Trilux LiveLink System Manual

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Page 1

SYSTEM MANUAL

LIVELINK

Page 2

CONTENTS

Page 2 / 77

Introduction 3

Basic functions 3 Safety instructions 3 App download 3 System overview 4 Controller 5 Push-button coupler 6 Sensors 7

· Technical Data 8

· Sensor placement 10

WLAN 11

· Connect to WLAN 11

· Utilising the WLAN with the infrastructure 12

· WLAN security 12 Access data 13 Behaviour of light control 14

· Behaviour in delivery condition 14

· Behaviour in operation 14

“LiveLink Install” app 19

Overview 19 What is a Use Case? 20

· Public Use Cases 20

· Private Use Cases 26

· Universal Use Case 26 Use Case administration 27

· Administrating public Use Cases 28

· Administrating private Use Cases 29

Room administration 30

· Room setup 31

· Room setup: Use Case 33

· Room setup: Assignment 37

· Room setup: Assigning push-buttons 44

· Concluding the room setup 48

· Room setup: Option “Rename room” 49

· Room setup: Option “Administrate scenes” 51

· Room setup: Option “Setting up scenes” 54

· Room administration 59

· Settings 60

· Settings: DALI fade time 61

· Settings: Reset LiveLink and hardware reset 61

· Settings: Advanced sensor settings 62

· Settings: Update ﬁrmware 64

· Settings: Change passwords 65

· WLAN: Connect to infrastructure 66

Operating the light control 69

“LiveLink Control” app 70

Overview 70 Select room 71 Manual setting of the room illumination 72 Activation of illumination scenarios 73

FAQ 74

Page 3

INTRODUCTION / BASIC FUNCTIONS

INTRODUCTION

BASIC FUNCTIONS

Page 3 / 77

LiveLink is a light control system that provides for automatic and/or semi-automatic control for optimal quality and efﬁciency of illumination. The innovative operation by means of table and smart phone provides maximum comfort for setup and operation.

LiveLink can be conﬁgured to be commensurate with a demand-oriented operation of luminaires. All luminaires and sensors that are connected must be equipped with a DALI interface (Digital Addressable Lighting Interface). Luminaires, sensors and push-buttons are connected per room to a LiveLink control device, wherein a room does not necessarily have to correspond to a physical room.

The system is setup via tablet and operated via tablet or smart phone. The highest security standards are being complied with in this (also see chapter “WLAN Security”).

SAFETY INSTRUCTIONS

• Work on electric devices may only

be carried out while disconnected from electric power.

• Applicable safety and accident prevention regulations must be

adhered to.

• Regarding installation, please adhere to the corresponding instal-

lation steps from the installation instructions of the luminaire to be installed.

Connectivity to an existing network structure is possible. Available for setup are Use Cases which contain a pre-conﬁguration

of luminaire groups and light scenes. Through further conﬁguration, each room can be individually attuned to the respective needs.

LiveLink is not intended for any application other than the one listed here. Other applications are considered to be in violation of the intended use. If LiveLink is used improperly, a safe operation cannot be guaranteed.

APP DOWNLOAD

“LiveLink Install” app

The system is set up with the “LiveLink Install” app. System prerequisite is an iOS or Android tablet.

“LiveLink Control” app

The “LiveLink Control” app provides for a comfortable operation of the room lighting. System prerequisite is an iOS or Android tablet and/or smart phone.

www.trilux.com/livelink-app

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INTRODUCTION / SYSTEM OVERVIEW Page 4 / 77

SYSTEM OVERVIEW

LiveLink contains only one hardware component, the LiveLink control device. Luminaires, sensors, push-buttons and/or push-button couplers are connected to the LiveLink control device via DALI.

In addition, LiveLink includes two software components: The “LiveLink Install” tablet app for the setup of the system by expert personnel, and the “LiveLink Control” tablet and/or smart phone app for the control of the illumination by the end user.

The tablet and/or smart phone communicate directly with the control device which is equipped with a WLAN of its own (access point) for this purpose. But, as an alternative, the LiveLink control device can also be integrated into the network structure of the building.

Sensor Control gear Direct connection for 1 push-button Option Connection to a building network structure Push-button coupler

The controlling of the lighting can be performed in two ways:

1. The activating of light scenes or switching and dimming of luminaire groups can be carried out with commercial push-buttons via the DALI installation. In addition, a push-button can be connected directly to the LiveLink control device.

2. Control via the “LiveLink Control” app. The app provides for access to all light scenes and individual control of luminaire groups.

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INTRODUCTION / CONTROLLER Page 5 / 77

250

CONTROLLER

The control device – the intelligent command centre.

The core element of the LiveLink control device is a Linux-based high-performance minicomputer which processes the incoming data streams and issues control commands to the system components. For a particularly straight-forward communication with the user, the control device is equipment with an integrated WLAN module for controlling via tablet or smart phone.

Compact design – great leeway.

Thanks to its compact dimensions with a construction depth of only 21 millimetres, the control device itself can ﬁt without a problem even underneath shallowly suspended ceilings. Upon request it is also available integrated directly into a luminaire (master luminaire).

DALI interface for clever light management.

With the universal DALI interface, DALI-capable luminaires, sensors, and push-buttons can be integrated, conﬁgured, and controlled effortlessly. Each control device can individually address up to 16 luminaire groups. The maximum number of DALI participants is 64.

Comfortable control via tablet or push-button.

The luminaires and/or groups of luminaires can be controlled either with a commercial installation push-button or via mobile app on a tablet or smart phone. Additional push-buttons can be connected via an optional LiveLink DALI push-button coupler that is simply integrated into the DALI control circuit. The push-button can be conﬁgured freely – this way, “ofﬂine” groups of luminaires can be controlled, too, or light scenarios called up.

Autarkic encryption for more security.

For protection against external access, the control device is equipped with a WLAN network with autarkic encryption. This way, the system remains unaffected by cyber attacks against the general computer network.

Conﬁguration survives power outage.

No reprogramming is required after a power outage; the system conﬁguration is stored in the control device.

Technical Data

Weight 76 g Input voltage 220-230 V Input current max. 50 mA Input frequency 50/60 Hz Standby power consumption <2 W Measurements

204

190

DALI participants max. 64 WiFi IEEE 802.11b WiFi encryption WPA2 WiFi range max. 25 m Protection rating IP20 Temperature of case tc max 85 °C Ambient temperature ta max 65°C Standards: IEC 61347-2-11

EN 55015 EN 61000-32 EN 61000-33 EN 61000-547 IEC 62386

Cable length for DALI max. 300 m Cable length for push-button max. 25 m

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INTRODUCTION / PUSH-BUTTON COUPLER

LiveLink DALI PB4

T5T4T3T2

L= max. 25 m

3 4 765

DALI 1

DALI 2

(T1)

LiveLink WiFi

LiveLink DALI PB4

T5T4T3T2

L= max. 25 m

3 4 765

DALI 1

DALI 2

(T1)

LiveLink WiFi

PUSH-BUTTON COUPLER

Interface for commercial installation push-buttons

The push-button coupler integrates additional push-buttons into a LiveLink system. For this, up to 4 commercial installation push-buttons can be connected to each push-button coupler. The push-button coupler

passes the signals on to the LiveLink control device via DALI. The function of the push-buttons is freely programmable during commissioning.

Fits into the ﬂush device box

The compact dimensions allow for an installation in ﬂush device boxes with a minimum depth of 60 mm. The push-button cables may have maximum length of 25 m and must be installed in a separate plasticsheathed cable. The connections at the push-button coupler are not suited to mains voltage.

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Technical Data

Number of push-buttons 4 Cable length for push-button max. 25 m Number of DALI participants 1 Dimensions

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INTRODUCTION / SENSORS Page 7 / 77

SENSORS

Any brain needs its sensory organs – and any light management system its sensors.

Light only then and there where it is desired, and as bright as necessary. For a light control commensurate with the requirements, the framework conditions must be detected precisely. This task is handled by the intelligent sensor technology of STEINEL.

Dual HF. Doubly convincing across the board.

The high frequency corridor sensor Dual HF, with its detection area of 20 x 3 metres, is suitable for long corridors. Decisive for a corridor sensor is how well radial movements are detected. This refers to the frontal direction of walking towards the sensor. The STEINEL high frequency technology masters this perfectly.

Equipment and functions:

• Two integrated HF sensors with dual directional characteristic

for up to 20 metres of radial detection

• Detects equally well from any direction of walking

• Continuously variable, electronic setting

IR Quattro HD. Detects the most minute of movements all the way into any corner.

The infra-red presence detector IR Quattro HD is ideal for medium to large ofﬁces, conference rooms and meeting rooms as well as classrooms and lecture halls. Its high resolution detection is ideal in case of sitting activities.

