6-way heating actuator with controller for Gira One and KNX - Heating actuator with integrated room temperature controller for controlling electrothermal actuators for heating and cooling systems. Valve outputs: - 6 independent electronic valve outputs. - Valve output 1 can be used as a template for other valve outputs. - Message of the largest manipulated variable of the actuator can be parameterized. - Actuators with a nominal voltage of 24 V or 230 V can be controlled. - Valve control (open / closed when de-energized) can be parameterized for each output. - Actuated variable input: switching - 1 bit" and "continuous - 1 byte". - Valve control: "switching - 1 bit", "continuous - 1 byte PWM" or "continuous - 1 byte manipulated variable limit value". - Status feedback can be configured. - Failure message of the valve operating voltage can be configured. - Overload and short-circuit messages can be set separately for each valve output. - Heat demand and pump control. Anti-jamming protection prevents the pump from jamming. - Summer or winter operation can be selected via an object. - Each valve output can be locked in a forced position. Different control value values can be parameterized for summer and winter operation. - Cyclic monitoring of the control value of each output. - Automatic valve flushing. - Operating hour counter can be configured for each output. - Service operation for maintenance or installation of valve drives. - Manual operation of the outputs independent of the KNX. - Reactions to bus voltage failure and return and after an ETS programming process can be set for each valve output. - Various actively sending status messages can be globally delayed after bus voltage return or after an ETS programming process. Room temperature controller: - 12 independent room temperature controllers. - Room temperature controller 1 can be used as a template for other room temperature controllers. - Operating modes: Comfort, standby, night and frost/heat protection. - Each operating mode can be assigned its own temperature setpoints. - Setpoint temperature specification: relative (derived from the basic setpoint) or absolute (independent setpoint temperatures for each operating mode). - Presence detection via presence button or presence detector. - Switching of operating modes according to KNX specification. - Status feedback can be configured. - Frost/heat protection switching via window status or temperature drop detection. - Operating modes: "Heating", "Cooling", "Heating and Cooling", each with or without additional stage. - Different control types can be configured for each heating or cooling stage: PI control (continuous or switching PWM) or 2-point control (switching). - Different types of heating and cooling can be set. - Control parameters for PI controllers (proportional range, reset time) and 2-point controllers (hysteresis) can be set.- Automatic or object-oriented switching between "heating" and "cooling. - The control variable outputs can be blocked using objects. - Room temperature measurement using up to two external KNX temperature sensors. Measurement value generation of the external sensors can be parameterized or monitored cyclically. - The actual and target temperatures can be output to the bus (also cyclically) after a parameterized deviation. - Separate or joint control variable output in heating and cooling mode (4-pipe or 2-pipe system). - Automatic sending and cycle time for control variable output can be parameterized. - Control variable limitation possible. - Floor temperature limitation possible in heating and cooling mode. - Target temperature limitation possible in cooling mode. - Target temperature increase possible in heating mode. - Boost function for rapid heating or cooling. - Scenes: Up to 64 internal scenes can be parameterized per controller. Incl. scene storage function and extended scene recall (toggling of scenes). Logic functions: - The device has 8 internal logic functions. - Lo