Philips Antumbra User manual

Antumbra
Installation Guide
Revision 02

13 October, 2017
Antumbra 2 Product Overview

13 October, 2017
Antumbra 3 Product Overview
Contents
Antumbra 1
1Product Overview 5
1.1 Application Module 6
1.2 Communication Module 6
1.3 AntumbraButton 7
1.3.1 Product Architecture 7
1.3.2 Hardware Dimensions (EU) 8
1.3.3 Hardware Dimensions (NA) 8
1.3.4 Base Unit 9
1.4 AntumbraDisplay 10
1.4.1 Product Architecture 10
1.4.2 Hardware Dimensions (EU) 11
1.4.3 Hardware Dimensions (NA) 11
1.4.4 Base Unit 12
1.5 AntumbraTouch 13
1.5.1 Product Architecture 13
1.5.2 Hardware Dimensions (EU) 14
1.5.3 Hardware Dimensions (NA) 14
1.5.4 AntumbraTouch Base Unit 15
2Installation 16
2.1 Network termination 16
2.2 Installation Procedure 17
2.2.1 Base Unit Installation 17
2.2.2 Antumbra shielding 20
2.2.3 Button Installation (AntumbraButton) 21
2.2.4 Button Installation (AntumbraDisplay) 22
2.2.5 Fascia Installation (AntumbraTouch) 23
3Ordering Antumbra Panels 24
3.1 AntumbraButton 24
3.1.1 Spare Parts 25
3.2 AntumbraDisplay 26
3.2.1 Spare Parts 27
3.3 AntumbraTouch 28
3.3.1 Spare Parts 29

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Antumbra 4 Product Overview
About this Guide
Guide Overview
This guide is designed to assist in the ordering and installation of the Antumbra Panel user
interface.
A working knowledge of Dynalite commissioning processes is required to effectively use this
document. For more information on commissioning processes, consult the Antumbra
Commissioning Guide.
Disclaimer
These instructions have been prepared by Philips Dynalite and provide information on Philips
Dynalite products for use by registered owners. Some information may become superseded
through changes to the law and as a result of evolving technology and industry practices.
Any reference to non-Philips Dynalite products or web links does not constitute an
endorsement of those products or services
Copyright
© 2017 Dynalite manufactured by WMGD Pty Ltd (ABN 33 097 246 921). All rights
reserved. Not to be reproduced without permission. Dynalite, Dimtek, DLight, DyNet and
associated logos are the registered trademarks of WMGD Pty Ltd.

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Antumbra 5 Product Overview
1Product Overview
The Philips Dynalite Antumbra Panel series is a unique and stylish range of user interfaces,
combining contemporary design with superior functionality to enable intuitive control of
lighting, HVAC and other connected devices and systems.
The Antumbra Panel series is one of the most
flexible user interface solutions available in the
market. Advanced flexibility is achieved by dividing
the panel into two components; the Application
Module, which contains the panel’s buttons and
sensors, and the DyNet Communication Module,
which handles all onboard logic and network
communication. Each of these components is
described in detail later on the next page.
The Antumbra Panel series has been designed to suit
both residential and commercial applications. The
series consists of the following panel variants in both European (square) and US/Australian
(rectangular) styles:
Each button on the Antumbra panel can be configured using the EnvisionProject
commissioning software to perform a vast range of functions.
In addition to its six buttons, the Antumbra panel contains three sensors:
Proximity sensor
The Proximity sensor utilizes capacitive field effect technology to detect motion. When a
user approaches the panel, it initiates a wall-wash lighting effect to encourage interaction.
Ambient light sensor
An internal light sensor measures ambient light to adjust lightwash effect accordingly.
Temperature sensor
The temperature sensor is used to monitor the temperature of the room where the panel is
mounted.

