Webinar: KNX DALI Gateway Premium DG/Sx.64.5.1 - ABB

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© Copyright ABB. All rights reserved. Rev.:Document ID.:

HEIDELBERG, JULY 2021

KNX DALI Gateway Premium DG/Sx.64.5.1 - New Application V2.0Webinar – Competence Center Europe – Smart BuildingsJuergen Schilder, Thorsten Reibel, Marc-Andre Hahn, Michael Rall, Stefan Grosse & Olaf Stutzenberger

2021 … …

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Introduction

New Functions

DT8 Color control RGB(W) and HSV(W)

Commissioning of the Color function RGB(W)

Sequencer

Load shedding

Operating duration

…

Enhancements in the ABB i-bus® Tool

Update Firmware and ETS Application V2.0

July 13, 2021 Slide 2

Agenda

—KNX DALI Gateway Premium DG/Sx.64.5.1 - New Application V2.0Introduction

—ABB i-bus® KNX DALI Gateway Premium DG/Sx.64.5.1 – New Application V2.0


ABB i-bus® KNX – Product Range Overview

DALI Gateway DG/S



DALI-2

What is DALI?

– DALI stands for Digital Addressable Lighting Interface and is a protocol set out in the technical standard IEC 62 386

– DALI was developed as an international industry standard for intelligent and easy management of lighting equipment

Changes from DALI to DALI-2?

– Extension for control devices

– New commands / features

• Extended fade-time

• DALI Multi-Master

– Higher quality standards, increased testing procedures and thus higher compatibility

– Backwards compatibility

To achieve DALI-2 certification, a product must be tested by a given test equipment and show compliance with each specification (Part) that is implemented→ DALI-2 guarantees improved compatibility of DALI components



DALI-2 – Certified ABB Products

ABB DALI Gateways DG/S x.64.x.1 have successfully completed the DALI-2 certification process and are certified

www.dali-alliance.org

→ Products → Product Database

Brand Name

Product Name DALI PartsInitial

registrationDALI 2

Certified

ABBDG/S 1.64.5.1

DALI Gateway, Premium1-fold

101, 103 Feb 20, 2020 Yes

ABBDG/S 2.64.5.1

DALI Gateway, Premium2-fold

101, 103 Feb 20, 2020 Yes

ABBDG/S 1.64.1.1

DALI Gateway, Basic1-fold

101, 103 Sep 4, 2019 Yes

ABBDG/S 2.64.1.1

DALI Gateway, Basic2-fold

101, 103 Sep 4, 2019 Yes

http://www.dali-alliance.org/



DALI-2

Main important DALI Device Types

– DT0 (part 201): Fluorescent lamps

– DT1 (part 202): Self-contained emergency lighting

– DT6 (part 207): LED-Module

– DT8 (part 209): Colour control/Colour temperature control

• Colour temperature TC (tunable white)

• Colour control RGBWAF → RGB(W) and HSV(W)

• XY-Coordinate

• Primary N

IEC 62386 - the international standard for DALI technologySource: Digital Illumination Interface Alliance

www.dali-alliance.org

http://www.dali-alliance.org/



Overview of all ABB i-bus® KNX DALI Gateways and Light Controller

GatewayDG/S 8.1

GatewayDG/S 1.1

GatewayDG/S 1.16.1

GatewayDGN/S 1.16.1

Light ControllerDLR/S 8.16.1M

Light ControllerDLR/A 4.8.1.1

Market launch 2005 2006 2009 2011 2010 2013

Controlled Broadcast Single Group Group Group Group

DALI outputs 8 (A…H) 2 (A, B) 1 1 1 1

DALI ballast128 (max. 16 per

output)128 (max. 64 per

output)64 64 (ballasts and EMC) 64 64

DALI addressing not necessaryA: 64 individualB: 64 individual

64 individual 64 individual 64 individual 64 individual

Lighting groups established via

cable installationA: KNX

B: BroadcastDALI DALI DALI DALI

Lighting groups 8 (installation) A: Limited via KNX 16 DALI 16 DALI 16 DALI 16 DALI

Constant light contr. - - - - 8 groups 4 groups

Available YesNo – successor DG/S x.64.x.1

No – successor DG/S x.64.x.1

No – successor DG/S x.64.x.1

Yes Yes

Status beforeMay 2021




GatewayDG/S 1.64.1.1 Basic


GatewayDG/S 1.64.5.1

Premium


Premium

Market launch 2017 2017 2020 2020

Controlled Single/Group control Single/Group control Single/Group control Single/Group control

DALI outputs 1 2 1 2

DALI ballast 64 (ballasts and EMC)2 x 64 (ballasts and

EMC)64 (ballasts and EMC)

2 x 64 (ballasts and EMC)

