Difference between revisions of "Control Inputs"

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[[File:Control Inputs 1.JPG|thumb|right|350px|Devices with Control Inputs available]]
 
[[File:Control Inputs 1.JPG|thumb|right|350px|Devices with Control Inputs available]]
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This article describes the control inputs on Exigo in general. <br>
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This article describes the Control Inputs on the Exigo system in general. <br>
 
*'''Control Inputs''' are available on:
 
*'''Control Inputs''' are available on:
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** System Controller
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** [[ESC1|System Controller]]
 
** Amplifiers
 
** Amplifiers
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** Access Panels ('''Not''' EX panels)
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** [[:Category:Access Panels|Access Panels]] and [[:Category:Kits|Kits]] ('''Not''' [[:Category:Ex Access Panels| Ex panels]])
  
 
* 6 inputs on each device
 
* 6 inputs on each device
  
−
* Inputs are used e.g. for triggering:
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* Inputs are used, e.g. for triggering:
 
** General Alarm
 
** General Alarm
 
** Fire Alarm
 
** Fire Alarm
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== Control Inputs - Connections ==
 
== Control Inputs - Connections ==
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'''Connections on rack devises'''
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'''Connections on Rack Devices'''
 
[[File:Control Inputs 2.JPG|thumb|left|700px|Rack devices]]
 
[[File:Control Inputs 2.JPG|thumb|left|700px|Rack devices]]
 
<br style="clear:both;" />
 
<br style="clear:both;" />
  
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'''Connections on access panels'''
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'''Connections on Access Panels'''
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[[File:Control Inputs 3.JPG|thumb|left|700px|Rack devices]]
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[[File:Control Inputs 3.JPG|thumb|left|700px|Kits and access panels]]
 
<br style="clear:both;" />
 
<br style="clear:both;" />
  
 
== Configuration ==
 
== Configuration ==
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Configuration of Control Inputs are done in EMT:
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Configuration of Control Inputs is done in EMT:
 
[[File:Control Inputs 4.JPG|thumb|left|700px|Input 1 on amplifier starts «Fire Alarm» message in «Main Building»]]
 
[[File:Control Inputs 4.JPG|thumb|left|700px|Input 1 on amplifier starts «Fire Alarm» message in «Main Building»]]
 
<br style="clear:both;" />
 
<br style="clear:both;" />
  
 
* In '''Components''' view open '''Input Actions'''
 
* In '''Components''' view open '''Input Actions'''
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* In '''System, identify the device and expand to '''Control Inputs'''
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* In '''System''', identify the device and expand to '''Control Inputs'''
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* Drag the desired '''Input Action''' to the '''on_action''' or the '''off_action'''
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* Drag the desired '''Input Action''' to '''on_action''' or the '''off_action'''
 
* Set relevant parameters in the dialog box that appears
 
* Set relevant parameters in the dialog box that appears
  
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<br style="clear:both;" />
 
<br style="clear:both;" />
 
* Conventional inputs have two states:
 
* Conventional inputs have two states:
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** Contact is '''Open''', or
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** Contact is '''Open'''
 
** Contact is '''Closed'''
 
** Contact is '''Closed'''
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This makes the control input vulnerable - cable break is not detected. <br>
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This makes the control input vulnerable, i.e. cable break is not detected. <br>
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On '''System Controller''' and '''Amplifiers''' it is possible to monitor the control inputs. Access panels do not support monitoring.<br>
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On the '''System Controller''' and '''Amplifier''' it is possible to monitor the control inputs. Access panels do not support monitoring.<br>
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This is done by connecting two resistors as close as possible to the external switch/relay, one in series and one in parallell.  
+
This is done by connecting two resistors as close as possible to the external switch/relay, one in series and one in parallel.  
 
