rako 2024 WK-PIR Wired PIR Sensor Instruction Manual

rako 2024 WK-PIR Wired PIR Sensor

Product Information

Specifications

• Product Name: WK-PIR
• Model: 2024 Version 1.0.2
• System Compatibility: Rako Wired System
• Features:
  • Three modes: Always, Time range mode, Sunlight mode
  • Webpage programmable
  • Absence detection
  • Ease of installation via WK-CONNECT
• Programming: Requires WK-HUB for programming and operation

Installation Instructions

1. Using an appropriate hole saw, make a 48mm cutout in the ceiling.
2. Connect the sensor to the Rako wired network through the R
3. J11 cable onboard the WK-PIR via the WK-CONNECT (included).
4. Using a punch down tool, connect the CAT5 cores to the inputs on the WK-CONNECT.
5. Terminate the WK-CONNECT according to its position in the wired network.
6. Replace the WK-CONNECT cover and ensure cables are secured.
7. Raise the fixings on the WK-PIR and insert into the ceiling cutout.
8. Ensure adequate clearance and nothing obstructs the springs.

Terminating the WK-CONNECT
It is crucial to terminate the WK-CONNECT correctly for the system to function. The termination method depends on the installation nature and position within the system

• No Term: Both Jumpers removed – Used when WK-PIR is not at the end of line.
• Term: Jumper fitted across 1+2 and 4+5 – Used when WK-PIR is end of line in a radial configuration.
• Star Term: Jumper fitted across 2+3 and 5+6 – Used when WK-PIR is end of line in a STAR wire configuration.

Commissioning the WK-PIR
To commission the WK-PIR via the HUB webpages:

1. Access the HUB webpages by right-clicking the HUB in Communication Devices and selecting Open in browser.
2. Select Configuration, Modules, and PIR.

FAQ

• Q: What is the purpose of the WK-PIR sensor?
  A: The WK-PIR is a presence sensor designed for use with the Rako wired system to detect movement and occupancy within a space.

• Q: Can I program the WK-PIR without a WK-HUB?
  A: No, a WK-HUB is required for programming and operating the WK-PIR sensor effectively.

• Q: How do I configure different scenes at different times of the day using the WK-PIR?
  A: Programming through the WK-HUB via webpages using ‘Hub managed mode’ enables time-dependent automatic Scene selection for different scenes at different times of the day.

Instruction Manual
WK-PIR

Rako Wired PIR Sensor

For programming information, see the Wired programming guide For further installation information, see the Wired Application Sheet

 What is the WK-PIR?

The WK-PIR is a presence sensor for use with the Rako wired system. It is supplied with a WK-CONNECT for a CAT5/CAT6 punch-down connection.
Features include:

• ● Three modes
  ○ Always (not time based)
  ○ Time range mode
  ○ Sunlight mode
  ● Webpage programmable
  ● Absence detection
  ● Ease of installation via the WK-CONNEC

• The introduction of programming through the WK-HUB via the webpages using ‘Hub managed mode’, enables time-dependent automatic Scene selection, allowing for different scenes at different times of the day.
  NB
  A WK-HUB is required to program and operate the sensor.

Installation Instructions

Using an appropriate hole saw, make a 48mm cutout in the ceiling.|
---|---

• Connect the sensor to the Rako wired network through the RJ11 cable onboard the WK-PIR via the
• WK-CONNECT (included with the WK-PIR).

|

Using a punchdown tool, connect the CAT5 cores to the inputs on the

WK-CONNECT.

|

• Terminate the WK-CONNECT according to its position in the wired network.
• See ‘Terminating the WK-CONNECT’ for more information on page 4.

|
Replace the WK-CONNECT cover and ensure the cables are secured.|

• Raise the fixings on the WK-PIR and insert into the ceiling cutout.
• Ensure there is adequate clearance and nothing is obstructing the springs

|

Terminating the WK-CONNECT

• It is important to terminate the WK-CONNECT correctly; otherwise, the wired system will not function. The required termination depends on the nature of the installation and the position of the WK-CONNECT within the system. Examples of wiring within a system can be found in Appendix 2.
• No Term : Both Jumpers removed
• Used when the WK-PIR is not at the end of line. This is usually identifiable by two cables being punched down to the WK-CONNECT.
• Term: Jumper fitted across 1+2 and 4+5
• Used when the WK-PIR is “end of line” in a radial configuration.
• Star Term: Jumper fitted across 2+3 and 5+6
  Used when the WK-PIR is “end of line” in a STAR wire configuration.