DALI addressing 64 individualA: 64 individualB: 64 individual

64 individualA: 64 individualB: 64 individual

Lighting groups 16 DALI 2 x 16 DALI 16 DALI 2 x 16 DALI

Emerg. light conv. Yes Yes Yes Yes

Color temp. TC - - Yes Yes

Available Yes Yes Yes Yes

Status beforeMay 2021



KNX DALI Gateway Premium DG/S x.64.5.1

Recent Product Highlights DG/Sx.64.5.1 Premium (ETS Application V1.x)

Hardware

– DG/S 1.64.5.1 (one channel, 64 ballasts)

– DG/S 2.64.5.1 (two independent channels, 2 x 64 ballasts)

The following ballast can be operated on the gateway

– Normal DALI ballasts (device type 0 and 6)

– DALI single battery emergency lighting converter (device type 1)

– Color-controlled DALI ballast (device type 8, TC)

– Functions• Flexible combination of DALI groups or single control • ABB i-bus® Tool support• Templates• Tunable white (Dim2Warm and Human Centric Lighting)• Standby switch-off • …

– Slides & videos of Webinars, Learning Sessions → T&Q Database

DG/S 1.64.5.1

DG/S 2.64.5.1

https://new.abb.com/low-voltage/products/building-automation/service-and-tools/training-and-qualification/training-qualification-database



Color temperature TC


“Tunable White” – Maximum flexibility and well-being living

– True independent fading of color temperature and brightness level

• Set color temperature

• Color temperature object

– Percentage value object

– Relative dimming

– 2 presets for color temperature

– Support of DALI device type 8

• Color temperature TC



Human Centric Lighting (HCL) & Dim2Warm


“Changing color temperature according to daylight & “Light bulb effect”

– HCL..

• is a concept of biologically effective lighting

• supports long-term health and well-being

• has an impact on human's mood and productivity

– With Dim2Warm the color temperature changes proportionally to brightness

• The brighter the light the cooler the color temperature

• The darker the light, the warmer the color temperature20% 100%

dimming

2000K 6000KColor

temperature

warm cold



Standby shutdown & additional functions


Reduce energy cost

– Switching off the ballast supply by a KNX switching actuator

• Only possible, when all ballasts of a channel turned off

• Configurable delay time

• Optionally controllable via KNX object

– Single, group control and emergency lighting

– Template pages in ETS

– Long-frames support (same download time for more data)

DALI

Emergency converter

Supply voltage

standby switch-off

Switch “OFF”

All lights “OFF”

DALI GatewayDG/S x.64.5.1

Ballast

SwitchActuator

SA/S



ABB i-bus® Tool – Binary search


Identify the right ballast faster

– Function to locate an unknown ballast faster

– The number of possible ballasts is halved from step to step

– Within only 6 steps the right ballast is selected

—KNX DALI Gateway Premium DG/Sx.64.5.1 - New Application V2.0New Functions







Premium


Premium


Premium


Premium

Market launch

Controlled Single/Group control Single/Group control Single/Group control Single/Group control Single/Group control Single/Group control

DALI outputs 1 2 1 2 1 2

DALI ballast 64 (ballasts and EMC)2 x 64 (ballasts and

EMC)64 (ballasts and EMC)

2 x 64 (ballasts and EMC)

64 (ballasts and EMC)2 x 64 (ballasts and

EMC)

DALI addressing 64 individualA: 64 individualB: 64 individual



Lighting groups 16 DALI 2 x 16 DALI 16 DALI 2 x 16 DALI 16 DALI 2 x 16 DALI

Emerg. light conv. Yes Yes Yes Yes Yes Yes

Color temp. TC - - Yes Yes Yes Yes

Extended functions, e.g. RGB(W),

sequencer, … - - - - Yes Yes

Status fromJune 2021

Software updatewith ETS

application V2.0 → Existing

hardware with new functions



Software update with ETS application V2.0

New Product Highlights DG/Sx.64.5.1 Premium (ETS Application V2.0)

The same device now with new functions

– DT8 color control: RGB, RGB(W), HSV and HSV(W)

• Operation via ballast, group and scene commands

• Color can be controlled via 1-byte single-color, 3- or 6-byte combined color group objects

– 4 independent sequences per DALI output

– Load shedding

– Operating duration per ballast/group

– Name of ballast/group will be adopted to the name of group object and parameter page

– HCL and Dim2Warm status available via KNX

– Enhancements in the ABB i-bus® Tool

→When updating the parameterization and group addresses can be taken over!!!

→New devices are delivered with application program V2.0

GatewayDG/S x.64.5.1

Premium with ETS

application V1.x

GatewayDG/S x.64.5.1

Premium with ETS

application V2.0

ETS Application

V2.0



DT8 Color control


Color types

– The DALI Gateway Premium supports color control switching devices (ballast) of Device Type 8 to EN 62386-209

– These ballasts have multichannel color control (RGB) capability, which allows you to mix a lamp color or a color temperature via DALI

• TC Tunable White – ETS application program V1.0

• RGB(W) – ETS application program V2.0 NEW!