[[File:Control_Inputs_6.jpg|thumb|left|700px|Control Input - Monitored]]
 
[[File:Control_Inputs_6.jpg|thumb|left|700px|Control Input - Monitored]]
 
<br style="clear:both;" />
 
<br style="clear:both;" />
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Monitored Inputs have four states:
 
Monitored Inputs have four states:
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* Contact is Open, or
+
* Contact is Open
 
* Contact is Closed
 
* Contact is Closed
 
* Short circuit (error)
 
* Short circuit (error)
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[[File:Control Inputs 8.JPG|thumb|left|650px|A - B Dual-Pole Switch Wiring]]
 
[[File:Control Inputs 8.JPG|thumb|left|650px|A - B Dual-Pole Switch Wiring]]
 
<br style="clear:both;" />
 
<br style="clear:both;" />
−
 
−
=== Connection with Single-Pole Switch ===
 
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If the external system has only one physical output, a single-pole switch connection must be made between Exigo and the external system as shown below:
 
−
[[File:Control Inputs 9.JPG|thumb|left|650px|A - B Singel-Pole Switch Wiring]]
 
−
<br style="clear:both;" />
 
−
As the Exigo system uses a small current to detect the status of the external switch/relay, two inputs should not be directly connected together without due precautions.<br>
 
−
To prevent currents from flowing the wrong way, and to ensure proper functioning of the control input, blocking diodes must be inserted in the loop as depicted in the figure above.
 
  
 
== Voltage Levels ==
 
== Voltage Levels ==
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Control input is designed around a voltage measurement. Normal voltage will be 11,7V when nothing is connected.
+
Control input is designed around a voltage measurement. Normal voltage will be 11.7 V when nothing is connected.
  
−
=== Non monitored ===
+
=== Non Monitored ===
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Voltage measured on pins under 6,2 Volt is considered to be closed. Above 6,2 Volt and is considered to be open.
+
Voltage measured on pins under 6.2 Volts is considered to be closed. Above 6.2 Volts, it is considered to be open.
  
 
=== Monitored ===
 
=== Monitored ===
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11,1V <–> 8,2 V = Not connected </br>
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11.1 V <–> 8.2 V = Not connected <br />
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8,2V <-> 6,2 V = Open </br>
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8.2 V <-> 6.2 V = Open <br />
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6,2V <-> 2 V = Closed</br>
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6.2 V <-> 2 V = Closed<br />
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2V <-> 0 = Shorted
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2 V <-> 0 V = Shorted
−
 
 
  
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[[Category:3rd party integration]]
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[[Category:Integration]]
 
[[Category:Input Actions]]
 
[[Category:Input Actions]]

Latest revision as of 15:00, 2 May 2018

Devices with Control Inputs available

This article describes the Control Inputs on the Exigo system in general.

  • 6 inputs on each device
  • Inputs are used, e.g. for triggering:
    • General Alarm
    • Fire Alarm
    • Live Speech from external microphone

Control Inputs - Connections

Connections on Rack Devices

Rack devices


Connections on Access Panels

Kits and access panels


Configuration

Configuration of Control Inputs is done in EMT:

Input 1 on amplifier starts «Fire Alarm» message in «Main Building»


  • In Components view open Input Actions
  • In System, identify the device and expand to Control Inputs
  • Drag the desired Input Action to on_action or the off_action
  • Set relevant parameters in the dialog box that appears

Control Inputs - Monitoring

Control Input


  • Conventional inputs have two states:
    • Contact is Open
    • Contact is Closed

This makes the control input vulnerable, i.e. cable break is not detected.
On the System Controller and Amplifier it is possible to monitor the control inputs. Access panels do not support monitoring.
This is done by connecting two resistors as close as possible to the external switch/relay, one in series and one in parallel.

Control Input - Monitored


The resistor connected in series with the external switch/relay shall have a value of 1 kΩ, while the resistor connected in parallel shall be 2.2 kΩ.

Monitored Inputs have four states:

  • Contact is Open
  • Contact is Closed
  • Short circuit (error)
  • Open circuit (error)

Monitoring of inputs must be enabled in EMT:

EMT - enable monitoring


Parallel Wired Inputs

In an A-B system, it is required that signals from external systems such as fire detection are routed to both the A and B systems.

Connection with Dual-Pole Switch

If the external system has two physical outputs, a dual-pole switch connection must be made between Exigo and the external system as shown below:

A - B Dual-Pole Switch Wiring


Voltage Levels

Control input is designed around a voltage measurement. Normal voltage will be 11.7 V when nothing is connected.

Non Monitored

Voltage measured on pins under 6.2 Volts is considered to be closed. Above 6.2 Volts, it is considered to be open.

Monitored

11.1 V <–> 8.2 V = Not connected
8.2 V <-> 6.2 V = Open
6.2 V <-> 2 V = Closed
2 V <-> 0 V = Shorted

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