Equipment and functions:

• Highest quality of detection due to 4 pyro sensors with 4,800 switching zones per 64 m

• Straight-forward planning with square detection area

• Quick setting due to patented mechanical scalability without loss of quality

• 8 x 8 metres presence detection, 8 x 8 metres radial detections, and 20 x 20 metres tangential detection

• Suitable for ceiling heights from 2.5 up to 10 metres

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INTRODUCTION / SENSORS / TECHNICAL DATA Page 8 / 77

TECHNICAL DATA

Type Quattro HD Dual HF LS/PD LI

Characteristics

• Square detection area typical for a room

• Particularly high sensitivity and range

• Dual directional characteristic for targeted detection of hallways and corridors

• Temperature-independent

• Compact design for installation in luminaire or, optionally, in ceilings

• Upon request, available installed in a LiveLink master luminaire

detection

Sensor type • Passive infra-red presence

sensor (PIR)

• Light sensor

• HF sensor

• Light sensor

• Passive infra-red presence sensor (PIR)

• Light sensor

Dimensions (H x W x D)

120

Site of operation In the interior area of buildings In the interior area of buildings In the interior area of buildings Sensor system 13 detection areas,

4800 switching zones

High frequency 5.8 GHz, transmitting power < 1 mW

Light value setting 10-1000 Lux 10-1000 Lux 20-800 Lux Protection rating IP20 (IP54 with AP box) IP20 (IP54 with AP box) IP20 Protection class II II II Temperature range 0 °C to +40 °C 0 °C to +40 °C -20 °C to +50 °C Number of DALI participants 2 7 2 Height of installation

2.5 - 10 m 2.5 - 3.5 m 2 - 5 m

(ceiling mount) Detection angle/

square

Presence; max. 8 x 8 m (64 sqm) Circular: max. 8 x 8 m (64 sqm) Tangentially: max. 20 x 20 m (400 sqm)

see diagram; Where applicable, through glass, wood and lightweight walls;

max. diameter 7.0 m

Range max. 10 x 3 m, electronically adjustable in each direction continuously variable

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INTRODUCTION / SENSORS / TECHNICAL DATA Page 9 / 77

Type Detection ranges (at a height of installation of 2.8-3.0 m)

Quattro HD

Dual HF

LS/PD LI

Presence Circular Tangentially

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INTRODUCTION / SENSORS / SENSOR PLACEMENT Page 10 / 77

SENSOR PLACEMENT

Detection area

• The detection area of the sensor must be taken into consideration (see sensor’s product data sheet). On the one hand, the sensor should detect areas of work and movement in the room but, on the other, also the entrance so that the light can be switched on early on. If the detection area is insufﬁcient, additional sensors must be planned for.

• When using HF and/or radar sensors, it must be taken into consideration that a detection through thin walls may occur. In addition, the narrow detection area (see product data sheet) must be taken into consideration.

Light sensor

For the functioning of the daylight control, it is important that the light sensor and/or combined presence and light sensor be position in a suitable location.

• The light sensor should not be positioned too close to window areas but also not too far into the depth of the room.

• The sensor should be positioned where it receives an average intensity of daylight, for example in the middle of the room or near work spaces to which the light control will be calibrated.

• If possible, the light sensor should be positioned above a suitable area. Ideally, this area should also be utilised as reference area for the calibration of the illuminance. If possible, this area should feature an average reﬂectance value. Well suited are, for example desk surfaces or light-grey path areas.

• It should also be taken into consideration that no items be placed underneath the sensor that have an inﬂuence on the function of the light sensor, e.g. pallets or higher pieces of furniture.

Sources of interference

Any positioning near the following sources of interference should be avoided:

• Ventilation systems or heat sources, e.g. Heaters or also overhead projectors

• Interference sources of light such as luminaires the indirect light share of which radiates directly onto the sensor

• Daylight reﬂections, e.g. by mirrors

• Radio and/or WLAN transmitters at a distance of approx. one metre

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INTRODUCTION / WLAN Page 11 / 77

WLAN

The setup or control of the LiveLink system via tablet and/or smart phone app does only work in case of an existing WLAN connection with the LiveLink control device.

In delivery condition, the LiveLink control device makes available a WLAN of its own for a direct connection (AdHoc connection). Each

CONNECT TO WLAN

Selecting the WLAN with an iOS device

In the menu item “WLAN” of the device settings, all available WLANs are listed. Upon tapping the “LIVELINK...” WLAN, the connection is established. The exact name (SSID) of the respective WLAN is located on the control device. The WLAN password is “livelink”.

control device bears a WLAN name of its own, starting with “LIVELINK”, that is printed onto the control device. The WLAN name can be changed later, see chapter “Room setup: room name”.

Optionally, the control device can be connected to an existing network infrastructure and utilised from there.

Selecting the WLAN with an Android device

In the menu item “WLAN” of the device settings, all available WLANs are listed. U

pon tapping the “LIVELINK...” WLAN, the connec-

tion is established. The WLAN password is “livelink”.

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INTRODUCTION / WLAN Page 12 / 77

UTILISING THE WLAN WITH THE INFRASTRUCTURE

Instead of a direct WLAN connection between the iOS and/or Android device and the LiveLink control device, an existing infrastructure can also be utilised subsequent to the initial setup.

WLAN SECURITY

The WLAN access to the LiveLink control device is protected with a three-tiered security concept.

1. In the ﬁrst step, a password for the WLAN must be entered

(WPA2 encryption).

2. In the second step, a connection is established via https. This is an

asymmetrical encryption. Data that is transmitted from the app to the LiveLink system, and vice versa, can not be read in transit.

3. In the third step, a user authentication ensures that only those who

are in possession of the administration and/or user password can connect to the system and as a result make changes.

For this, the control device can be connected to the existing building WLAN. The conﬁguration takes place in the administrator menu, see chapter “Room administration”.

The iOS and/or Android app can then also be used in the building WLAN. Available to the apps are all LiveLink rooms that are, in turn, connected to the building WLAM.

In this, the user access is set up restrictively (via a separate app and separate password) and can merely control existing conﬁguration but cannot create new or change existing conﬁgurations.

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INTRODUCTION / ACCESS DATA Page 13 / 77

ACCESS DATA

The LiveLink system provide different types of access for setup and utilisation. The access data should be changed upon initial setup and should be made available only to correspondingly authorised users.

Description Changing the data Access data

upon delivery

WLAN name (SSID) Name of the LiveLink WLAN that is

selected in case of a direct connection from the iOS and/or Android device.

WLAN password Administrator password

User password Password for using the light control

Password for the direct WLAN connection. Password for using the administra-

tor menu of the “Install” app. Each LiveLink room can be equipped with a separate administrator password.

with the iOS and/or Android apps. Each LiveLink room can be equipped with a separate user password.

See chapter “Room setup: room name” LIVELINK_...

(see print on LiveLink control device)

- livelink Upon initial setup, the user is offered

the option to change the administrator password. Subsequently, the password can be changed in the administrator menu under “Settings”.

The user password is speciﬁed upon completion of the room setup. Subsequently, the password can be changed in the administrator menu under “Settings”.

livelink

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INTRODUCTION / BEHAVIOUR OF LIGHT CONTROL / BEHAVIOUR IN DELIVERY CONDITION Page 14 / 77

BEHAVIOUR OF LIGHT CONTROL

BEHAVIOUR IN DELIVERY CONDITION

If the control device and the luminaires were already installed, but the light control was not installed, yet, the lighting can be switched and dimmed nevertheless (touch/dim function). Operation can be performed via any push-button connected to the control device:

• Short push of button: Turning all luminaires on or off

• Long push of button: Dimming all luminaires

The touch/dim function allows for a quick testing of the installation of all push-buttons and luminaires.

Caution: Initially, the touch/dim function is only available in delivery condition.

available, but can be re-assigned to select push-buttons.

During a conﬁguration process, the function is not

BEHAVIOUR IN OPERATION

The behaviour of the light control depends on how the system is being switched on:

• Fully automatic presence detection

• Starting a scene with semi-automatic presence detection

• Starting a scene with light control

• Manual switching on of select or all luminaire groups

The decisive factor is, which controls (presence detection, light control) are contained in the default scene. In the public Use Cases, the respective most important scene is set as the default scene. In a lot of cases, this is an automatic scene with fully automatic presence detection and light control.

Additional information regarding this can be found in the chapter “What is a Use Case? / Public Use Cases”.

On the following pages, the behaviour of the light control in the different situations is shown.

Page 15

INTRODUCTION / BEHAVIOUR OF LIGHT CONTROL / BEHAVIOUR IN DELIVERY CONDITION

Szene

Scene

• CONSTANT LIGHT CONTROL

• PRESENCE DETECTION

(AUTOMATIC OPERATION)

• CONSTANT LIGHT CONTROL

• PRESENCE DETECTION

(SEMI-AUTOMATIC OPERATION)

MANUAL CHANGES TO THE ILLUMINATION

room.

If the scene additionally contains constant light

control, the overall illumination (from daylight

and artiﬁcial light) is continuously being ad-

justed to the pre-set target value.

and artiﬁcial light) is continuously being ad-

tion with semi-automatic operation, the scene

is started with a push-button or with a tablet

and/or smart phone.

If the scene additionally contains constant light

control, the overall illumination (from daylight

If the default scene contains presence detec-

justed to the pre-set target value.

If the default scene contains presence detec-

tion with fully automatic operation, the lighting

starts with the default scene upon entering the

changed daylight.

The illumination ad-

justs itself to the

Page 15 / 77

this chapter).

of course, change as well (see other pages in

ADVANCED SETTINGS

Through advanced settings in the default

scene, a switching on again of the illumina-

tion upon dropping below the target value can

be prevented.

tion are retained.