• HSV(W) – ETS application program V2.0 NEW!Based on RGBW → RGBW ballast is required

Device Type 8RGBW

one DALI address

Device Type 8TC

one DALI address

Source: Lunatone



DT8 Color control – What is TC Tunable White ?


– The CIE color space is a color system created by the International Commission on Illumination to link human color perception with the physiological principles of color stimulus

– It encompasses the whole perceivable color spectrum

– The color temperature is a section of this spectrum limited to the various shades of white

– Color temperatures are usually expressed in kelvin

– This allows a specific white tone to be assigned a value

– There is a distinction between warm and cool color temperature ranges, as follows:

• Warm light (up to 3,300 Kelvin) is homely and comfortableThis color of this light is rather like a sunset

• Neutral light (3,300–5,300 Kelvin) is stimulating and inviting, making it suitable primarily for working

• Cool light (5,300 Kelvin or more) is similar to daylight and promotes concentration

3,000 Kelvin (warm white) 6,500 Kelvin (cold white)



DT8 Color control – What is RGB(W)?


– Colors are made of the primary colors RED, GREEN and BLUE

– The RGB color space is based on exactly this model

– So a color is always defined in terms of the primary colors, expressed as the ratio between the color channels

• Mixing of three primary colors

• e.g. 100% red, 100% green and 0% blue produces yellow

– If these three colors are added together, the result is theoretically white

– Nowadays there is also the option to add a white component by mixing in an additional channel → RGB(W)

– This white component helps produce a lighter light, which brightens the color and only a LED is used (energy saving)

– There are still special variants, RGBWAF lights: A = Amber, F = other color

W LED

RGB LED

Source: Internet



DT8 Color control – What is HSV?


– The HSV color space defines color perception in terms of 3 coordinates:

• Hue: This value determines the color shade and is shown on a 0°... 360° wheel.0° correspond approximately to the color red, 120° to the color green and 240° to the color blue

• Saturation: This value sets the saturation of the color shade.At 100% saturation, the color is fully saturated - this is the pure color. If white is added to the color, the result becomes more pastel - the color is less saturated.

• Value: This value sets the brightness of the color shade.If the brightness is high, the color appears bright and if the brightness is low, the color appears dark. If the brightness is 0% this corresponds to black and at 100% to full brightness

0°

360°

120°

240°



DT8 Color control – What is HSV?


– In color matching, the HSV color space is preferred over the RGB color space because it mimics human color perception

– When mixing colors you can simply select the required shade and then decide how saturated and how light (or dark) you want it to be, or whether a different shade would be more suitable

– The RGB and HSV color spaces can be transformed into each other by means of calculations

0°

120°

240°

Current color level: RGBW in hex: B1 5B EB 00RED: 177 / 276°Green: 91 / 61%BLUE: 235 / 92%

360°




DT8 Color control – RGB(W) and HSV(W)

Selection of Color – either RGB(W) or HSV(W)





Maximum flexibility in lighting design

– Color control for each group and ballast

– Dim color value and set value

– Color control is also possible using scenes and sequencer

– Color control is performed using

• RGB(W)

• HSV(W) – Based on RGBW → RGBW ballast is required

– The following options are available for color control:

• Single group objects for each color channel (4x 1 byte)

• Combined group object RGB/HSV (3 byte)

• Combined group object RGBW/HSVW (6 byte)





DALI

Device Type 8RGBW

→ one DALI address

DALI Gateway Premium

DG/S x.64.5.1

V+RGBW

Source: Internet

Power adapter

ABB RoomTouch® KNX

Busch-SmartTouch® KNX App“Busch-ControlTouch®”

3-byte RGB value

(DPT 232.600)

3 x 1-byte value (DPT 5.001)




DT8 Color control – RGB(W)/HSV(W) and ABB RoomTouch® KNX

Brightness status

Changebrightness or color level by

swiping

On/off by tapping the

icon

Name of control element

Name of page

Status color




DT8 Color control – RGB(W)/HSV(W) and ABB RoomTouch® KNX

Changebrightness or color level by

swiping

On/off by tapping the

icon




DT8 Color control – RGB(W)/HSV and Busch-SmartTouch® KNX





– Set ETS parameter: DALI Output x

→ Group X or ballast X

→ RGB(W) color control …

– The settings can be made

• In the template

• Per ballast/group





Color control type

– This parameter sets the color control type per group/ballast

– None

• No color control is used. Color functionality is deactivated. Only the brightness of the DALI devices can be controlled

– Color temperature TC

• Color temperature TC color control is used.The “Group/Ballast x Color temperature TC” window is enabled. All additional functions – HCL and Dim2Warm – can be used.

– RGB(W) color control

• Color control RGB(W) is used.The “Group/Ballast x RGB(W) color control” window is enabled.





