Necessary components
(WIP) LMS WIRELESS SCENE CONTROLLER: Office & Industrial
(WIP) LMS WIRELESS SCENE CONTROLLER BATTERY
Installation
230v Main Controller
3-core 230v mains input is required.
Battery Scene Controller:
For optimum signal transmission ensure installation with sticker face plate facing out and not fully enclosed in a metal housing.
2 x AAA batteries is required.
Step-by-Step Programming Instructions
Replace with 230v and battery scene controller commissioning stages (include tablet screenshots)
Creating a Scene Controller profile:
Click 'Profiles' and 'Component' view [1].
Create a Profile for a Scene Controller.
Make sure SceneController type is selected.
Make sure the PowerOn level in ‘Driver’ settings is at least 1W.
To enable dimming and and dimming down functionality of the switch, make sure ‘Dim Up/Down’ is ticked in the LiteIP Controller box (Make sure you are on 'Advanced' mode).
Click ‘Save Changes’.
Click 'Luminaires' and 'Locate'.
Simulate a Device (by clicking in the empty Find Column under the Find then drag the orange (simulated) device onto the drawing in an appropriate location.
Click 'Configure' and change the profile of the device to the Scene Controller profile you have created above.
Creating links from the Scene Controller to other devices:
Click 'Links'.
Link the Scene Controller to the Devices to be controlled by:
drawing lines one at a time or,
highlight a group of devices to be controlled
click “Link From X” and enter the FULL serial number of the Scene Controller.
Select 'Scenes' from the main menu at the top of the screen.
If this displays a set of buttons only, as below, then close this view by clicking 'Edit' and enter the security pin (0000 by default).
You should now have the view below.
Select Scene 1. Positions are shown to the right of the Scene Button for up to 5 unique Profiles.
Select up to 5 profiles to be controlled from the drop-down list. The list will include all of the profiles of the devices on the selected drawing, provided they have a ‘PowerOn’ setting of greater than zero. This prevents you from trying to control non-lighting devices such as Emergency Exit signs and Daylight Sensors.
If an expected Profile is not included in the list then either there are no Devices with this profile on the selected drawing, or the Profile has PowerOn = 0.
For each selected Profile, enter the required OnLevel for Scene 1. Repeat this for each of the remaining Scenes 2 to 6
Test the operation of your scenes
Ensure than the table is connected to the DONGLE and stand within RF range of the luminaires.
Select a Scene and click 'Test'.
Repeat for each scene and adjust levels as required.
If necessary, replace the simulated Device with the Serial Number of the Physical Device.
Select 'Luminaires' and Locate mode
If you are using a simulated device (The Scene Controller’s icon will be orange and it will have a 4 digit full Serial Number) then we will now replace it with the physical device. If you are already using an identified device (Icon will be black, blue or red and it will have a 6+ digit full serial number) then skip this step.
Either:
If you know the full serial number of the physical device then Change the Serial number from the Simulated 4 digit serial to the real number by LongClicking the serial number and entering the full 6+ digit number.
Click the icon and it should change from Orange to Blue.
Or:
If using a Battery powered device or Key Fob then enter Commissioning mode (as described above).
Have the DONGLE as close as possible to the Scene Controller (but not closer than 0.5m) and click Find.
The device at the top of the list should be the Scene Controller. It should have a high signal strength (>80%) if the DONGLE is within a metre or two.
Drag the device from the Find bar onto the orange simulated SceneController Icon and confirm that you wish to replace the serial number.
Stage 9
Synchronise the Scene settings with your Physical Scene Controller device.
If using a Battery powered device or Key Fob then enter Commissioning mode (as described above). Either:
Select 'Luminaires' and 'Configure'.
Click on the Scene Controller and you should see a series of Wallplate, Write messages being sent, one for each Button that has been programmed.
The Icon should now go blue.
You may need to click it more than once if you are not close to the SceneController.
Or:
Select 'Scenes'.
Select the required SceneController. There is a coloured square pip to the left of each Scene button which indicates the Synchronisation state of that switch in the normal way.
If any are not Blue, then click the pip to synchronise that Scene. If they are already blue but for any reason you believe they the Scene has not been uploaded then clicking the blue pip here will re-write the scene to the device.
Or:
Select 'Scenes' as above
If any of the pips are not blue then click the Sync button to upload all unsynchronised scenes.
Your device should now operate in the same way as the (tested) tablet scenes.
Stage 10
To utilise the dimming up and dimming down feature, please follow the instruction below:
Click ‘Profiles’
Select Scene Controller profile
Select LiteIP Component
Tick ‘Dim Up/Down’
Save profile and re-configure scene controller device
‘Dim Up/Down’ is the same as ‘RelayEnabled’ for older commissioning software versions.
Advanced Commissioning
Switch the tablet to Advanced Mode by either:
Select 'Profiles' and toggle the Basic/Advanced mode button to Advanced
Or
On the Login page, select Advanced Mode.
The Scenes definition screen will now have three differences:
There will be 10 rather than 6 Scenes
A Tickbox is available: “Synchronise Profiles”. Untick this if required:
It is now possible to select different sets of Profiles for each Scene Button
The TimeOut and HopCount can be independently set for each button
It is occasionally useful to use this to create a Scene with a longer TimeOut. For example warehouses during stocktake, or gymnasiums being used for school examinations might like a button that combines recalling a scene with a timeout of several hours so that there is no danger of PIRs allowing the lighting to dim during that time.
The batteries will last for more than 5 years with up to 50 activations per day.
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