CHANGE OF THE SCENE

If a change is made to a scene that contains

other operating modes (constant light control

and presence detection), the behaviour does,

In case of a manual intervention, the dim-

ming and switching of luminaire groups, the

constant light control is deactivated for these

luminaire groups. During the stay in the room,

the changed dimming levels of the illumina-

The presence detection remains maintained

even after a manual change of the illumi-

nation. Subsequent to a subsequent holding

time, it turns the illumination off after the

room has been left.

mination initially dims to a minimum. If the

overall illumination exceeds the target value

by 25 % for more than 5 minutes, the illumi-

nation turns off.

comes less, the illumi-

nation switches itself

on again and adjusts

to the target value.

the illumination turns off after the room has

been left.

In case of strong ingress of sunlight, the illu-

If the daylight be-

Subsequent to a subsequent holding time,

Page 16

INTRODUCTION / BEHAVIOUR OF LIGHT CONTROL / BEHAVIOUR IN DELIVERY CONDITION

Scene

PRESENCE DETECTION

(AUTOMATIC OPERATION)

PRESENCE DETECTION

(SEMI-AUTOMATIC OPERATION)

MANUAL CHANGES TO THE ILLUMINATION

CHANGE OF THE SCENE

If the default scene contains presence detec-

tion with semi-automatic operation, the scene

is started with a push-button or with a tablet

and/or smart phone.

with the default scene upon entering the room.

in the scene.

with fully automatic operation, the lighting starts

If the default scene contains presence detection

If somebody is pres-

ent, the illumination

remains at the dim-

ming level predeﬁned

Page 16 / 77

detection), the behaviour does, of course, change as well (see other pages in this chapter).

Subsequent to a subsequent holding time,

the illumination turns off after the room has

been left.

Manual switching and

dimming of luminaire

groups is possible.

They remain main-

tained during the stay

If a change is made to a scene that contains other controls (constant light control and presence

in the room.

The presence detection remains maintained

even after a manual change of the illumination.

After a subsequent holding time, it turns the il-

lumination off after the room has been left.

Page 17

INTRODUCTION / BEHAVIOUR OF LIGHT CONTROL / BEHAVIOUR IN DELIVERY CONDITION

Szene

Scene

CONSTANT LIGHT CONTROL

MANUAL CHANGES TO THE ILLUMINATION

In case of a manual intervention, the dim-

ming and switching of luminaire groups, the

constant light control is deactivated for these

luminaire groups. During the stay in the room,

the changed dimming levels of the illumina-

tion are retained.

After leaving the

room, the illumina-

tion remains in the

last selected setting.

justed to the pre-set target value.

and artiﬁcial light) is continuously being ad-

nation turns off.

Upon entering the room, a scene is started with

a push-button or via tablet and/or smart phone.

If the scene exclusively contains constant light

control, the overall illumination (from daylight

The illumination

adjusts itself to the

changed daylight.

In case of strong ingress of sunlight, the illu-

mination initially dims to a minimum. If the

overall illumination exceeds the target value

by 25 % for more than 5 minutes, the illumi-

Page 17 / 77

ping below the target value can be prevented.

ADVANCED SETTINGS

Through advanced settings in the default scene, a

switching on again of the illumination upon drop-

well (see other pages in this chapter).

tection), the behaviour does, of course, change as

controls (constant light control and presence de-

CHANGE OF THE SCENE

If a change is made to a scene that contains other

If the daylight be-

comes less, the il-

lumination switches

itself on again and

adjusts to the target

value.

After leaving the

room, the illumi-

nation remains

switched on.

Page 18

INTRODUCTION / BEHAVIOUR OF LIGHT CONTROL / BEHAVIOUR IN DELIVERY CONDITION

MEM

AUSEIN EIN

MEM

OFFON ON

MANUAL CONTROL

STARTING A SCENE

tablet and/or smart phone, ...

Of course, scenes can also be started after man-

ually switching on the illumination. (see the other

pages of this chapter, depending on the control of

the scene)

As an alternative to the automatic and manu-

al starting of a scene, individual or all luminaire

groups can be switched with a push-button or via a

... dimmed, ...

Page 18 / 77

called.

value is being re-

… and switched off.

Upon switching back

on, the last dimming

Page 19

“LIVELINK INSTALL” APP / OVERVIEW Page 19 / 77

“LIVELINK INSTALL” APP

OVERVIEW

There are iOS-based and Android-based apps available that do not differ in terms of functionality. There merely are minor deviations in the screen presentation.

Shown in these instructions are screenshots of the iOS app. Any differences in the operation of the Android are pointed out as necessary.

The following screenshots show the basic elements of the app operation that are available for a comfortable operation throughout the

Start screen

Open main menu Close main menu

Main menu

Use Case administration

Administrator

Administrator menu for the setup and administra- tion of rooms

whole app. A repetitive description of these elements was omitted in the remainder of these instructions.

Help

Back to

last step

Current

Setup step / current menu

Continue to next step /

Save and continue to next step

Show number and circuit

Progress of room setup

Setup steps

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“LIVELINK INSTALL” APP / WHAT IS A USE CASE? / PUBLIC USE CASES Page 20 / 77

WHAT IS A USE CASE?

Each LiveLink room is set up based on a Use Case. A Use Case is a pre-conﬁguration that simpliﬁes the further setup of the room.

A Use Case deﬁnes:

• The number of luminaire groups (presentation of a schematic matching the room type)

• The assignment between sensors and luminaire groups

• Scenes included in the delivery (which, of course, can be supplemented by scenes you created on your own)

In addition to the placement of luminaire groups, a Use Case also includes a pre-conﬁguration of the sensors.

A Use Case constitutes the foundation of the room setup. If individualised Use Cases are needed, these can be created in cooperation with the TRILUX light planners and loaded for utilisation as “Private Use Cases”.

PUBLIC USE CASES

The public Use Cases are included in the delivery and can be updated in the Use Case administration (see chapter “Use Case administration”). The following Use Cases are going to be covered on the next pages.

Ofﬁce Industry Education Shop & Retail Health & Care General

• Small Ofﬁce

• Large Ofﬁce

• Conference Room

After completion of the steps for commissioning, the scenes pre-set in the Use Cases can be adjusted or additional ones added. You can, for example, change the switch-off delays, switch from fully automatic to semi-automatic operation, or change the dimming level. The daylight-dependent control requires an initial calibration with the help of an illuminometer (see chapter “Administrating scenes”).

• Manufacturing Hall, simple

• Manufacturing Hall, expanded

• Classroom

• Individual Sports Hall

• Retail • Patients' room • Corridor

• Universal

(See chapter “Universal Use Case”)

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“LIVELINK INSTALL” APP / WHAT IS A USE CASE? / PUBLIC USE CASES Page 21 / 77

Trafﬁc route 1

Trafﬁc route 2

Work 1

Work 3

Work 2

SV1

SV4

SA1

SV2

SV5

SA2

SV3

SV6

SA3

Bed 3

Bed 2

Work

Additional Meeting

Trafﬁc route 1

Trafﬁc route 2

Work 1

Work 4

Work 3

Work 6

Work 2

Work 5

SV1

SV4

SA1

SA4

SV2

SV5

SA2

SA5

SV3

SV6

SA3

SA6

Corridor (+ Centre)

Window

Board

Bed 3

Bed 2

Bed 1

Use Case “Small Ofﬁce”

In the Use Case “Small Ofﬁce”, the luminaire groups “Work”, “Meeting”, and “Additional” are applied. In addition, there is one sensor that is responsible for daylight-dependent light control as well as presence detection.

Work

Additional Meeting

Presetting of the luminaire groups Group of luminaires Function

Work • Presence detection

• Daylight-dependent control

Meeting • Presence detection Additional

e. g. for accentuating lighting

Presets of the scenes Scene Function

Automatic • 5 minutes switch-off delay

Meeting • Constant dimming levels

Service • Constant dimming level for all groups

Night lighting • Constant dimming level

Off • All groups off

• Presence detection

• Fully automatic operation for the group “Work”

• Daylight-dependent control active

for all groups:

• Work 50 %

• Meeting 100 %

• Additional 20 %

• 10 minutes switch-off delay

at 100 %

• 10 minutes switch-off delay

for all groups at 20 %

• no automatic switch-off

Use Case “Large Ofﬁce”

In the Use Case “Large Ofﬁce”, the luminaire groups “Trafﬁc Route”, “Work 2”, “Work 3”, “Work 4”, and “Additional” are applied. In addition, there are four sensors that are responsible for daylight-dependent light control as well as presence detection. This is done separately for each group.

Work 1

Work 3

Work 2

Additional

Work 4

Presetting of the luminaire groups Group of luminaires Function

Work 1-4 • Presence detection

Additional

e. g. for accentuating lighting

Presets of the scenes Scene Function

Automatic

Service • Constant dimming level for all groups

Night lighting • Constant dimming level

Off • All groups off

• Daylight-dependent control

• Presence detection

• 5 minutes switch-off delay, fully automatic operation

• Daylight control active via sensors S1-4, each separately

at 100 %

• 10 minutes switch-off delay

for all groups at 20 %

• no automatic switch-off

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“LIVELINK INSTALL” APP / WHAT IS A USE CASE? / PUBLIC USE CASES Page 22 / 77

Work

Additional Meeting

Additional

Work 3

Work 1

Work 4

Work 2

Trafﬁc route 1

Trafﬁc route 2

Work 1

Work 4

Work 3

Work 6

Work 2

Work 5

SV1

SV4

SA1

SA4

SV2

SV5

SA2

SA5

SV3

SV6

SA3

SA6

Corridor (+ Centre)

Window

Board

HallS1 S2

Bed 3

Bed 2

Bed 1

Use Case “Conference Room”

In the Use Case “Conference Room”, the luminaire groups “Meeting”, “Presentation”, and “Additional” are applied. In addition, there is one sensor that is responsible for daylight-dependent light control as well as presence detection.