Control via KNX (color format)

– This parameter specifies the color format of the control via KNX

• RGB - only color, no brightness (color and brightness together)

• RGB - color and brightness(separate color and brightness objects)

• HSV - hue, saturation and value






– RGB - only color, no brightness

• Direct control of color channels

• The brightness is from the sum of the color components and cannot be separately changed

• The following group objects are enabled:RGB(W) relative dimming redRGB(W) relative dimming greenRGB(W) relative dimming blueRGB(W) relative dimming white *Set RGB(W) value redSet RGB(W) value greenSet RGB(W) value blueSet RGB(W) value white *

*Depends on parameter “Outputs on ballast”






– RGB - color and brightness

• Separate control of color and brightness

• The following group objects are enabled:Relative dimmingBrightness valueRGB(W) relative dimming redRGB(W) relative dimming greenRGB(W) relative dimming blueRGB(W) relative dimming white *Set RGB(W) value redSet RGB(W) value greenSet RGB(W) value blueSet RGB(W) value white *

*Depends on parameter “Outputs on ballast”






– HSV - hue, saturation and value

• Separate control of hue (H), saturation (S) and value (V)

• When dimming (step ±100%) the hue (H), the colors are continuously dimmed from 0°...360°. When they reach 360° the dimming process automatically restarts at 0° and continues

• The following group objects are enabled:HSV(W) relative dimming hue (H)HSV(W) relative dimming saturation (S)HSV(W) relative dimming brightness (V)HSV(W) relative dimming white (W) *Set HSV(W) value hue (H)Set HSV(W) value saturation (S)Set HSV(W) brightness value (V)Set HSV(W) value white (W) *

• *Depends on parameter “Outputs on ballast”





Outputs on ballast (color channels)

– This parameter defines how many color channels are used for color control on the ballast

– 3 (RGB)

• 3 color channels are used to control the ballast

• The color format – RGB (red, green, blue) or HSV (hue, saturation, value) – determines which group object is used

– 4 (RGB(W))

• 4 color channels are used to control the ballast

• The white value can be customized

• Depending on the color format (RGB or HSV), the following group objects are enabled:- RGB(W) relative dimming white/HSV(W) relative dim. white- Set RGB(W) value white/Set HSV(W) value white





Switch on: Color value after switching on

– This parameter sets the color value after switching on

– Value on last switch-off:

• The group/ballast switches on at the color value the group/ballast was switched off at by the Switch group object

– Refreshed KNX value:

• The color value that was set before switching off is updated and set when switching on. Any incoming commands on KNX while the group/ballast is switched off are updated in the background.

– Fixed value:

• The group/ballast switches on at a fixed color value.Further parameters are enabled.





Set color value: Transition time

– This parameter defines how long it takes to reach the set color value

– 0 … 65,535 s





Set color value: Permit switch-on via setting

– This parameter defines whether the group/ballast is switched by setting a color value

– No

• The group/ballast is not switched on by setting a color value

– Yes

• The group/ballast is switched on by setting a color value





Set color value: Use combined group object

– This parameter enables an additional group object for RGB(W) color control

– No

• No combined group object is enabled

– Yes, 3 bytes DPT_color_RGB_232.600

• 3 byte combined group object of type DPT 232.600 is enabled

• RGB value 3x (0 … 255)

– Yes, 6 bytes DPT_color_RGB(W) 251.600

• 6 byte combined group object of type DPT 251.600 is enabled

• RGBW value 4x (0 … 100%)





Color value dimming: Transition time (for entire color range)

– This parameter defines how long it takes to cycle through the entire color range

– 0.7 … 5.7 … 64 s





Color value dimming: Allow switching on via dimming

– This parameter defines the switch-on behavior of the ballast or group in relative dimming on a color channel via the corresponding group objects

– No

• Switching on using a dim telegram is not allowed

• The ballast or group must be switched on in order to be dimmed

– Yes

• Switching on using a dim telegram is allowed





Color value status: Use status

– These parameters enable the color control status group objects

– No

• The status group objects will not be enabled

– Yes, single objects

• The status group objects are enabled *

– Yes, 3 bytes combined

• The combined status group object is enabled *

– Yes, 6 bytes combined

• The combined status group object is enabled *

* Depending on the option selected in the “Control via KNX (color format)” parameter



Sequencer


– A sequence is a series of brightness values or color gradients→ Lighting effects made easy

– A sequencer is used to call up other

• Colors

• Color temperatures

• Brightness values

one after the other



Sequencer


– 4 sequences per DALI output

– Each sequence consists of up to 11 individual steps (10+1)

– Each step can apply to a

• Ballast

• Group

• Scene

• Output

– Defined stop behavior with end step



Sequencer


– A sequence can be started and stopped with the “Sequence x start-stop/Status” group object

– The sequence itself has no higher priority than other commands received on the bus

– The reaction is therefore as follows:

• If a group/ballast in the sequence receives a switch command while a sequence is running, the switch command is executed but the running sequence is not interrupted

• At the next step in the sequence, the switched group/ballast rejoins the sequence

• If a group/ballast receives a block or forced operation command while a sequence is running, the command takes priority. The sequence itself continues to run. When blocked or forced device is released, it rejoins the sequence at the next sequence step.