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Antumbra 6 Product Overview
1.1 Application Module
The Application Module consists of the buttons, rim, base unit and mounting plate. The
buttons/touch panel and rims of each Antumbra unit come in different colours and finishes.
The rim has built-in ventilation to increase the responsiveness of the temperature sensor.
The Base unit contains all the sensor devices and the LEDs. It includes the proximity,
daylight and temperature sensors. The LEDs are used to provide backlight to the configured
buttons on the panel, and to produce the light wash effect around the panel.
1.2 Communication Module
The DyNet communication module is common across the Antumbra series. It contains all
the logical and network functions required by the panel.
The communication module contains all the panel’s settings and manages the communication
to the DyNet network.
The communication module can be pre-programmed using EnvisionProject without the
application module present, and is capable of running complex tasks based on timeclock
signals, DyNet messages such as presets or commands, and the position of the six DIP
switches shown in the picture above.
For example, in a hotel installation with a set of identical configurations for multiple rooms,
the same software settings can be programmed on each communication module, and the
installer need only select the panel’s area number using the correct DIP switch settings
before installing.
The service switch can be used to test the network. A long press resets the Comms Module
and a short press sends a sign-on message on to the DyNet network.
For more information regarding communication module termination and operation can be
found in the Installation – Network Termination section.

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Antumbra 7 Product Overview
1.3 AntumbraButton
The AntumbraButton panel has an RS485 DyNet serial port and is classified as a Class 2
Safety Extra-Low Voltage (SELV) device.
The AntumbraButton panel is available in white, silver, magnesium and brushed aluminium
button finishes. To complement these button finishes, rim finishes are available in white,
magnesium, chrome and brushed aluminium, providing a wide range of décor matching
possibilities.
Custom labelling of icons and engraved text is available for each panel.
1.3.1 Product Architecture

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Antumbra 8 Product Overview
1.3.2 Hardware Dimensions (EU)
1.3.3 Hardware Dimensions (NA)

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Antumbra 9 Product Overview
1.3.4 Base Unit
The AntumbraButton Panel application module consists of six configurable buttons, indicator
and backlight LEDs, a temperature sensor, an ambient light sensor and a proximity sensor.
Each button has an enable/disable catch that can be used to enable/disable the tactile feel of
the buttons on the panel.
Refer to the ‘up’ arrows on the application module to indicate the side that has to be at the
top when the panel is mounted in either portrait or landscape orientation.
When attaching the rim, ensure that the holes on the rim are positioned over the
temperature sensor.
Note: To remove the buttons from the panel, lift the button edge on the left and right side
of the panel before lifting the button at the center.

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Antumbra 10 Product Overview
1.4 AntumbraDisplay
The AntumbraDisplay Panel has a RS485 DyNet serial port and is classified as a Class 2
Safety Extra-Low Voltage (SELV) device.
This panel is available in white, silver, magnesium and brushed aluminium button finishes.
Complementary rim finishes are available in white, magnesium, chrome and brushed
aluminium, providing a wide range of décor matching possibilities.
1.4.1 Product Architecture

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Antumbra 11 Product Overview
1.4.2 Hardware Dimensions (EU)
1.4.3 Hardware Dimensions (NA)

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Antumbra 12 Product Overview
1.4.4 Base Unit
The AntumbraDisplay Panel application module consists of six buttons, LED indicators, a
temperature sensor, an ambient light sensor and a proximity sensor.
Refer to the ‘up’ arrows on the application module to indicate the side that has to be at the
top when the panel is mounted in either portrait or landscape orientation.
When attaching the rim, ensure that the holes on the rim are positioned over the
temperature sensor.
Note: To remove the buttons from the panel, lift the button from the left and/or
right edge of the panel before lifting the button at the center.

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Antumbra 13 Product Overview
1.5 AntumbraTouch
1.5.1 Product Architecture
The touch surface and rim of the AntumbraTouch panel are supplied pre-attached. The
touch surface is available in black or white.
The rim is available in black, white, chrome or brushed aluminium finishes, and has
ventilation holes on one corner to expose the temperature sensor to the air. For this
reason it is important to ensure that the touch surface is mounted in the correct
orientation.
The base unit contains the panel’s sensor devices, buzzer and LEDs. It includes the proximity
sensor, the daylight sensor and the temperature sensor. The LEDs are used to provide
backlight to the buttons, and to create the lightwash effect around the panel.