Meeting PresentationS1

Additional

Presetting of the luminaire groups Group of luminaires Function

Meeting Presence detection

Daylight-dependent control

Presentation Presence detection

Daylight-dependent control

Additional e. g. for accentuating lighting

Presets of the scenes Scene Function

Automatic • 10 minutes switch-off delay

Projection • Constant dimming levels

Lecture • Constant dimming levels

Service

Night lighting • Constant dimming level

Off • All groups off

Presence detection

for all groups, fully automatic operation

• Daylight-dependent control active

for the following groups:

• Meeting 20%

• Additional 20 %

• Presentation 0 %

• 10 minutes switch-off delay

for the following groups:

• Meeting 50%

• Additional 20 %

• Presentation 100%

• 10 minutes switch-off delay

• Constant dimming level for all groups at 100 %

• 10 minutes switch-off delay

for all groups at 20 %

• no automatic switch-off

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Work

Additional Meeting

Additional

Work 3

Work 1

Work 4

Work 2

Additional

Meeting PresentationS1

Trafﬁc route 1

Trafﬁc route 2

Work 1

Work 4

Work 3

Work 6

Work 2

Work 5

SV1

SV4

SA1

SA4

SV2

SV5

SA2

SA5

SV3

SV6

SA3

SA6

Corridor (+ Centre)

Window

Board

HallS1 S2

Accent

Shop Window

Cash Register

Shop

S2 S3

Bed 3

Bed 2

Bed 1

Bed 3

Bed 2

Bed 1

Table

Room

Bathroom

Corridor

Use Case “Manufacturing Hall, simple”

In the Use Case “Manufacturing Hall, simple”, the luminaire groups “Trafﬁc Route”, “Work 1”, “Work 2”, and “Work 3” are applied. In addition, there are three sensors that are responsible for daylightdependent light control (SA1 – 3) and three sensors that are responsible for presence detection (SV1 – 3).

Trafﬁc route

SV1

SA1

Work 1 Work 3Work 2

SV2

SA2

SV3

SA3

Presetting of the luminaire groups Group of luminaires Function

Trafﬁc route • Presence detection

via the sensors SV1-3

Work 1-3 • Manual switching

Presets of the scenes Scene Function

Automatic • Daylight control active for groups

Service • Constant dimming level for all groups

Night lighting • Constant dimming level

Off • All groups off

• Daylight-dependent control via sensor SA1-3

“Work 1-3”

• Presence detection for group “Trafﬁc Route”, Fully automatic operation with 10 minutes switch-off delay

at 100 %

• 20 minutes switch-off delay

for all groups at 20 %

• no automatic switch-off

Use Case “Manufacturing Hall, expanded”

In the Use Case “Manufacturing Hall, expanded”, the luminaire groups “Trafﬁc Route 1”, “Trafﬁc Route 2”, “Work 1”, “Work 2”, “Work 3”, “Work 4”, “Work 5”, and “Work 6” are applied. In addition, there are six sensors that are responsible for daylight-dependent light control (SA1 – 6) and six sensors that are responsible for presence detection (SV1 – 6).

SV1

SV4

SA1

Work 1

Trafﬁc route 1

SV2

Trafﬁc route 2

SV5

SA2

Work 2

SV3

SV6

SA3

Work 3

Presetting of the luminaire groups Group of luminaires Function

Trafﬁc route 1-2 • Presence detection Work 1-6 • Manual switching

Presets of the scenes Scene Function

Automatic • Daylight-dependent control active via

Service • Constant dimming level for all groups

Night lighting • Constant dimming level

Off • All groups off

• Daylight-dependent control

sensors SA1-6 (per group)

• Presence detection with 10 minutes switch-off delay (sensor SV1-6), fully automatic operation

at 100 %

• 20 minutes switch-off delay

for all groups at 20 %

• no automatic switch-off

SA4

Work 4

SA5

Work 5

SA6

Work 6

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Trafﬁc route 1

Trafﬁc route 2

Work 1

Work 4

Work 3

Work 6

Work 2

Work 5

SV1

SV4

SA1

SA4

SV2

SV5

SA2

SA5

SV3

SV6

SA3

SA6

Bed 3

Bed 2

Bed 1

Table

Room

Bathroom

Corridor

S2 S3

Trafﬁc route 1

Trafﬁc route 2

Work 1

Work 4

Work 3

Work 6

Work 2

Work 5

SV1

SV4

SA1

SA4

SV2

SV5

SA2

SA5

SV3

SV6

SA3

SA6

Corridor (+ Centre)

Window

Board

Bed 3

Bed 2

Bed 1

Table

Room

Bathroom

Corridor

S2 S3

Use Case “Classroom”

In the Use Case “Classroom”, the luminaire groups “Board”, “Window”, and “Corridor (+ Centre)” are applied. In addition, there are two sensors that are responsible for daylight-dependent light control as well as the presence detection per group.

Corridor (+ Centre)

Board

Window

Presetting of the luminaire groups Group of luminaires Function

Board • Presence detection Window • Presence detection

• Daylight-dependent control

Corridor (+ Centre) • Presence detection

• Daylight-dependent control

Presets of the scenes Scene Function

Automatic

Projection

Service • Constant dimming level for all groups

Night lighting • Constant dimming level for

Off • All groups off

• 10 minutes switch-off delay, semi- automatic operation for all groups

• Individualised daylight-dependent control for the groups “Window” (S1) and “Corridor” (S2)

• Constant dimming levels for the following groups:

• Board 0 %

• Window 20 %

• Corridor 20 %

• 5 minutes switch-off delay

at 100 %

• 10 minutes switch-off delay

all groups at 20 %

• no automatic switch-off

Use Case “Individual Sports Hall”

In the Use Case “Individual Sports Hall”, the luminaire group “Hall” is applied. In addition, there is a sensor (S1) that is responsible for the daylight-dependent light control as well as the presence detection, and a sensor (S2) only for presence detection.

HallS1 S2

Presetting of the luminaire groups Group of luminaires Function

Hall • Presence detection,

Presets of the scenes Scene Function

Automatic standard

Automatic bright

Service • Constant dimming level for all groups

Night lighting • Constant dimming level for all groups

Off • All groups off

• Daylight-dependent control

• 15 minutes switch-off delay, fully automatic operation

• Daylight-dependent control active with 85 % of the system's output

• 15 minutes switch-off delay, fully automatic operation

• Daylight-dependent control active with 100% of the system's output

at 100 %

• 10 minutes switch-off delay, semi-automatic operation

at 20%

• no automatic switch-off

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Trafﬁc route 1

Trafﬁc route 2

Work 1

Work 4

Work 3

Work 6

Work 2

Work 5

SV1

SV4

SA1

SA4

SV2

SV5

SA2

SA5

SV3

SV6

SA3

SA6

Corridor (+ Centre)

Window

Board

HallS1 S2

Bed 3

Bed 2

Bed 1

Table

Room

Bathroom

Corridor

S2 S3

Use Case “Retail”

In the Use Case “Retail”, the luminaire groups “Shop Window”, “Cash Register”, “Shop”, and “Accent” are applied. In addition, there are three sensors that are responsible for daylight-dependent light control per group

S1 S2 S3

Shop Window

Cash Register

Accent

Shop

Presetting of the luminaire groups Group of luminaires Function

Shop Window • Manual operation Cash Register • Manual operation

• Daylight-dependent control

Shop • Manual operation

Accent • Manual operation

Presets of the scenes Scene Function

Automatic • Individualised daylight-depending

Service • Constant dimming level for all groups

Night • Constant dimming level

Off • All groups off

• Daylight-dependent control

• Group “Accent” set to 100 %

• no automatic switch-off

• 20 minutes switch-off delay

• no automatic switch-off

controls of the groups “Cash Register” (S2) and “Shop” (S3)

at 100 %

for all groups at 20 %

Use Case “Patient Room”

In the Use Case “Patient Room”, the luminaire groups “Bathroom”, “Room”, “Table”, “Bed 1”, “Bed 2”, “Bed 3”, and “Bathroom” [sic] are applied. In addition, there are two sensors, one for daylight-dependent light control and presence detection (S1), and one only for presence detection in the bathroom (S2).

Bed 3

Bed 2

Bed 1

Bathroom

Room

Presetting of the luminaire groups Group of lumi-

naires

Table

Bed 1-3 • Presence detection

Room • Presence detection

Table • Presence detection Bathroom • Presence detection

Presets of the scenes Scene Function

Automatic • Presence detection for beds, room, and table

Examination • Constant dimming level

Service

Off • All groups off

Function

• Daylight-dependent control

in semi-automatic operation

• Presence detection for the bathroom in fully automatic operation

• Daylight-dependent control active

for all groups at 100%

• no automatic switch-off

• Constant dimming level for all groups at 100 %

• 10 minutes switch-off delay

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Bed 3

Bed 2

Bed 1

Table

Room

Bathroom

Bed 3

Bed 2

Bed 1

Table

Room

Bathroom

Corridor

S2 S3

Use Case “Corridor”

In the Use Case “Corridor”, the luminaire group “Corridor” is applied. In addition, there are three sensors that are responsible for daylightdependent light control as well as presence detection. Sensor 1-3 control the presence detection, sensor 1 the daylight-dependent control.