Sequencer


– The parameter window “Sequences” is visible if sequences are enabled in the DALI Output configuration parameter window

– Use sequence x

– No

• Sequence x is not enabled for the output

– Yes

• Sequence x is enabled for the output

• The Sequence x parameter and the “Sequence x start-stop/Status” group object are enabled



Sequencer


– The group object “Sequence x start-stop/Status” is used to start or stop sequence x and to read the status of sequence x

– Telegram value

• 0 = Stop sequence x /sequence x is stopped

• 1 = Start sequence x / sequence x is started



Sequencer


Setting of

– Number of steps

• 2 … 10

– Number of cycles 0 … 1 … 255 (0 = endless)

– Reaction on stop via KNX

• End step: The started step runs until the end and the sequence is stopped. If there is an end step configured, the started step is canceled and the end step is executed.

• Complete the cycle: The started cycle runs until the end and the sequence is stopped. If there is an end step configured, the started cycle has ended and the end step is executed.

– Perform end step

• This parameter defines whether an end step is executed before ending the sequence → defined stop



Sequencer


Parameter table “Step configuration”

– DALI

• Assign a scene, an output, a group or a ballast to the step

– No.

• Number of the scene, group or ballast for the step (1…16/64)

– Brightness

• Brightness of the output, group or ballast for the step No change, 0 … 100% (255)

– Color type

• Color type of the output, group or ballast:None, TC, RGB and RGB(W)

– Color value

• Set the color value of the output, group or ballastColor temperature TC: 1,000 … 3,000 … 2,0000 KColor types: #000000 … #FFFFFF



Sequencer


Parameter table “Step configuration”

– White value RGBW

• White value of the output, group or ballast0 … 255

– Dimming time

• Time from the current brightness and color setting to the setpoint values

• 0 … 2 … 65,535 s

– Step duration [s]

• Duration of the step in seconds

• 0 … 4 … 65,535

– The dimming duration and step time start simultaneously



Sequencer


Example: HCL – “Human Centric Lighting”

– Human Centric Lighting (HCL) simulates the daylight in a building

– HCL only controls the color temperature and has no influence on the brightness (dimming, value)

– A Sequencer is used to simulate a course of the day over 10 hours



Sequencer


Example: RGBW Color Control and color gradients

– A Sequencer is used to call a different colors every minute

– The Sequencer runs endlessly

– When stopping, the end step has been executed and the lighting is switched off



Load shedding function


Optimization of operating costs by avoiding load peaks

– With the “Load shedding” function, a load control master (e.g. KNX Energy Analyzer QA/S, Energy Actuator SE/S) can manage an electrical installation energy efficiently

– If a defined load limit is exceeded, the load control master sends commands in the form of load shedding stages on KNX and the slaves (e.g. Switch Actuator) react according to the parameterization

– New: Integration of the DALI Gateway into a load control system

– The load shedding levels can be defined in the DALI Gateway for each group or each ballast

– The group/ballast receive the load shedding stages and react according to the parameterization → Limitation by setting the maximum brightness value

Energy Analyzer QA/S 1.16.1 KNX





– Training Presentation “EQmatic Energy Analyzer QA/S M-Bus, Modbus and KNX”→ Link

– Webinar “ABB EQmatic QA/S Energy Analyzer KNX”

• Video recording → Link→ Link YouTube

• Presentation slides → Link

http://search.abb.com/library/Download.aspx?DocumentID=9AKK107046A7077&LanguageCode=en&DocumentPartId=PDF&Action=Launch

http://search.abb.com/library/Download.aspx?DocumentID=9AKK107680A2426&LanguageCode=en&DocumentPartId=MP4&Action=Launch

https://youtu.be/ZgWK_3HOHIU

http://search.abb.com/library/Download.aspx?DocumentID=9AKK107680A2426&LanguageCode=en&DocumentPartId=PDF&Action=Launch





Target: Prevention of electrical load peaks due to limited power andinstallation availability or significant costs

– The master Energy Analyzer KNX QA/S sums up all received power values and manages depending on adjusted load limit the connected loads (turn on/off, dim) with priority

– Loads not able to send any direct energy consumption values can also be integrated into load shedding via an energy meter (Meter interface ZS/S or KNX Energy Module EM/S)

– Loads on each output can listen to load shedding stages from the QA/S to be turned off/on or dimmed depending on load threshold

– Beside the 1-byte object load shedding stage (DPT 236.001) the QA/S can send also for each of the 8 stages individual 1-bit telegrams

– This allows to integrate easily also further loads controlled via other actuators which have no 1-byte object load shedding stage DG/S

