Fagerhult e-Sense Organic G3 Manual

Lighting control system

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e-Sense
Organic G3

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Summary of Contents for Fagerhult e-Sense Organic G3

  • Page 1 e-Sense Organic G3...
  • Page 2: Table Of Contents

    Contents e-Sense Organic G3 – Basic Functions ..........................3 Relay function ..................................... 3 Factory settings ................................... 3 e-Sense Organic programming app ............................. 4 IR interface for smartphones ..............................4 Programmable functions ................................. 5 Times and light levels ................................6 Default settings (personality) ..............................6 Explanation of menu ...................................
  • Page 3: E-Sense Organic G3 - Basic Functions

    Organic G3 e-Sense Organic is an intelligent lighting control system based on distributed information between the sensors. The sys- tem is optimised for large offices or similar spaces. Communication between the sensors is based on infrared light, similar to regular remote controls. The signal from one sensor, which detects presence, is distributed via the floor to other sen- sors nearby.
  • Page 4: E-Sense Organic Programming App

    The app contains all the relevant information and contextual help you need to use these simple functions. IR Interface for Smartphone – Fagerhult Art. no. 86279 The smartphone app communicates with sensor nodes in luminaires via IR communication from an interface connected to the device’s headphone jack (3.5 mm).
  • Page 5: Programmable Functions

    The dongle communicates via infrared light, which is the same as between luminaires. You can download the app from Google Play or the App Store. The dongle can be ordered from Fagerhult (Art. no. 86279). Access to all the app’s functions is granted upon registration and log-in via LinkedIn or Google.
  • Page 6: Times And Light Levels

    Times and light levels Changing times and light levels Various parameters can be changed to adapt the system to the environment in which it is installed. • Presence. The light switches on at the set level. This function can also be blocked if you want to switch on the light manually.
  • Page 7: Explanation Of Menu

    Explanation of menu Various parameters can be changed to adapt the system to the environ- ment in which it is installed. • Zones – option for placing luminaires into zones that DO NOT af- fect one another. • Light Output – light level settings, max., min. and low level •...
  • Page 8: Explanation Of Relay Function

    Explanation of relay function The Relay function facilitates the programming of multiple luminaires that will have the same setting. For example, change the dwell time after last presence from 10 min to 20 min on one luminaire. Save the change with the app.
  • Page 9: Temporary Dimming

    Temporary dimming of a luminaire or zone From the Light Output tab in the menu on the right, you can dim one luminaire at a time or an entire zone. Try pointing the dongle at a sensor and dimming the light. The buttons are label- led “DIM”.
  • Page 10: Pre-Programmed Settings (Personality)

    Pre-programmed settings (personality) From the Personality tab you can choose from a number of default “personalities” or function libraries. Each personality is selected for one type of environment and installation. The factory setting works for most environments, but especially for open-plan office landscapes. By installing the luminaires, then waiting to see how the setting functions, you will be able to determine which changes need to be made for an optimal installation.
  • Page 11 Pre-programmed settings (personality) A large part of “personality” is the relay of information via IR signals between nodes/luminaires. The whole concept of the e-Sense Organic system is that, when presence is detected, it switches on multiple luminaires or only a few depen- ding on the setting.
  • Page 12: Setting The Time After Last Presence Detected (Dwell Time)

    Setting the time after last presence detected (Dwell time) After last presence is detected, a countdown time will begin in each node individually. The factory setting of this time is sufficient to not produce annoying phenomena or cause the luminaires to switch off. This time, and the time at low level prior to switch-off, can be set in Dwell Time in the menu.
  • Page 13: Daylight Dimming

    Daylight Dimming Daylight dimming is an effective way to optimise energy saving. For example, luminaires at windows in a large office can dim according to incident daylight. Luminaires farther into a room can be optimised by selecting the correct fixed light level. If luminaires that will use daylight dimming are in a separate zone, it is easier and quicker to make adjustments that apply to all.
  • Page 14: Zoning

    Zoning (Zone) You can easily zone luminaires and sensors so that the effect is not limited and optimised. Zoning and the choice of dif- ferent “personalities” allow for a fast and reliable solution. Large offices and corridors can/should have different para- meters for optimal functionality.
  • Page 15: Relay Programming Information

    Relay programming information (Forward Message For) If necessary, you are able to forward information via a zone, which is not affected. As shown in the image below, pro- gramming commands in a corridor (Zone 2) will also affect nodes on the light in the second corridor beyond the office (also in Zone 2).
  • Page 16: Zone X

    Zone X Zone X is used to send/receive commands from all other zones. A good example is a large office in Zones 1-5, with luminaires for wall lighting along walls and pillars. When a person enters the room, one of the zones starts to switch on, but without Zone X the area farthest away from the presence would remain dark.
  • Page 17: Configuring Scenes