Corridor

S1 S2 S3

PRIVATE USE CASES

Project-related, Use Cases are always created in cooperation with the TRILUX light planners. The ﬁnished Use Cases are then made available in the customer account of the myTRILUX portal (see chapter “Administrating Use Cases”).

Presetting of the luminaire groups Group of luminaires Function

Corridor • Presence detection

• Daylight-dependent control

Presets of the scenes Scene Function

Automatic

Service • Constant dimming level for all groups

Night lighting • Constant dimming level

Off • All groups off

• 5 minutes switch-off delay, fully automatic operation

• Daylight-dependent control active (via sensor 1)

at 100 %

• 10 minutes switch-off delay

for all groups at 20 %

• no automatic switch-off

UNIVERSAL USE CASE

In addition to the application speciﬁc Use Cases (public & private), the public Use Case “Universal” is also available. In the Use Case “Universal”, nine freely assignable luminaire groups “G1-G9” are applied. In addition, there are nine freely assignable sensor spots that are responsible for daylight-dependent light control as well as presence detection.

Presets of the scenes Scene Function

ON • All groups at 100 % OFF • All groups off

Additional scenes must be mandatorily created manually.

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USE CASE ADMINISTRATION

In this view, Use Cases are administrated.

The public Use Cases can be updated and deleted. Private Use Cases can be downloaded from the myTRILUX Portal and administrated.

Updating

Updating the public Use Cases from the TRILUX portal.

Public Use Cases

All available Use Cases are listed. After a long tap, there is the option to delete select Use Cases.

Private Use Cases

Access to the TRILUX portal, from which private Use Cases can be loaded at this point.

Use Case name Version number

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ADMINISTRATING PUBLIC USE CASES

Updating Use Cases

The menu “Administrating Use Cases” starts with a listing of all public Use Cases that are available in the app for the conﬁguration of rooms. The Use Cases listed here are updated by tapping the refresh button

Caution: Updating requires an Internet connection since the data is retrieved from a TRILUX server via the Internet! Where applicable, the WLAN must be switched or a mobile data connection must be utilised.

Deleting Use Cases

After an update, Use Cases may be listed multiple times with different version numbers. Superﬂuous Use Cases can be deleted: After a long tap on the Use Case presentation, the Use case can be deleted.

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ADMINISTRATING PRIVATE USE CASES

Selecting private Use Cases

With a tap on “Private Use Cases”, the view switches to “Administrating private Use Cases”.

Administrating private Use Cases

The input screen allows for access to the customer account at the myTRILUX portal. Here, the customised Use Cases created are available.

Caution: The access to the myTRILUX portal requires an Internet connection. Where applicable, the WLAN must be switched or a mobile data connection must be utilised.

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ROOM ADMINISTRATION

The Administrator menu includes the most important functions of the setup app: the setup and/or administration of rooms as well as various settings. The menu is protected with a separate administrator password.

Room name

All settings in this administrator menu refer to this room.

Create room

Guides through the individual steps of the initial setup of a new room. If this room was already created, its existing conﬁguration can be deleted at this point and a new room setup can be started.

Room administration

After the initial setup, select setup steps can be changed here:

• Use Case

• Assignment

• Administrate push-buttons

• Room name

• Administrate scenes

Light control

Access to the light control; function-

ality like user app.

Settings

Allows for various additional

settings.

WLAN / Hotspot

Connecting the control device

with an existing network infra-

structure.

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ROOM SETUP

Upon the initial setup, a connection to the system is established and prepared for the further conﬁguration.

Initial connection to the WLAN

The tablet is connected directly to the WLAN that is made available by the LiveLink control device.

Start the app

For the conﬁguration of LiveLink, the “LiveLink” app is utilised which is available for iOS tablets at the Apple App Store, and for Android tablets at the Google Play Store.

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Select room

The app starts in the administrator menu and searches for existing LiveLink rooms. Here, the not-yet set up room can be selected. Initially, the room designation is a factory setting which can later be changed in the “Room name” menu. In delivery condition, the administrator password is:

livelink

Change administrator password

On the next screen, a new administrator password is speciﬁed.

Start room conﬁguration

A tap on “Create room” starts the creation of a room and leads to the ﬁrst step “Select Use Case”.

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ROOM SETUP: USE CASE

In this view, a matching Use Case is selected and assigned to the room.

Represented in a simpliﬁed room schematic - a Use Case does contain a placement of luminaire groups and sensors as well as preconﬁgured light scenes.

For typical room situations, multiple “public Use Cases” are available. For special applications, individualised “private Use Cases” can be called up.

The view does, furthermore, provide an overview of the connected luminaires, sensors, and push-buttons as well as the option to identify these devices.

Choice between public and private Use Cases. Public Use Cases contain a pre-conﬁguration for typical building situa-

Designation and schematic of the selected Use Case.

The Use Case can be selected via swiping. A tap on this schematic conﬁrms the selection and leads to the next step.

tions. Private Use Cases can be created in cooperation with TRILUX light planners and can subsequently be called up from the myTRILUX portal.

Identifying luminaires and sensors

Select and conﬁrm Use Case

The dots serve for navigating through the Use Cases. One

dot corresponds to one Use Case. The currently selected Use Case is displayed in white.

The number indicates the

number of luminaires connected. After tapping this

icon, the luminaires blink for identiﬁcation. While this is happening, the icon is shown in red. The identiﬁcation is ended by tapping again.

The number indicates the number of sensors connected. After tapping this icon, the status lights of the sensors light up for identiﬁcation. While this is happening, the icon is shown in red. The identiﬁcation is ended by tapping again.

After tapping the refresh button, a choice of “Start

new search run” and “Search for new devices” is

available. A status display indicates an active search.

Caution: A “search run” impedes the functionality of the system; see explanation on the following pages.

The number indicates the number of push-button couplers connected plus the allowed push-button on the control device.

Push-buttons connected to a coupler are not included in the count at this point.

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Listing connected devices

Numbers on the icons of the device groups “Luminaires”, “Sensors”, and “Push-buttons” indicate the respective number of devices connected. A push-button coupler is counted only once in this, even though multiple push-buttons may be connected there.

Identifying luminaires/sensors

When selecting the drive group “Luminaires” or “Sensors”, the identiﬁcation is started: The respective icon is shown in red; the registered luminaires and/ or the status lights of the sensors start to blink. Tapping the icon again ends the identiﬁcation.

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New search run / search for devices

If the search run upon commissioning did not ﬁnd all devices or if work is being performed on the

installation in parallel, the search run and/or a search for devices can be started again. With a tap on the refresh button, a choice between a new search run and a search for devices is available

• “Start new search run” once again search all

connected DALI participants and addresses all devices anew. This is necessary if a previous search run was incomplete or incorrect, for example if - despite correct installation - not all devices were found.

Caution: A renewed search run impedes the functionality of the system. Due to the readdressing of the devices, the assignment needs to be performed once again.

• “Search for new devices” ﬁnds devices that were

installed subsequently. This search run is signiﬁcantly faster and does not lead to a change of the existing conﬁguration.

Public / private Use Cases

Initially, the corresponding Use Case collection is selected by tapping on “Public Use Cases” or “Private Use Cases”. Additional information regarding this can be found in the chapter “Use Case administration”.

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Selecting a Use Case

A matching Use Case is selected by swiping. A rough schematic and the designation help in the correct selection, wherein the schematic does not have to ﬁt the room situation in all details.

Conﬁrming the selection

The selection is conﬁrmed by tapping on the Use Case and this conﬁguration step is completed.

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ROOM SETUP: ASSIGNMENT

Group assignment of luminaires

In this view, the luminaires and sensors are assigned.

The individual luminaires and sensors can be identiﬁed and assigned

A simpliﬁed schematic serves for orientation in the room and provides for a comfortable assignment of the devices this way. The number and positions of the luminaire groups and sensors origi nate from the Use Case. The schematic cannot be modiﬁed but can be utilised in a custom fashion. As such, not all luminaire groups and sensor locations have to be utilised, for example.

to the luminaire groups and/or sensor locations.

Predeﬁned luminaire groups are included in each

room. The available luminaires can be assigned via drag and drop. The number at the right edge indicates how many luminaires are in the group.

The room schematic shows all luminaire groups and sensor locations.

Sensor assignment

Overview of the luminaires

and/or sensors already assigned in comparison to those available.

Predeﬁned sensor The available sensors can be assigned via drag and drop. Subsequent to a long tap, additional functions can be reached.

Switching between the assignment of luminaires and sensors. The respective active

are is shown in red. Additionally, the number of push-button couplers (plus push-button on the control device) available is displayed for informational purposes. The push-button assignment is performed in a later step

Symbolic depiction of the available luminaires and/or sensors. As soon as a device is

selected, it is displayed in colour and can then be assigned.

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Selecting luminaires

Each dot in the lower area of this view represents a luminaire. The luminaire is selected by tapping a dot. The dot is shown bright and the luminaire blinks for identiﬁcation.

Multiple selection

Multiple luminaires can be selected one after another in order to assign them collectively in the next step.

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Assigning luminaires

The selected luminaires can now be pushed to a luminaire group at top. If multiple luminaires were selected, any one luminaire can be pushed in order to assign the whole selection. The dots that symbolise the luminaires are no longer shown after the assignment.

Navigation in case of more than 12 luminaires

If more luminaires are available, the luminaire selection is navigated by swiping through the pages.