∑ [P] ≥ X

kW

SA/Sx.x.6.2

ZS/S

kW

other

SE/S

kW

kW

QA/S

kW

EM/S

ZS/S A B

kW

Max.OK

Power

other

kW











∑ [P] ≥ X

kW

SA/Sx.x.6.2

ZS/S

kW

other

SE/S

kW

kW

QA/S

kW

EM/S

ZS/S A B

kW

Max.OK

Power

other

kW

Shedding

Stage 1

1











∑ [P] ≥ X

kW

SA/Sx.x.6.2

ZS/S

kW

other

SE/S

kW

kW

QA/S

kW

EM/S

ZS/S A B

kW

Max.OK

Power

other

kW

1Shedding

Stage 11











∑ [P] ≥ X

kW

SA/Sx.x.6.2

ZS/S

kW

other

SE/S

kW

kW

QA/S

kW

EM/S

ZS/S A B

kW

Max.OK

Power

other

kW

2Shedding

Stage 21











∑ [P] ≥ X

kW

SA/Sx.x.6.2

ZS/S

kW

other

SE/S

kW

kW

QA/S

kW

EM/S

ZS/S A B

kW

Max.OK

Power

other

kW

21

Shedding

Stage 22

2

2

2





– This parameter enables the “Load shedding” function and the “Receive load shedding stage” group object

– The maximum brightness of the groups/ballasts can be temporarily limited via the “Receive load shedding stage” group object

– The group object applies to the entire output

– No

• The Load shedding function is not enabled

– Yes

• The Load shedding function and the “Receive load shedding stage” group object (DPT 236.001 ) are enabled





Load shedding parameter table

– This parameter table is used to set the dependent parameters of the Load shedding function

– The maximum brightness of the groups/ballasts can be temporarily limited via the “Receive load shedding” stage group object

– The DALI Gateway supports up to 4 limits

– These limits define up to 4 reactions to the load shedding stage

• From load shedding stage: 1 … 15

• Maximum brightness: 0.4% (1) … 80% (204) … 100% (255)when a load shedding stage is active

– They are prioritized by the load shedding stage (1 – lowest prio.)

– The participation of a group/ballast must be enabled on the page “Group/ballast functions”





– During active load shedding the maximum brightness of the load shedding stage overwrites the maximum dimming value of the ballast (see maximum dimming value parameter)

– When a load shedding stage is active the maximum brightness is set as quickly as possible → Transition times do not affect this

– This also applies when the load shedding stage is canceled

– After a download or a bus voltage recovery, no load shedding stage is available at first

• The ballast retains its parametrized maximum dimming value

• Once a load shedding stage is received, the maximum brightness of the load shedding stage replaces the maximum dimming value

– An active load shedding stage has an immediate impact on other running functions (e.g. staircase lighting)



Operating duration function


– The operating duration determines how long a group or ballast remains switched on

– It enables you to identify and plan timely maintenance for a lamp change

– A group or ballast is considered switched on when its current brightness value is higher than 0% and there are no ballast or lamp faults

– The operating time of a group is the operating time of the ballast with the most operating time within this group

– The operating duration counter in the DALI Gateway has an internal logging rate of 5 minutes



Operating duration function


– Depending on the DPT format selected, the operating duration is sent on the bus in seconds or hours

– The hourly format gives full hours only:

• 25 minutes are shown as 0 hours

• 1 hour 55 minutes are shown as 1 hour

– The seconds format converts the internal value into seconds

• As the internal logging rate is 5 minutes, it produces intervals of 300 seconds



Operating duration function – per group/ballast


This parameter determines whether the “Operating duration” function is used

– No

• The operating duration function for the ballast/group is not used

– Yes

• The operating duration function for the ballast/group is used





This parameter defines the data type of the “Read/write operating duration DPT xx.yyy” group object of the ballast or group

– Using this group object, the DALI Gateway transmits the operating duration of a group/ballast on KNX and the operating duration can be set for a group/ballast via KNX

– Options

• DPT 7.007 time2 bytes [h]

• DPT 13.100 time lag4 bytes [s]

• DPT 12.102 counter time 4 bytes [h]





This parameter defines whether the “Operating duration alarm” function is used

– An alarm is triggered (“1”) when the operating duration reaches its alarm threshold

– If the value is below the threshold, the value “0” is sent

– No

• The operating duration alarm function is not enabled

– Yes

• The operating duration alarm function and the “Operating duration alarm” group object for the ballast/group are enabled

• A threshold between 10 … 10,000 … 65,535 h can be defined

• The object value can be sent after change, on request or after change/on request



Operating duration function – addressed


This parameter enables the group objects “Read operating duration addr.” and “Set operating duration addr.” at output X

– No:

• The group objects are not enabled

– Yes

• The addressed group objects are enabled and can read and set the operating duration of the groups and ballasts





Group objects “Read operating duration addr.”

