PowerBlock io64
Order no. 77024-180-03
Dimensions (L x W x H) 90 / 71 / 58 mm
PowerBlock io64 is an actuator with 6 potential-free inputs and 4 output relays with which 16 A C-loads (<140 µF) can be switched. These relay outputs can be parameterized in the ETS application as standard binary outputs or as blind or shutter outputs.
Input type:
potential-free/analogue
Application:
Blinds/shutter; Switching; Switching and blinds/shutter
Type:
6 inputs/4 outputs
Product information
Binary switching outputs
As a binary switching actuator, channels A and B each provide 2 switching outputs. The total of 4 outputs can be connected with any loads of up to 16 A (<140 µF). Status objects can be assigned to each output. In addition, outputs can be integrated into additional functions of the application module.
Blind/roller blind application
2 outputs each form a channel (A and B) for blind or shutter control. Thus up to 2 blind or shutter drives can be controlled with one PowerBlock io64. Each channel can be assigned status objects that signal the current position or the end position "up" and "down" (binary). Parameters define the travel time for the up and down movement and for the slat or slot opening for roller shutters. Based on these parameters, blinds and roller shutters can be controlled precisely. Blind/roller shutter channels can be integrated into the internal facade module. For facade control, additional objects are available for the corresponding facade commands up/down, position and slat position. In addition, blind/roller blind channels can be integrated into additional functions of the application module.
Potential-free inputs
PowerBlock io64 is equipped with 6 potential-free inputs. The inputs can be wired with any potential-free signaling devices such as switches, pushbuttons, limit switches, etc. Each input can be parameterized as an on/off switch, as a dimmer switch with evaluation of a long and short button press and as a blind switch. The multiple triggering of an input signal can be counted, so that the counted number can be assigned to a KNX function. Each input can thus also be parameterized as a pulse counting input. If an input is wired with a 2.8 KOhm resistor, the input can be monitored. Since the wiring corresponds to an analog evaluation, usual KNX events can also be assigned instead of monitoring events, so that a doubling of the inputs is possible by this wiring. In addition, the inputs can also be parameterized as analog inputs so that PowerBlock temperature sensors can be connected and evaluated.
Installation and connection
PowerBlock io64 is installed on the standard 35 mm top-hat rail and has a width of 4 DU. Each output has 2 connection terminals for potential-free connection or connection of the live line and the associated switching line. As blind or shutter switching, 2 outputs form one channel. The potential-free inputs are connected via the input terminals 1-6 and the common com connections. The KNX bus connection is made via the standard bus connector.
Functions
Scene module
This module enables the configuration of 10 scenes with a maximum of 8 objects each. 1 Bit, 1 Byte, 2 Byte and 4 Byte objects can be configured as scene objects. Objects can also disable a scene. Any events can start and save a scene. The execution of a scene can also be stopped via an object and a further object enables the restoration of a scene to its original values.
This module enables the configuration of 10 scenes with a maximum of 8 objects each. 1 Bit, 1 Byte, 2 Byte and 4 Byte objects can be configured as scene objects. Objects can also disable a scene. Any events can start and save a scene. The execution of a scene can also be stopped via an object and a further object enables the restoration of a scene to its original values.
Alarm module
Up to 8 events can be assigned to alarms. These include analogue values such as temperature or binary status objects which, in connection with a threshold value, trigger the alarm. As a typical alarm logic, the function can be set up in such a way that alarms are acknowledged via separate objects.
Up to 8 events can be assigned to alarms. These include analogue values such as temperature or binary status objects which, in connection with a threshold value, trigger the alarm. As a typical alarm logic, the function can be set up in such a way that alarms are acknowledged via separate objects.
Operation hours counter
Special objects count the time of closed contacts in order to determine, for example, the running time of a machine.
Special objects count the time of closed contacts in order to determine, for example, the running time of a machine.
Timer module
With just a few parameters, easy-to-use staircase functions with running time extensions and expiration warnings as well as switch-on and off delays can be configured. Timers can be activated and de-activated via additional objects.
With just a few parameters, easy-to-use staircase functions with running time extensions and expiration warnings as well as switch-on and off delays can be configured. Timers can be activated and de-activated via additional objects.
Logic module
With the logic module up to 35 logic gates can be configured. Each gate has a maximum of four inputs and one output. To select the logic function, “AND“, “OR“; “XOR“, NOT functions, gate functions, mathematical operators such as adders, subtractors, multipliers and dividers, comparators such as “greater than“, “„less than“, “equal to“ and converters for data type transformation are all available. Data point types can be configured depending on the logic function.
With the logic module up to 35 logic gates can be configured. Each gate has a maximum of four inputs and one output. To select the logic function, “AND“, “OR“; “XOR“, NOT functions, gate functions, mathematical operators such as adders, subtractors, multipliers and dividers, comparators such as “greater than“, “„less than“, “equal to“ and converters for data type transformation are all available. Data point types can be configured depending on the logic function.
Counter
This module makes it possible to count incoming events. Each event can be given a factor, so that it can be counted in relation to a certain value. At the same time, a particular number of events can be assigned to a value. Each counter can be assigned threshold values which will trigger an alarm when the threshold is reached. The counter can be re-set via an object.
This module makes it possible to count incoming events. Each event can be given a factor, so that it can be counted in relation to a certain value. At the same time, a particular number of events can be assigned to a value. Each counter can be assigned threshold values which will trigger an alarm when the threshold is reached. The counter can be re-set via an object.
2-point controller
The application allows for the configuration of up to ten 2-point controllers. For each controller an activation object, objects for current and set value, heating and cooling mode and a binary controller output are available. In connection with the KNX data point type operating mode, individual controllers can be easily switched on and off.
The application allows for the configuration of up to ten 2-point controllers. For each controller an activation object, objects for current and set value, heating and cooling mode and a binary controller output are available. In connection with the KNX data point type operating mode, individual controllers can be easily switched on and off.
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NTC Temperature Sensor Order no. 72130-185-01To the watch list / request
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