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Checking the assignment

The number of luminaires already assigned can be read on the symbols of the luminaire groups. In addition, it is shown in the bottom area of the view how many luminaires overall are available and how many have not yet been assigned. A group is selected by tapping on it. All corresponding luminaires blink.

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Removing luminaires from a group

A long tap opens a window that shows all luminaires that have been assigned to this group. luminaires can be identiﬁed by tapping them and can be deleted by subsequently tapping the delete button.

The individual

Concluding the luminaire assignment

Little by little, additional luminaires can be assigned. In this, not all luminaires need to be assigned and not all luminaire groups need to be used.

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Assigning sensors

The assignment is performed analogously to the luminaire assignment. In this, the control lamp of the sensors serves for identiﬁcation.

Testing the sensor

Subsequent to a long tap on a positioned sensor, different functions can be called up. The function “Testing the sensor” shows detected movements. This way, the function of the sensor and its detection range can be tested. If a Dual HF sensor is utilised, the detection range can, furthermore, be adjusted here.

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Remove sensor from position

With this function, a sensor can be removed from the position. It is then available again in the bottom area of the screen for a renewed assignment.

Push-buttons

The push-buttons are set up only in the next steps. Shown are both the connected push-button couplers as well as the push-button on the control device.

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ROOM SETUP: ASSIGNING PUSH-

Assigning push-buttons

BUTTONS

In this view, the push-buttons are connected to a light scene or a luminaire group

If a light scene is assigned to a push-button, this light scene is activated later upon pushing the button.

If a luminaire is assigned to a push-button, the respective luminaire groups is dimmed or switched later upon pushing the button (touch/dim function).

Only one single light scene can be assigned to a push-button. But not all pushbuttons and light scenes need to be linked.

New push-button assignments can be created by tapping the plus symbol.

Choice between scenes and luminaire groups.

A push-button either activates a light scene or switches a luminaire group on or off, respectively.

Listing all push-button assignments

set up.

Labelling the push-button assignment.

Testing the scene

Subsequent to a long tap on a scene, it can be activated for a test.

Selecting the light scene or luminaire group, respectively.

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Listing all push-button assignments

In this view, all existing push-button assignments are listed. By swiping to the side, the assignment can be deleted.

Creating a new push-button assignment

A tap on the plus symbol starts the setup of a new push-button assignment. In the next view, the name for the assignment is being assigned.

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Selecting scenes / luminaire groups

Initially, it is selected whether the push-button is intended to call up a light scene or to switch and dim a luminaire group. Depending on the selection all light scenes or all luminaire groups are listed then, respectively.

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Assigning push-buttons

After the scene or luminaire group has been stored, a window signals that LiveLink is now waiting for the assignment of the push-button. Now, the respective push-button must be pushed and held (for up to 5 seconds) until the assignment is conﬁrmed in the window.

Additional push-button assignments and overwriting of assignments

The push-button assignment is concluded and is listed in the list. Now, additional push-button assignments can be added. But not all push-buttons and light scenes need to be linked. If a selected push-button has already been assigned, a note is being displayed. At this point, there is the option to overwrite the existing assignment of this push-button.

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CONCLUDING THE ROOM SETUP

Upon conclusion, a user password is speciﬁed, and after a summary has been checked, the room setup is concluded.

Specify user password

Subsequent to the completion of the push-button assignment, a password for user access is speciﬁed. The password serves for light control by the end user via the “LiveLink Control” app.

Caution: Memorise the password!

Specify user password

Check the summary and apply optional settings

In this view, the room setup can be checked based on a summary. If changes are necessary, it is possible to jump back to the preceding steps via the navigation in the title bar. If now changes are necessary, the room setup is concluded.

Applying option settings

The optional settings steps “Setting up scenes” and “Rename room” can be carried out at this point. These steps are described in the following chapters.

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ROOM SETUP: OPTION “RENAME ROOM”

In this view, the room designation can be changed.

new name that is adopted as WLAN designation and as room designation for utilisation in the apps.

Room name

After tapping this box, the keyboard is displayed to enter a new room name.

The room receives a

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Change room name

After tapping “Change room name”, a new room name can be entered.

Reconnecting the WLAN

By renaming the room name, the WLAN also adopts this room name automatically. Therefore, the WLAN connection must be re-established.

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ROOM SETUP: OPTION “ADMINISTRATE SCENES”

In this view, light scenes are administrated and set up.

Typical scenes are included in the Use Case delivery. Additional scenes can be created completely from scratch or duplicated from existing scenes. Of course, all conﬁguration options are available in either case.

A light scene consists of dimming settings of the individual luminaire groups as well as sensor options. Depending on the equipment, the sensors can be utilised for presence detection and/or constant light control. Different sensor settings are available for both modes of operation.

New scenes can be created and conﬁgured by tapping the plus symbol.

The dimming value of the individual groups is speciﬁed in percent.

A group is activated by tapping it and the value can be conﬁgured.

Creating the illumination settings of a scene

Setting the sensor system of a scene

Provides access to the sensor options.

Selecting predeﬁned scenes. Prede-

ﬁned scenes contain typical settings

for light situations. The default scene is

marked with this dot, for the behaviour

e.g. upon switching mains power on.

Control wheel for the setting of

the dimming values of the luminaire groups or of the control parameters of the sensors.

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Listing all scenes

In this view, all existing scenes are listed. With a long tap on a scene, a context menu is opened. Here, the scene can be deleted, edited, copied, or speciﬁed as the default scene.

Copy scene

With a tap on “Copy”, this scene is copied with all settings. In the next step, a new name is assigned. The subsequent steps guide through the setup of the scene; they are identical to the setup of new scenes which are described on the following pages.

Edit scene

Tapping on “Edit” starts the editing of the scene. The subsequent steps are identical to the new setup of scenes which are described on the following pages.

Set default scene

The default scene is activated automatically every time the system is switched on. By tapping “Set default”, this scene is speciﬁed as the default. A dot in front of the scene designation identiﬁes this characteristic.

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Creating a new scene

A tap on the plus symbol starts the setup of a new scene. On the next screen, the name is assigned.

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“LIVELINK INSTALL” APP / ROOM ADMINISTRATION / ROOM SETUP: OPTION “SETTING UP SCENES” Page 54 / 77

ROOM SETUP: OPTION “SETTING UP SCENES”

In this view, dimming values as well as sensor options can be adjusted now.

Selecting luminaire groups

A luminaire group is activated by tapping on it; an active luminaire group is shown in red. Multiple luminaire groups can be activated one after another in order to conﬁgure them at the same time.

Specifying the dimming value

The activated luminaire groups can be dimmed to the desired level with the control wheel.

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Conﬁguring a sensor

By tapping a sensor, the sensor functions are offered. Depending on the sensor utilised, a presence detection and/or a constant light control can be conﬁgured. Subsequent to the selection of a function, the luminaire groups linked with this function are provided with a red background. The assignment of the sensor controls to the luminaire groups takes place in the luminaire assignment (see chapter “Room setup: Assignment”).

Setting up the presence detection

Tapping on the sensor symbol (at the control wheel) activates and/or deactivates the sensor. The switch-off delay is set with the control wheel.

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Presence detection: IQ mode

If the switch-off delay is set to “0” with the control wheel, the IQ mode is activated.

The IQ mode analyses the utilisation of the room based on the detected movements. In IQ mode, the delay period is between 5 and 20 minutes long. If a lot of movements are registered, the delay period doubles, if hardly any movements are registered, the delay period is cut in half. In case of constant utilisation of the room, this does, for example, result in the illumination not being shut off directly when somebody leaves the room or if somebody is not moving for a while. But if the room is used only sporadically, the delay period is automatically reduced to 5 minutes.

Presence detection: Fully automatic

The illumination is switched on and off automatically, depending on brightness and presence detection.

Presence detection: Semi-automatic

The illumination is only switched off automatically in this case. The switching on is performed manually.

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“LIVELINK INSTALL” APP / ROOM ADMINISTRATION / ROOM SETUP: OPTION “SETTING UP SCENES” Page 57 / 77

Setting up constant light control

In case of constant light control, the sensor is continuously measuring the brightness in the room. The automatic control adjusted the brightness of the illumination in order to compensate for the changes of the exterior light. This way, it ensures a constant brightness at the highest efﬁciency. Subsequent to selecting constant light control, the desired brightness of the room is set via the control wheel and stored as reference value.

Constant light control: In the calibration of the light control, the following notes must be taken into consideration:

• The calibration of the illuminance should be per-

formed with as little daylight as possible.

• Sources of interference and the casting of shad-

ows on the area to be calibrated must be avoided. (See chapter “Sensor placement”)

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“LIVELINK INSTALL” APP / ROOM ADMINISTRATION / ROOM SETUP: OPTION “SETTING UP SCENES” Page 58 / 77

Constant light control: Setting the offset

For a uniform and efﬁcient illumination, it may be sensible to undertake a separate control of luminaires that are close to the window and that are far from the window. If only one sensor is available, an offset setting may be applied:

Once the constant light control has been activated, the luminaires that are linked to this function are marked in colour. By tapping the luminaire groups, these can be activated and/or deactivated and as such different target values can be set.

Caution: The target values are set for the condition maximum incident daylight. If daylight is available during the setup, the target values can be adjusted optimally while observing the light distribution. If no daylight is available, the target values must be estimated.

Caution: For separate control of luminaires close to the window and luminaires far from the window, an individualised control with multiple sensors that adjust the different luminaire groups separately is better suited.