    Configuring Scenes Lighting scenes can be used to select a specific light setting at a certain time. Selecting a scene stops active daylight dim- ming and presence detection. This is suitable for conference rooms and similar spaces. Each sensor can be adjusted sepa- rately to provide the required lighting.
  • Page 18 Configuring scenes cont. In this menu you can select precise % values in order to ensure that levels are equal in a luminaire zone. Scene Exit can be considered a series of complex functions. The “Remain in Scene Until On/Auto” function will remain active for a full year, provided that you do not press On/ Auto on the touch panel, which reverts to normal operation, or use “Revert to Auto Mode”...
  • Page 19: E-Sense Organic Wall Panel

    e-Sense Organic Wall Panel e-Sense Organic can be controlled manually with a wall panel (Art. no. 86284). The panel is battery-powered and can easily be placed on a wall or even glass surfaces. Batteries are supplied with the device. The functions are easy to use. The panel is supplied to work directly with sensors in Zone 1, but can easily be reprogrammed to another zone.
  • Page 20: Enocean Wireless Pushbutton Panel

    EnOcean wireless pushbutton panel Push Button configuration e-Sense Organic provides the opportunity to connect an EnOcean wall switch, which are battery-free and communicate wirelessly, with the Organic installation. The wall switch panels can be configured to control the selected zone, etc., all parameters are set using the E-Sense Organic app for Android or iOS.
  • Page 21 Control “Dim Up & Dim Down” This function is automatically available in the selection of “On/Auto” & “Off”. When “On/Auto” is selected, “Dim up” will automatically function as: 1. Quickly pressing the button switches on the light to the preset level “auto mode” 2.
  • Page 22 Switch ID Pairing When using Switch ID Pairing only one sensor node is paired to the wall switch but the sensor node will still distribute the message via IR. There’s no need to assign the wall switch to a zone, as it is the zone affiliation of the paired sensor node that determines which other nodes will receive the message.
  • Page 23 Switch ID Pairing One to One ”Switch ID Pairing One to One” is very similar to “Switch ID Pairing”. The only difference is that the paired sensor node/ nodes does not distribute the message on to other nodes via IR. This configuration is best suited when wanting to control one sensor node individually within a large zone e.g.
  • Page 24 When using Switch ID Pairing or Switch ID Pairing One to One you need to pair the EnOcean wall switch with one or several sensor nodes. Start by configuring the wall switch with the right functions according to the steps on page 20. 2.
  • Page 25: Read An Enocean Switch

    Read an EnOcean Wall Switch From the app's menu you can also download information from a panel about how it is was previously configured. This can help you to set the same configuration on additional panels. However, remember that when navigating to another function in the app's menu, you lose the previously downloaded information.
  • Page 26: Wireless Communication Between Nodes Without Ir Link

    Wireless communication between nodes without IR link Nodes belonging to the same zone but unable to communicate due to physical barriers can be programmed to use the wireless communication to transmit further presence information and changed settings. This can be used in situations where a group of nodes in the same zone is separated by physical barriers that prevent IR messages from being propaga- ted over physical barriers.
  • Page 27 Configuring the node The sliders can be used to: • Enable Transmission only while reception is disabled • Enable Reception only while the transmission is disabled • Enable both transmission and reception • Disable both transmission and reception Then press the Send button for either of above to be implemented while pointing the dongle towards the sensor node.
  • Page 28: Infrared Transmission

    Infrared Transmission If you suspect that the IR signal from one sensor to another is too weak, or is not being reflected adequately, you can perform a transmission test. Point the dongle at a sensor node and press “Transmission Test”. The node at which the dongle is pointed will flash red twice per second for 15 seconds, while the receiving node will flash red for approx.
  • Page 29: Other Parameters

    “Firmware Interrogation” – This function is not used in a working system, but exists to help retrieve diagnostics from a node if there have been problems. The function must only be used together with servicing personnel from Fagerhult. Subject to change without notice. Version5_20200424...
  • Page 30: Disaster Recovery Mode

    “Disaster Recovery Mode” This function can seem more alarming than it really is. The function forces all sensors to maintain illumination at 100% for 90 minutes. The function can only be recalled by cutting power to the luminaires. After the 90 minutes, the sensor reverts to normal function, or according to their most recent programming.
  • Page 31 Fax +46 36 10 86 99 www.fagerhult.se Fagerhult is part of the Fagerhult Group, one of Europe’s lead- ing lighting groups with operations in more than 15 different countries. AB Fagerhult is listed on the NASDAQ OMX Nordic...

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