Flexible Tools
RF::ABBConnect | RF::FANUCConnect | RF::KUKAConnect
RF::RobotConnect is the connection to virtual or real robot controllers of the
.
RF::RobotConnect makes it easy to connect to real or virtual robot controllers.
This enables the integration of virtual robot controllers into the virtual commissioning. RF::RobotConnect can also be used to read signals from real robot controllers. This function is used for use in the virtual shadow.
RF::RobotConnect provides an interface to ABB, FANUC and KUKA robot controllers. The interface to the virtual system is ensured via a memory image (ShM or WinMod interface). This enables easy communication with the various robot controllers.
RF::ABBConnect is the connection to virtual or real robot controllers of ABB robots.
RF::ABBConnect makes it easy to connect to real or virtual robot controllers. This enables the integration of virtual robot controllers into the virtual commissioning.
RF::ABBConnect can also be used to read signals from real robot controllers. This function is used for use in the virtual shadow. RF::ABBConnect ensures that signals can be only read but not written.
RF::FANUCConnect is the connection to virtual or real robot controllers of FANUC robots.
RF::FANUCConnect makes it easy to connect to real or virtual robot controllers. This enables the integration of virtual robot controllers into the virtual commissioning.
RF::FANUCConnect can also be used to read signals from real robot controllers. This function is used for use in the virtual shadow. RF::FANUCConnect ensures that signals can be only read but not written.
RF::KUKAConnect is the connection to virtual or real robot controllers of KUKA robots.
RF::KUKAConnect makes it easy to connect to real or virtual robot controllers. This enables the integration of virtual robot controllers into the virtual commissioning.
RF::KUKAConnect can also be used to read signals from real robot controllers. This function is used for use in the virtual shadow. RF::KUKAConnect ensures that signals can be only read but not written.
RF::AllenBradleyConnect | RF::FSConnect | RF::SiemensRead | RF::SimUnitConnect | RF::PLCSimConnect
RF::PLCConnect is the connection to virtual or real PLC controllers of
.
RF::PLCConnect makes it easy to connect to real or virtual PLCs. This enables the integration of real or virtual PLC controls into the virtual commissioning.
RF::PLCConnect can also be used to read signals from real PLC controllers. This function is used for use in the virtual shadow.
RF::PLCConnect provides an interface to Allen-Bradley PLCs, Phoenix PLCs, Siemens PLCs, Siemens Soft-PLC.
RF::AllenBradleyConnect is the connection to real Allen-Bradley PLCs of
.
With RF:: AllenBradleyConnect you can easily connect to real Allen-Bradley PLCs. This enables the integration of real PLC into the virtual commissioning.
RF::FSConnect is the connection to the RF::FSBox of
.
RF::FSConnect makes it easy to connect to the RF::FSBox. This enables the integration of real PLC into the virtual commissioning.
RF::FSConnect can also be used to establish communication with the virtual PLC PLCSimAdvanced.
RF::PLCSimConnect is the connection of the
to the virtual PLC control PLCSim.
Using RF::PLCSimConnect a connection to the virtual PLC control can be easily established. This enables the integration of the virtual PLC controller PLCSim into the virtual commissioning.
RF::SimUnitConnect is the connection of the
to the simulation box "SimUnit" from Siemens.
Using RF::SimUnitConnect a connection to the "SimUnit" can easily be established. This enables the integration of real PLC controls into the virtual commissioning.
RF::SiemensRead is the connection of the
to real PLC controls from Siemens.
RF::SiemensRead can be used to easily establish a connection to the real PLC. This enables the integration of real PLC in the virtual shadow. RF::SiemensRead ensures that signals can be only read but not written.
RF::DS is the coupling tool for ShM memory images of
.
Using RF::DS memory images can be easily coupled between different systems.
RF::DSServer is started on one of the systems which manages the memory images. On other systems memory images can then be easily accessed via RF::DSClient.
During virtual commissioning all applications can be easily distributed to several computers connected in a network.