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“LIVELINK INSTALL” APP / ROOM ADMINISTRATION / ROOM ADMINISTRATION Page 59 / 77

ROOM ADMINISTRATION

In the room administration, all items of the room setup can be called up and changed after the fact. The operation of this menu is identical to the initial setup

and will not be explained further here.

Select Use Case

Selecting a matching Use Case

Assignment

Assignment of luminaires and sensors

Administrate push-buttons

Assignment of push-buttons to luminaire groups and/or light scenes.

Administrate scenes

Administration of light scenes existing from the Use Case as well as setup of individualised light scenes.

Renaming a room

Changing the designation of the room. The WLAN name is adapted to the changed room designation.

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SETTINGS

The “Settings” view in the administrator menu displays important system information and covers the basic settings of the LiveLink control device.

DALI fade time

Setting of the transition time between the dimming levels.

Expanded sensor settings

Change password

of administrator account and user account

Update ﬁrmware

Updating the operating software of the LiveLink control device.

Information of the control device

Room designation and ﬁrmware version

Reset LiveLink

to delivery condition

Version info of the app

Page 61

“LIVELINK INSTALL” APP / ROOM ADMINISTRATION / SETTINGS: DALI FADE TIME Page 61 / 77

SETTINGS: DALI FADE TIME

The DALI fade time controls the transition time between the dimming levels. In case of a setting of “0 s”, the brightness is changed without dimming function. The longer the transition time, the softer the dimming process appears to be. To change the DALI fade time, the desired time is selected by swiping vertically and subsequently stored by tapping on “Accept DALI fade time”.

SETTINGS: RESET LIVELINK AND HARDWARE RESET

After tapping “Reset LiveLink” and subsequent conﬁrmation, the LiveLink control device is reset to delivery condition.

Caution: All settings will be deleted!

For a hardware reset, the DALI connections are

short-circuited (connecting both DALI lines) and at the same time the internal push-button on the control device is held down for 20 seconds. For this, a push-button should be connected to the designated interfaced (S) of the LiveLink system.

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“LIVELINK INSTALL” APP / ROOM ADMINISTRATION / SETTINGS: ADVANCED SENSOR SETTINGS Page 62 / 77

SETTINGS: ADVANCED SENSOR SETTINGS

Tapping on “Advanced sensor settings” provides access to detailed settings of the sensors. The functions that can be adjusted are dependent of the sensor used. Typical default values are already pre-set; in most cases, these do not need to be adjusted.

All sensors are listed. Here, the desired sensor can be selected.

In this view, the settings options for the sensor are listed.

Subsequent to tapping on a sensor function, the value can be changed and stored. The different sensor functions are described in the table below.

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“LIVELINK INSTALL” APP / ROOM ADMINISTRATION / SETTINGS: ADVANCED SENSOR SETTINGS Page 63 / 77

Parameter

SwitchMode SwitchBoth Fully automatic operation

shutOffDelay 5 minutes 0-60 minutes Shut-off delay in minutes switchOffTimeOut

Presence detection

TurnOnValue 100 % is set in the Use Case Is part of the control. If the control is switched on again via a

SwitchMode SwitchBoth SwitchBoth

ShutOFFDelay 300 0-3600 seconds Shut-off delay at the control after exceeding the turn-off

TurnOffThreshold 25 % 0-100 % NominalValue 500 lx 0-1024 lx Target value to which the system adjusts

Dogleg 235 0-254 Breakpoint at which the set offset is regulated to 0

Constant light control

SlowWindow 5 0-20 SlowWindowStep 1 0-20 Step width around the nominal value FastWindow 10 0-40 Other ranges in which control is exercised at reduced speed FastWindowStep 3 0-20 Step width in other ranges SpeedDown 2 0-20 Speed of adjusting down SpeedUp 0 0-20 Speed of adjusting up

Default setting

0-3600 seconds

Variables Explanation

Fully/semi-automatic operation

Semi-automatic operation

is set in the Use Case Inverse time of presence detection. Time that must pass with-

OnlySwitchON OnlySwitchOFF

Fully automatic: Switching on and off automatically Semi-automatic: Switching off automatically,

switching on manually via push-button

out movement after a manual intervention in order to return to automatic operation.

presence sensor in “light mode”, this start value is used. In case of a conﬁguration that loads the default scene upon being switched on, this value is pointless and is not being utilised

Switching behaviour in case of sufﬁcient daylight SwitchBoth: Switching on and off automatically in case

of a sufﬁcient share of daylight

OnlySwitchOn: No daylight-depending switching off,

the illumination remains at a minimum level

OnlySwitchOFF: Automatic daylight-dependent switching

off, but not switching back on upon dropping below the target value

threshold Turn-off threshold, at which the system turns the illumination off

(measured at the sensor)

Range around the nominal value in which no control is exercised

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“LIVELINK INSTALL” APP / ROOM ADMINISTRATION / SETTINGS: UPDATE FIRMWARE Page 64 / 77

SETTINGS: UPDATE FIRMWARE

Tapping on “Update ﬁrmware” starts the update process of the operating software of the LiveLink control device. The most current ﬁrmware is transferred from the app to the control device via WLAN and installed on it. For this, no Internet connection is necessary.

Caution: The ﬁrmware is stored in the “LiveLink Install” app. To ensure that the most current ﬁrmware is being utilised, the app should be updated in advance. (Typical update process via the Apple

App Store on iOS devices or the Google Play Store on Android devices; Internet connection required)

A window shows which version is currently installed and to which version an update can be performed.

Upon conﬁrmation, the ﬁrmware is uploaded to and subsequently installed on the control device (”LiveLink ﬂashing”).

A window indicates the completion of the update. The system restarts. The app then displays the room selection view again

Page 65

“LIVELINK INSTALL” APP / ROOM ADMINISTRATION / SETTINGS: CHANGE PASSWORDS Page 65 / 77

SETTINGS: CHANGE PASSWORDS

The administrator password and the user password can be changed at any time. The respective function is called and the old password must be entered ﬁrst. The new password must be entered twice.

Page 66

“LIVELINK INSTALL” APP / ROOM ADMINISTRATION / WLAN: CONNECT TO INFRASTRUCTURE Page 66 / 77

WLAN: CONNECT TO INFRASTRUCTURE

The LiveLink control device can be connected to an existing infrastructure WLAN. The LiveLink room then is available on the existing network for conﬁguration and operation.

Switching on/off

as well as setup of the connection

Change password

For an already existing connection

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“LIVELINK INSTALL” APP / ROOM ADMINISTRATION / WLAN: CONNECT TO INFRASTRUCTURE Page 67 / 77

Switching on conﬁguration of an infrastructure

Select network

All available WLANs are listed. The desired WLAN is selected

IP setting: dynamic (DHCP)

If the LiveLink control device is to be assigned an IP dynamically by the existing network (DHCHP), the “static” ﬁled remains deactivated.

IP setting: static

As an alternative, static IP settings can be applied.

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“LIVELINK INSTALL” APP / ROOM ADMINISTRATION / WLAN: CONNECT TO INFRASTRUCTURE Page 68 / 77

Enter WLAN password

Upon entering the password for the infrastructure WLAN, the connection is established.

Change WLAN password

For an existing infrastructure connection, the WLAN password can be changed.

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“LIVELINK INSTALL” APP / OPERATING THE LIGHT CONTROL Page 69 / 77

OPERATING THE LIGHT CONTROL

The light control of the already selected room can be called up directly in the administration menu of the “LiveLink Install” app. The operation is identical to the functionality of the “LiveLink Control” app; see corresponding chapter for the app.

Caution: The light control can be selected only if the room was completely set up.

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“LIVELINK CONTROL” APP / OVERVIEW Page 70 / 77

“LIVELINK CONTROL” APP

OVERVIEW

The completely set up system can be controlled via the LiveLink apps. The user is able to dim, switch on and switch off individual luminaire groups or the whole system. In addition, previously created scenes can be selected.

The light control is operated via the “LiveLink Control” app, but can also be carried out via the “LiveLink Install” app.

Dimming

of the selected luminaire group

Switching on/off

of the selected luminaire group

Select all luminaires

Selects all luminaires for light control.

Select individual luminaire groups

Allows for the selection of individual lu- minaire groups for separate light control. In case of numerous luminaire groups, you can navigate to the desired luminaire group by swiping.

Back to

room selection

Help

Selected luminaire group

Current status

Displays the current switching state and dimming value.

Light scenes

Listing all light scenes. Tapping on a scene activates the re- spective illumination setting. In case of numerous scenes, you can navigate through the list by swiping.

Page 71

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SELECT ROOM

When the app is started, the “Select room” view is already active. The app searches for LiveLink rooms on the network. The desired room can be located by swiping and can subsequently be selected.

Caution: The tablet and/or smart phone must be connected to the LiveLink control device via WLAN. Either directly to the WLAN of the control device or to an existing infrastructure WLAN (see chapter “WLAN”)

Page 72

“LIVELINK CONTROL” APP / MANUAL SETTING OF THE ROOM ILLUMINATION Page 72 / 77

MANUAL SETTING OF THE ROOM ILLUMINATION

Select a luminaire group

First, a luminaire group is selected for which the state of illumination is to be changed. In case of numerous luminaire groups, you can navigate by swiping. For each luminaire group the current state and dimming level are displayed. With the ﬁeld “All”, all luminaire groups are selected.