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Antumbra 14 Product Overview
1.5.2 Hardware Dimensions (EU)
1.5.3 Hardware Dimensions (NA)

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Antumbra 15 Installation
1.5.4 AntumbraTouch Base Unit
The AntumbraTouch Application Module has six configurable touch points, LED indicators, a
temperature sensor, a daylight sensor and a proximity sensor.
The panel can be mounted in both portrait and landscape orientations. Ensure the holes on
the rim are positioned over the temperature sensor to allow airflow. The arrows indicate
the side that has to be at the top when the panel is mounted.

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Antumbra 16 Installation
2Installation
2.1 Network termination
NOTE: Never connect network devices to a live network. Power down all load controllers
and network power supplies before connecting devices or adjusting the DyNet network.
Unplug the five way screw socket on the back of the Communication module. Terminate the
network cable following the diagram below. All devices must be terminated correctly as
shown.
DyNet Network
DyNet RS485
3 Twisted Pair
& Overall
Screen

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Antumbra 17 Installation
2.2 Installation Procedure
The following installation procedure applies to all Antumbra panel variants.
Antumbra panels are powered from the DyNet network, which is classified as SELV/Class II
(for NA) Overvoltage category III in accordance with IEC60664-1(0.8 kV surge).
Ensure that installation of the Antumbra Panel is in compliance with HD 60364 - 4I where
applicable.
Caution: Use approved DyNet power supplies only with incorporated overload protection.
Disconnect DyNet before attaching the communication module to the application module.
2.2.1 Base Unit Installation
The communication module and application module lock in together when the locating pin
on the Application module lines up with the locating socket on the communication module
(circled below).

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Antumbra 18 Installation
To separate the communication module and application module,
use a small screw driver to gently unlock the two clips on either
side of the communication module.
The mounting plate fits any standard size European wall box or a wall cut out of 51mm x
51mm. If using wall mounting then the smaller base mounting screw locations should also
have a small indent behind them, made into the wall so there is no interference from the
screws while mounting the panel. The Mounting box must have a depth of 33mm to contain
all the panel components and network cabling. Remember that there will be a need for two
network cables in the wall box.
1. The mounting plate needs to be installed with the locating tabs into the wall.
2. The network cables and connector plug pulls though the mounting bracket.
3. The plate’s orientation can be either way. Using the long mounting screws provided, fix
the mounting bracket to the wall. Installers must use the screws provided as different
screws could damage the panel once fully installed.
1 2 3
4. Ensure that the mounting plate is level and adjust if required.

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Antumbra 19 Installation
5. Once the mounting plate is secured, plug the phoenix connector into the
communication module. If the communication module is not already attached to the
application module, attach it now.
6. Push the panel assembly into the mounting bracket. Locate and fix the application unit to
the mounting bracket using the two smaller screws through the mounting holes.
Recheck the level of the panel and adjust if required

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Antumbra 20 Installation
2.2.2 Antumbra shielding
False triggering of the proximity sensor may occur if the shield terminal is not connected to
the wall box or metal mounting plate. False triggering of the Proximity Sensor can be
prevented by ensuring the following points are considered during installation:
•Surrounding cables are at a minimum distance of 25-30 cm away from the panel.
•The first 30 cm of the cable connected to the panel is fixed. The cable should not
move.
•The preferable cable exit after connection to the terminal block is towards the
bottom of the panel as it does not have the proximity sensing pad
•Avoid installing the panel closer than 30 cm from any metal object and other control
panels of the same or different type as it may affect the proximity sensing range and
cause false triggering.
Note: Do not install panels near windows, sources of heat and air-condition ventilation
outlets, also do not expose them to direct sunlight as all these factors may affect
temperature sensing performance.