube Typ A module.
- class SupercubeAOpcUaCommunication(config)[source]
Bases:
hvl_ccb.dev.supercube.base.SupercubeOpcUaCommunication
- class SupercubeAOpcUaConfiguration(host: str, endpoint_name: str = 'Supercube Typ A', port: int = 4840, sub_handler: hvl_ccb.comm.opc.OpcUaSubHandler = <hvl_ccb.dev.supercube.base.SupercubeSubscriptionHandler object at 0x7fed1b3dd210>, update_period: int = 500, wait_timeout_retry_sec: Union[int, float] = 1, max_timeout_retry_nr: int = 5)[source]
Bases:
hvl_ccb.dev.supercube.base.SupercubeOpcUaCommunicationConfig- endpoint_name: str = 'Supercube Typ A'
Endpoint of the OPC server, this is a path like ‘OPCUA/SimulationServer’
- force_value(fieldname, value)
Forces a value to a dataclass field despite the class being frozen.
NOTE: you can define post_force_value method with same signature as this method to do extra processing after value has been forced on fieldname.
- Parameters
fieldname – name of the field
value – value to assign
- classmethod keys() Sequence[str]
Returns a list of all configdataclass fields key-names.
- Returns
a list of strings containing all keys.
- classmethod optional_defaults() Dict[str, object]
Returns a list of all configdataclass fields, that have a default value assigned and may be optionally specified on instantiation.
- Returns
a list of strings containing all optional keys.
- classmethod required_keys() Sequence[str]
Returns a list of all configdataclass fields, that have no default value assigned and need to be specified on instantiation.
- Returns
a list of strings containing all required keys.
- class SupercubeWithFU(com, dev_config=None)[source]
Bases:
hvl_ccb.dev.supercube.base.SupercubeBaseVariant A of the Supercube with frequency converter.
- static default_com_cls()[source]
Get the class for the default communication protocol used with this device.
- Returns
the type of the standard communication protocol for this device
- fso_reset() None[source]
TODO: test fso_reset with device
Reset the fast switch off circuitry to go back into normal state and allow to re-enable operate mode.
- get_frequency() float[source]
TODO: test get_frequency with device
Read the electrical frequency of the current Supercube setup.
- Returns
the frequency in Hz
- get_fso_active() bool[source]
TODO: test get_fso_active with device
Get the state of the fast switch off functionality. Returns True if it is enabled, False otherwise.
- Returns
state of the FSO functionality
- get_max_voltage() float[source]
TODO: test get_max_voltage with device
Reads the maximum voltage of the setup and returns in V.
- Returns
the maximum voltage of the setup in V.
- get_power_setup() hvl_ccb.dev.supercube.constants.PowerSetup[source]
TODO: test get_power_setup with device
Return the power setup selected in the Supercube’s settings.
- Returns
the power setup
- get_primary_current() float[source]
TODO: get_primary_current with device
Read the current primary current at the output of the frequency converter ( before transformer).
- Returns
primary current in A
- get_primary_voltage() float[source]
TODO: test get_primary_voltage with device
Read the current primary voltage at the output of the frequency converter ( before transformer).
- Returns
primary voltage in V
- get_target_voltage() float[source]
TODO: test get_target_voltage with device
Gets the current setpoint of the output voltage value in V. This is not a measured value but is the corresponding function to
set_target_voltage().- Returns
the setpoint voltage in V.