– Using this group object, the DALI Gateway transmits the operating duration of any group or ballast on KNX

– This group object consists of three bytes

• The High and Middle bytes contain the operating duration in hours of the corresponding ballast or group

• The Low byte contains the device or group number and the information as to whether it is a status request or a sent status

Bit 0…5 = Contains a binary number (0…15 or 0...63).This number is the number of the DALI device that the High and Middle bytes information relates to, plus 1

Bit 6 = Indicates the group/device referenceThe value 1 indicates that the value relates to a group, the value 0 relates to an individual device.

Bit 7 = 1, status requestIf a telegram with a set bit 7 is received, it is interpreted as an operating duration request and corresponding feedback is sent. When the answer is sent, the value of bit 7 is set to 0.

Bit 8…23 = The numeric value (DPT 7.007) corresponds to the operating duration in hours of the DALI device set in the Low byte





Group objects “Set operating duration addr.”

– Using this group object, the operating duration can be set for any group or ballast via KNX

– For example, after changing the lamp to 0 hours Bit 0…5 = Contains a binary number (0…15 or 0...63)This number is the number of the DALI device that the High and Middle bytes information relates to, plus 1

Bit 6 = Indicates the group/device referenceThe value 1 indicates that the value relates to a group, the value 0 relates to an individual device

Bit 7 = 1, status requestIf a telegram with a set bit 7 is received, it is interpreted as a save command to set the received operating duration as a new operating duration.

Bit 8…23 = The numeric value (DPT 7.007) corresponds to the operating duration in hours of the DALI device set in the Low byte.



Name of ballast/group


– The name of a ballast/group will be adopted to the name of group object and parameter page



Status HCL and Dim2Warm


– HCL and Dim2Warm status available via KNX

—KNX DALI Gateway Premium DG/Sx.64.5.1 - New Application V2.0Enhancements in the ABB i-bus® Tool



DALI

– Optimized selection function

• Only selected ballast is changed:Switching, blinking, dimming (switching with fade time) and non-selected ballasts remain unchanged, e.g. another floor is not affected

• Emergency lighting converter can be recognized by - Function test during selection- Broadcast converter identification




DALI

– Optimized selection function

• Only selected ballast is changed:Switching, blinking, dimming (switching with fade time) and non-selected ballasts remain unchanged, e.g. another floor is not affected

• Emergency lighting converter can be recognized by - Function test during selection- Broadcast converter identification

– Monitoring of individual ballast - not all at once

→ Step-by-step commissioning

→ Ballast is fixed in the DALI address field at the same time and address can not be changed




Overview

– Name of groups and individual controlled ballasts

– Device types




Detail

– RGB(W) and HSV(W) color picker analog to the ETS

– Status of

• Current color RGBW in hex

• Color enabled in ETS and device supports color (True/True)

• Color type (CT_RGBW)

– Device supported color types (TC, XY, RGB(W))

– Color control

– Operating time status




Emergency Lighting Converter

– Display of the battery capacity

– Support of switchable maintained converter

– Start/stop

• Function test

• Duration test

• Partial duration test


—KNX DALI Gateway Premium DG/Sx.64.5.1 - New Application V2.0Update Firmware and ETS Application V2.0



Firmware Update


– We recommend ensuring that devices are always installed and operating using the latest firmware and software versions

– Firmware V0.0.16

• DG/S1.64.1.1 Basic

• DG/S2.64.1.1 Basic

• DG/S1.64.5.1 Premium

• DG/S2.64.5.1 Premium

– The update process requires the “ABB Firmware-Update 2.0” ETS app

– This app is free of charge and can be downloaded at KNX Online Shop https://my.knx.org/en/shop/ets-apps

– Download and install the app

https://my.knx.org/en/shop/ets-apps



Firmware Update


– Start “ABB Firmware-Update 2.0” app via the menu bar „Apps”

– The app scans for devices shows automatically all possible devices that are used in the currently open project

– If there is an update, the device is displayed with an “Update to “x.x.x” possible



Firmware Update


– Start “ABB Firmware-Update 2.0” app via the menu bar „Apps”

– The app scans for devices shows automatically all possible devices that are used in the currently open project

– If there is an update, the device is displayed with an “Update to “x.x.x” possible

– Select the corresponding device(s) and press the button “Update firmware”

– The firmware update will start

– During the update process there is a high amount of telegramsSuggestion: The KNX interface should be physically in the same KNX line as the updated device. We do not recommend to update across lines (e.g. via Line Coupler)

– The update process is finished and the firmware has been updated



Update ETS Application V2.0


The application program can be updated directly in the ETS or with the “ABB Update Copy Convert” ETS app

→ New devices are delivered with application program V2.0

– Direct update in the ETS

• Add the DALI Gateway DG/S1.64.x.1 Premium V2.0 from the catalog to the project

• The application program V2.0 is loaded into the device as normal → Download application

• The existing application V1.x is overwritten including the parameterization and group addresses→ Recommended for a new device

• The change of the application version to a device can last several minutes

• The download can be shortened when using interfaces that support “long frame telegrams” (e.g. USB/S 1.2 or IPR/S 3.1.1)





The application program can be updated directly in the ETS or with the “ABB Update Copy Convert” ETS app

– Update with the “ABB Update Copy Convert” ETS app

• This app is free of charge and can be downloaded at KNX Online Shop https://my.knx.org/en/shop/ets-apps

• The existing application V1.x is overwritten, but the parameterization and group addresses are retained→ Recommended for a device that is installed, in operation

and new functions are needed!

