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4. Device Concept
4.3.3. IR Recognizer
The RAP-B511 has a built-in IR eye with IR recognizer function. The incoming signal is stored in hash
(fingerprint), and it can trigger actions in Event Manager.
INFO: All settings are available in the LDC software, more details can be found in the
IR Recognizer Example
IR signals are sent by the Remote controller, the projector is connected to the Ethernet port of the RAP-B511.
Remote controller
The projector can be powered on via the RAP-B511 by using the remote controller with the following way:
▪
Set an action in Event Manager: if the power button is pressed on the Remote controller, the RAP-B511
sends a control command ('Power on') to the projector via Ethernet. In this case you can control the
device via the RAP-B511 remotely. See the details about the Event Manager settings in the
Manager
section.
4.3.4. GPIO Input Level Change
The GPIO (General Purpose Input/Output) port is a multifunctional input/output interface to control the
RAP-B511 or third-party devices and peripherals. You can establish connection between the controller/
controllable device and the RAP-B511 by the 4-pole Phoenix connector. Three pin's direction is configurable
independently based on needs of the application.
When the GPIO pin is used as an input, it is able to receive feedbacks from the other device by changing the
input level. The configuration is available in
Infra
IR IN
Ethernet
ON
OFF
AUTO
RAP-B511
Projector
UI Config Menu
and the
Event
Manager.
RAP-B511 series – User's Manual
4.4. Outputs - Actions
Outputs of the Room Automation Panel can be a feedback about the executed event (e.g. after the button
press the button LED lights) or a control signal to the other device. Outputs can be set in the
(and in the
Event
section.
4.4.1. Button LED Configuration
Button LEDs are customizable feedback of the user interaction or any input which is set as a condition. The
LED behavior takes into consideration of the status of the interaction states. For more details about it, see
Buttons
section.The button LEDs can be configured separately.
LED states
Six different LED behaviors are available:
Off / Low brightness / High brightness / Blinking / Slow blinking /Sine pulse
Default LED function
The button LED can get a default function where two cases are defined:
▪
LED function for true state (when the interaction state is true)
Example: Button1 is in Momentary operation mode, so when it is pressed, the interaction state changes true.
If the LED function for true state is on, the button LED will turn on while it is pressed.
Event
LED function for false state (when the interaction state is false)
▪
Example: Button2 Button3, Button4 are in the same radio group. When Button2 is pressed, its interaction
state changes true and the other's interaction states change false. If the LED function for false state is off
(by all buttons in the group), the LEDs of Button3 and Button4 will turn off.
Momentarily LED function
The Button LED can get a momentarily function. This overwrites the default function for a while. Duration
time has to be set if the LEDs momentarily function is off / low bright /high bright. Blinking number is
required when the LEDs momentarily function is blinking.
LED function settings has to be done with
UI Config Menu
section).
Manager) in
theSoftware Control - Lightware Device Controller
Button
LED function
interaction state
validity
Default function
True
Momentarily function
(ms or blinking
False
number)
Software Control - Lightware Device Controller
section) or with LW3 protocol commands (for more details see
21
UI Config Menu
(LDC) software.
LED function
Off
Low bright
High bright
Blink
Slow blink
Sine pulse
software (in
Button LED Configuration
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Troubleshooting