Switching a luminaire group on/off

The currently selected luminaire group and the dimming value are being displayed in the control wheel. By tapping the on/off button, the luminaire group is switched on (red symbol) or switched off (grey symbol).

Dimming a luminaire group

A dimming value for the active luminaire group is speciﬁed via the control wheel.

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“LIVELINK CONTROL” APP / ACTIVATION OF ILLUMINATION SCENARIOS Page 73 / 77

ACTIVATION OF ILLUMINATION SCENARIOS

Previously created illumination scenarios can be activated from the list in the lower area of the view. The scene is activated by tapping on the respective line. It is provided with a red background and marked with a check mark.

The current state of illumination is displayed; however, the operating ﬁelds of the manual light control are depicted grey. Once the illumination scenario has been activated, a manual intervention can be carried out immediately; for this, see chapter “Manual setting of the room illumination”.

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FAQ Page 74 / 77

FAQ

Where can I get the app?

How much does the app cost?

Does anybody have access to the app?

How do I receive updates for the app?

Why is not WiFi symbol displayed in the iOS app?

Where can I ﬁnd the operating instructions?

Can I operate the system via smart phone?

Can I program the system via smart phone?

Is a DALI addressing necessary for the group assignment?

Is a commissioning necessary?

Is the system functional in delivery condition?

What is needed for commissioning?

Which Use Cases are included with the system upon delivery?

The app is available via the respective AppStore of the system (Android or iOS).

The app is available free of charge.

Yes, the app can be downloaded by anybody.

The updates for the app can be retrieved via the respective AppStore.

A WiFi symbol is not displayed because the system can neither access a gateway nor a DNS server. As such, an Internet connection is possible for example via LTE.

A quick start guide is included in the scope of delivery. Detailed operating instructions (a system manual) are available in the app as well as on the TRILUX website. In addition, a detailed description of the respective screen can be retrieved in the app via the “?” symbol.

Yes, there will be a user app, just for operation. The commissioning takes place via the “Install” app, for which a tablet is needed.

No, the system cannot be programme with a smart phone. For the programming of the system, a tablet PC is needed. Operation via the user app is possible.

Yes, a DALI addressing of the participants is necessary for the group assignment. However, the system automatically performs an addressing via bus scan.

For the basic settings, no commissioning is necessary. (On/Off/Dimming) For advanced functions such as a grouping, daylight control, etc., a commissioning via the “Install” app must take place.

Yes, the system is functional in the basic settings in delivery condition. (On/Off/Dimming) The system can be adjusted to the application as needed via the “Install” app.

For commissioning, a tablet PC with the app installed is needed.

LiveLink is delivered with a number of standard Use Cases. Most applications are covered with these Use Cases.

Which manual settings options are there on the sensor?

Which settings options are there on the sensor via the software?

How large is the detection area of the sensor?

How many sensors can be connected to a system?

Which installation height must be adhered to?

How long is the shut-off delay?

Is a parallel operation of multiple sensors possible?

Does the sensor count as a DALI participant?

Can any sensor be connected?

Does the sensor need a mains power?

Where should the sensor be positioned (close to the window / far from the window)?

For which areas of application are the sensors planned for?

Which types of sensors are being utilised?

Can the sensitivity and/ or range of the sensor be adjusted?

The detection range of the Steinel Quattro HD can be adjusted via a small thumb wheel on the back of the sensor.

Via the software, the shut-off delay for the presence detection, the value of the constant light control, and the general detection area of the sensor can be set.

The detection area depends on the sensor type and height of installation (the latter only applies to the corridor sensor Dual HF). For information, see data sheet

In a system, any number of sensors can be connected. However, the maximum number of 64 DALI participants may not be exceeded in this.

The height of installation depends on the type of sensor. The LiveLink controller should not be installed at extreme heights since the WLAN has a limited range (approx. 20-25 metres).

The shut-off delay can be set with the help of the app. The maximum value is 60 minutes.

Yes, a parallel operation of multiple sensors is possible. This setting is applied in the Use Case.

Yes, the sensor does count as a DALI participant. Depending on the type of sensor, one sensor may occupy multiple DALI participants (the Steinel corridor sensor Dual HF, for example, occupies 7 DALI participants). For sensor details, see the respective data sheet

No, it is not possible to connect just any sensor. The sensors must be LiveLink-compatible.

No, the sensor receives power via the DALI line.

The sensor should be positioned where it receives an average intensity of daylight, for example in the middle of the room or near work spaces to which the light control will be calibrated.

The sensors are planned for presence detection and constant light control.

At present, PIR and HF sensors are being utilised.

The values for the corridor sensor Dual HF can be adjusted via the app.

Page 75

FAQ Page 75 / 77

Can the dimming level in case of switching off be adjusted?

Can the value of the daylight-dependent control be adjusted?

How is the sensor connected?

How many groups can be controlled?

Which operating modes are planned for?

What are DALI participants?

Do I need Internet access? For the commissioning and setup

Does a WLAN connection have to be established?

Is the WLAN protected? Yes, the WLAN is encrypted based

Can the WLAN signal be turned off?

How is the standby power consumption?

Can the system be installed in existing systems?

What is a scene? A scene is a certain setting of the

What is the behaviour upon PowerON?

Can an offset control be realised?

How many push-buttons can I connect to a pushbutton coupler?

No, the dimming level in case of switching off cannot be adjusted.

Yes, the value can be adjusted via the app in the sensor administration.

The sensor is connected via the DALI line and does not require a separate mains connection. For additional information, see sensor’s operating instructions

Up to 16 groups can be controlled. The number of groups can be speciﬁed with the software for the creation of the Use Cases.

The system can be operation manually, semi-automatically, or fully automatically.

DALI participants are all those components that can be addressed by the LiveLink controller. These can, for instance, be luminaires, sensors, or push-button couplers.

of the system, no Internet access is required. The system does independently create a WLAN to which you have to connect. Internet access is required only for downloading and/ or updating the app.

Yes, a WLAN connection to the system must be established. The system automatically creates a WLAN to which you then only have to connect in order to set up the system.

on the latest security standards. In addition, the WLAN is protected via a ﬁrewall on the LiveLink controller. The apps also feature a secure password prompt. All data is transmitted encrypted.

No, at present the WLAN signal cannot be turned off.

The standby power consumption of the controller is less than 2 watts.

LiveLink can be installed in an existing DALI illumination system but it must be ensured that no other control system is connected to the DALI bus.

luminaires and sensors in the room. You can created multiple scenes and switch between them with the help of the app or of push-buttons.

LiveLink always calls up the default scene ﬁrst. The default scene can be speciﬁed in the app

Yes, an offset control can be realised with LiveLink.

A maximum of 4 push-buttons can be connected per push-button coupler.

Do I have to connect a push-button coupler if I only need a single pushbutton?

What does DALI mean? DALI (Digital Addressable Lighting

How many DALI participants can be connected?

Can a commercial pushbutton be connected for manual operation?

How many push-buttons can be connected?

How must the cabling be performed?

Which line lengths may not be exceeded?

Which line cross sections must be adhered to?

Does the line have to be voltage-proof?

Is the system reverse polarity protected on the DALI side?

Is the DALI input voltage-proof?

Can ballasts with 1-10 V interface be connected?

Can ballasts with DSI interface be connected?

Is there a minimum distance between the sensor and the LiveLink controller that must be adhered to?

A single push-button can be connected directly to the LiveLink controller. For this, terminal “S” on the controller is planned for.

Interface) is an international standard for building automation. It is a protocol for the control of photometric operating devices such as switching mode power supplies (“electronic transformers”), electronic ballasts (ECGs) or electronic power dimmers.

Up to 64 DALI participants can be connected. With the help of a DALI repeater, more than 64 DALI participants may also be connected; these participants are, however, then addressed as a group.

Yes, a commercial push-button can be utilised for the manual operation of the system. The push-button merely has to be connected to the system via a push-button coupler.

The LiveLink controller is equipped with one interface through which one push-button can be connected. With the help of one or more push-button couplers, any number of push-buttons can be connected. However, the maximum number of 64 DALI participants may not be exceeded in this. Up to four push-buttons can be connected per push-button coupler.

The cabling is performed in linear, start or tree form. A closed ring is not possible!

Market-typical DALI line lengths must be adhered to. These amount to approx. 300 metres. The line length between the pushbutton coupler and the LiveLink controller may not exceed 25 metres.

0.5 - 1.5 mm²

Yes, the line must be voltage-proof. (also DALI)

Yes, the system is reverse polarity protected on the DALI side.

No, the DALI output is not voltage-proof

No, only DALI control gear can be connected.

No, only DALI devices can be connected.

Yes, a distance of at least 1 metre between the LiveLink controller and the sensor must be adhered to. If the distance is too short, interference may occur and thereby lead to false reports by the sensor.

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FAQ Page 76 / 77

Page 77

TRILUX GmbH & Co. KG

Heidestraße · D-59759 Arnsberg Postfach 19 60 · D-59753 Arnsberg Tel. +49 29 32.3 01-0 Fax +49 29 32.3 01-3 75 [email protected] · www.trilux.com

TRILUX LlGHTING LlMITED

TRILUX HOUSE, Winsford Way Boreham Interchange Chelmsford, Essex CM2 5PD Tel. +44 12 45.46 34 63 Fax +44 12 45.46 26 46 [email protected] · www.trilux.com

10142279 / XI 15 (DE)