Commissioning the WK-PIR Sensors

The following steps assume:

1. A Rasoft Pro project file has been created and rooms have been added
2. The HUB is set up as a communication device
3. The HUB is added as a device to Rasoft Pro
4. The “Smartphone/web data” tab has been used to upload the Room/Channel/Scene data to the HUB

For information on creating a Rasoft Pro project file and adding the HUB as a device, refer to the links below.

• Wired system setup guide
• WK-HUB instruction manual

To commission the WK-PIR via the HUB webpages:

• Access the HUB webpages by right-clicking the HUB in “Communication Devices” and selecting “Open in browser”
• Select “Configuration,” “Modules,” and “PIR”

• Select “Go To Sensors”
• Select “Commission Sensor”
•  Enter a Description.
• Select ‘Create’, the WK-PIR has now been added as a sensor
• If there is more than one WK-PIR, repeat the previous steps before moving on to the next section.
• Adding a Controller
• The Controller defines when the WK-PIR turns on lights and when it doesn’t; this can be conditional to the time of day, keypad inputs, or the status of other sensors.
• To get to the Controller, press “Back” on the sensor commissioning page
• Select ‘Configure Controllers’
• Select “Add” at the top right to create a new Controller
• Select the Room and Channel the sensor will control
• Give the Controller a description
• Select the sensor which will be managed by the Controller. Additional sensors can be added to the Controller later
• Select a template, the following options are available:
• Standard
  • The sensor is operational all day and night, on movement, the Controller will switch to scene 1, and on timeout, the ‘Off Command’ in Controller will activate.
• Day/Night
  • The sensor recalls different Scenes depending on the time of the day; between Dawn and Dusk Scene 1 is the ‘On Command’ and between Dusk and Dawn Scene 4 is the ‘On Command’. In both cases, the ‘Off Command’ will activate on timeout in the Controller. Dawn and Dusk times change throughout the year automatically.
• In the example above, the Day/Night template is selected

 Programming a Controller

Once the sensor has been added to the Controller, it will operate according to the setup without further programming. Should there be additional programming requirements, such as adding additional sensors to the controller or changing the Time Range Configuration, select ‘Manage PIR Controller’.

Example setup using a Day/Night Controller template

1. Controller Description
   Give the Controller an accurate description to make the programming clear and easy to understand.

2. Room
   The Room of the Controller, the sensors in the section below will affect the Room selected.

3. Channel
   The Channel within the Room, with “Whole Room” set, the Controller will switch the whole Room; with a single channel set, the Controller will switch a single channel.

4. Sensors
   Lists the sensors within the Controller, and the corresponding time stamp of their last activity.

5. Add sensors
   Commissioned sensors will appear in the list when “Add sensors” is selected.

6. Time Range Configuration Overview
   Adjusts the parameters of the Controllers “On Command” and ‘Off Command’.

Time Range Configuration
The time range configuration determines when the PIR will activate on movement and when i t will time out.

1. Always
   The sensor will always activate the ‘On Command’ on movement detection.

2. Time Range
   The sensor will activate between specific times as set by the 24-hour clock.

3. Sunlight Mode
   The sensor will activate based on the Dawn/Dusk or Sunrise/Sunset conditions.

4. Exit Delay
   When ‘Off’ is pressed for the room, the sensor will not activate the lights on movement for 30 seconds. This option prevents unintentional activation if movement is detected while switching the lights off via the switch.

5. Absence Mode
   Ensure ‘On Command’ is disabled in Absence Mode
   Triggers the ‘Off command’ after a specified period if no movement has been detected. This is commonly used to prevent lights from being left on unintentionally.

6. Timeout
   When movement is detected, the countdown begins. Upon further movement detection, the countdown timer resets. Once the timer countdown is finished, the ‘Off Command’ is activated. The countdown timer can be set by hours, minutes and seconds.