• When the application V1.x is updated to V2.0, the DALI group assignments and device monitoring are lost

• With the i-bus® Tool, the group assignments can be read out from the devices and restored in the DALI Gateway

https://my.knx.org/en/shop/ets-apps






• Insert a new DALI Gateway with the new application program V2.0 as a reference product into the project

• Based on this new product the app is able to reference all DALI Gateways within the project

• Start the „ABB Update Copy Convert” app via the menu bar „Apps”

• Select the DALI Gateway V1.x that should be updated

• The selected DALI Gateway will be displayed in the app view

• …






• …

• Press the button “Update” to change the application program

• By setting the checkbox „Update all devices with this application version” all existing devices within the project will be displayed

• The lower part of the window is showing the available versions of the application

• The process starts with the „Start Update” button and can last several minutes and depends on the number of devices, project size and the computer performance

• …






• …

• The update process is finished

• The application program has been updated in the ETS → The parameterization and group addresses are retained !!!

• Download the application program V2.0 into the DALI Gateway as normal → Download application

• During the download there is a high amount of telegrams and the download can last several minutesSuggestion: The KNX interface should be physically in the same KNX line as the updated device. We do not recommend to update across lines (e.g. via Line Coupler)

• The download can be shortened when using interfaces that support “long frame telegrams” (e.g. USB/S 1.2 or IPR/S 3.1.1)






• When the application V1.x is updated to V2.0, the DALI group assignments and device monitoring are lost

• The group assignment is saved in the DALI Gateway and in the ballasts

• With the i-bus® Tool, the group assignments can be read out from the devices and restored in the DALI Gateway

• With i-bus® Tool a “conflict in DALI groups” is displayed and the ballasts with a missing group assignment are marked in color






• Press “use DALI device values”

• Restart the DALI Gateway (KNX bus reset or ETS reset)

→ DALI group assignments are available again in the DALI Gateway

• Press “Trigger DALI devices monitoring”

→ All devices are monitored

—KNX DALI Gateway Premium DG/Sx.64.5.1 - New Application V2.0



Documentation

– Product Manual

– Installation and Operating Instructions

– Technical Data (.PDF)

• Dutch (NL)

• Russian (RU)

• Polish (PL)

• Italian (IT)

• French (FR)

• Spanish (ES)

• German (DE)

• English (EN)



Catalog

– Smarter Solutions for Home and Building AutomationABB i-bus KNX – Product Range Overview 2021

• → LINK

– Catalogue – 2021Electrical installation solutions for buildings

• Chapter 14 “ABB i-bus® KNX

• → LINK

https://search.abb.com/library/Download.aspx?DocumentID=9AKK107492A3188&LanguageCode=en&DocumentPartId=PDF&Action=Launch

https://search.abb.com/library/Download.aspx?DocumentID=9AKK107991A8329&LanguageCode=en&DocumentPartId=9AKK107991A8329_A&Action=Launch



Microsite with the first main information and links to further related pages →Link

https://new.abb.com/low-voltage/products/building-automation/news-and-highlights/abb-i-bus-knx-dali-gateways-premium



Homepage

www.abb.com/KNX

→ Products and Downloads→ Lighting Control

→ DALI Gateways and Light Controllers

– ETS5 Application

– Product Manual

– Technical Data

– Operating Instruction

– ABB i-bus® Tool

– Installation and Operating Instructions

– Specification Text

– …

http://www.abb.com/KNX


July 13, 2021 Slide 100

Training Material

Training & Qualification Database

– The database contains extensive training content

• Webinar, Learning Sessions, … slides and videos

• Presentations

• Video tutorials

• and more …

• https://go.abb/ba-training

• ww.abb.com/knx (→ Services & Tools → Training and Qualification → Training Database)

YouTube

– Channel “ABB Home and Building Automation”

• https://www.youtube.com/user/ABBibusKNX

Webinar

https://go.abb/ba-training

http://www.abb.com/knx

https://www.youtube.com/user/ABBibusKNX

—

The information in this document is subject to change without notice and should not be construed as a commitment by ABB. ABB assumes no responsibility for any errors that JUNE appear in this document.

In no event shall ABB be liable for direct, indirect, special, incidental or consequential damages of any nature or kind arising from the use of this document, nor shall ABB be liable for incidental or consequential damages arising from use of any software or hardware described in this document.

© Copyright [2021] ABB. All rights reserved.

Disclaimer

July 13, 2021 Slide 101

Webinar: KNX DALI Gateway Premium DG/Sx.64.5.1 - ABB

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