7. Set On Command
   When the sensor has detected movement, the ‘On Command’ will be activated by the Controller, provided that the conditions are met, such as ‘After Dusk’ or ‘After 13:00’.

8. Set Off Command
   When the Controller has timed out, the ‘Off Command’ will be activated. The ‘Off Command’ can be any Scene including ‘Off’.

Appendix 1: Sensor Commands and Controller State

Sensor Commands

The sensor sends three commands:

• Start Motion
  • When movement is first detected, the sensor will send a Start Motion command to the Controller. The Controller logic will then determine whether or not to send the ‘On Command  based on the time conditions and keypad override state. If the ‘On Command’ is triggered the timeout will begin.
• Continue Motion
  • Once the sensor has sent ‘Start Motion,”when motion is detected, a ‘Continue Motion’ is transmitted. This will restart the Controller timeout but not re-send the ‘On Command’.
• End Motion
  • When movement is no longer being detected by the sensor, an ‘End Motion’ command will be triggered by the sensor to the Controller.
• Live Status
  • Live status shows the current state of the Controller.

Trigger Motion
Forces the Controller to send the ‘On command’ as if movement has been detected on a sensor.

• Trigger Timeout
  Forces the Controller to begin the timeout; once the timeout has been reached, the Controller will send the ‘Off Command’.

• Disable Controller
  Disables the Controller indefinitely; this will not remove the Controller, to delete the Controller, select ‘Delete’ at the bottom of the Controller menu.

• Enabled
  If the Controller has been disabled, this will show as ‘Disabled’; the default setting is
  ‘ Enabled’.

• Last Event
  The last time a sensor detected movement, and updated the Controller.

• State
  The current state of the Controller, there are four states:

• On Override
  When a Scene or Level of 1% or higher is sent from the Room of the Controller which is not from a sensor , the Controller will enter an override state. When an ‘Off’ or Level 0% is sent from the Room, the Controller will no longer be On Override.

• On
  Movement has been detected by the sensor, and the Controller ‘On Command’ has been triggered.

• Timeout
  The sensor is no longer detecting movement; the Controller Timeout has started.

• Off
  Once the Controller Timeout reaches the end and no movement has been detected during the timeout period, the ‘Off Command’ will be triggered.

Thank you for choosing Rako Controls; we hope that you are pleased with your system. Should you require further assistance, please contact us via our website, www.rakocontrols.com, or by calling our customer support helpline on 01634 226666.

Appendix 2 Wiring Examples:

Star Wired

Radial Wired

 Appendix 3 Sensor Performance Data

Technical Specifications:

Detection area (2.5m):

• We highly recommend that testing at the intended location be conducted before installation to ensure that the expected results are achieved.
• If the application requires sensitive operation with a coverage of (8m+) we highly recommend that multiple WK-PIR sensors are installed as required.

Appendix 4: Installation Considerations:

• Sensors only provide binary on/off information back to the Rako system. This means they do not provide information about the location or nature of the object in view.
• Consideration of the environmental factors which could trigger the sensor is of paramount importance in successfully i mplementing a sensor to the customer’s requirements.
• The function of sensors gives rise to certain limitations about their operation:
• Sensors cannot detect stationary objects.
•  Sensors are sensitive to environmental conditions which can cause false triggering and other undesirable effects:
  • Avoid locating the WK-PIR in areas intermittently affected by direct sunlight.
  • DO NOT locate a sensor in an area with forced air ventilation, either in the room or ceiling void above the location of the WK-PIR.
• Sensing areas are non-uniformly distributed, causing areas of higher and lower sensitivity, requiring larger motions to trigger the sensor in some areas than others.
• Sensors are more sensitive to tangential motion than radial motion at the periphery of the sensing area.

Isometric view of the WK-PIRs field of view

• The sensitivity at the extremities of the field of view shown above will have reduced sensitivity compared to the centre.
• Expect reduced performance at the extremities of the field of view of the sensor.
• PIR sensors only provide binary on/off information back to the Rako system. In context, this means they do not provide information about the location of the object in view or what the object is, which means consideration of the environmental factors which could trigger the sensor are of paramount importance in successfully implementing a PIR sensor to the customer’s requirements.

Manual Version 1.0.2

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