Philips dynalite DALI DDBC120-DALI User Manual

DDBC120-DALI

To reduce the risk of re or electric shock, do not expose this device to rain or moisture. Installation, programming and maintenance must be
carried out by qualied personnel. All local wiring and electrical regulations must be followed when installing device.

Overview

• Single-phase supply – 100 - 240 VAC 50 / 60 Hz at 0.25 A

• 1 x DALI Output – Suitable for DALI HF ballasts, electronic

low-voltage transformers and LED xtures. Philips Dynalite multi
master enabled for use with DPMI940-DALI and DUS360CR­DALI only.

• 1 x Feed-through Switched Circuit – Rated at 20 A

• Built-in DALI Bus Power Supply of 220 mA @ 16 VDC –

Auto restart on overload or short circuit on DALI output. No
external DALI power supply allowed.

• Override and Status Indicator for Switched Channel

• Many Control Options – Control of this device can be via

a combination of methods, such as serial control port, relay
contacts, push button control panels, infrared receivers,
timeclocks and Philips Dynalite user interfaces on the DALI
network.

• Dry Contact Interface – Can be programmed to perform many

different functions. The factory settings will cause this input to
transmit network identication information.

• Simple Installation – DIN rail mount facilitates installation. All

connection terminals accessible without disassembly.

DALI Multi Master Controller

Warning – Read the instructions - We recommend that you read
this instruction manual prior to commencement of installation.

Standards - The temperature limits and carrying capacity of
communication wires must comply with HD 384.5.523 and the
installation of home and building automation and control systems
must comply with HD 60364-4-41.

Special Programming – This device is designed for professional
installation only, and will only operate in basic modes unless
programmed via a computer. If programming is required, contact
your local agent for details. Once the data cable is connected to
the devices, the factory default settings will allow any control panel
to control all channels in all dimmers.

Check Connections – Re-tighten all connections after installation.

Power Sources – This device should only be operated from the

type of supply specied on the front cover. This device must be
earthed.

Output Circuit – The load on the switched circuits should not
exceed the specied capacity of 20 A, these circuits should be fed
via a 20A circuit breaker.

Load Control Circuit – A 2 core DALI bus cable is required to be
run to the loads. This cable is in addition to the mains feed.

Load Type – This product is intended to control DALI drivers and
devices.

Location – Install in a dry, well-ventilated location. Controllers may
emit some mechanical noise. Take this into account when deciding
the mounting location.

Data Cable – Use screened, stranded RS485 data cable with three
twisted pairs. Segregate from mains cable by 300mm minimum.
Connect devices in a ‘daisy chain’. A data cable connected to an
energized device is live. Do not cut or terminate live data cables.

Electrical Diagram

Supply:

100-240V 0.25A

50/60Hz

Single Phase

E

µP

N

L

IN

OUT

LOOP

RELAY

DA-

DA+

IN

OUT

DALI

+VE

D +

D -

GND

Shield

AUX

RJ12

DyNet
RS485

WARNING: Do not connect any DALI terminals or wires to mains power. DALI wires are NOT

SELV and should never be considered touch safe. Basic insulation or higher is required between
DALI wires and mains cabling.

Do not connect external DALI power supply to the same DALI bus.

DDBC120-DALI Installation Instructions Rev 05 Specications subject to change without notice

Dynalite manufactured by WMGD Pty Ltd (ABN 33 097 246 921) Unit 6, 691 Gardeners Road Mascot NSW 2020 Australia Tel: [phone]

E-Mail: [e-mail] Web: www.lighting.philips.com/dynalite

Input voltage 100 - 240 VAC 50/60 Hz single phase at 0.25 A; IEC Overvoltage Category III IEC (Max 4kV surge)

Control Output 1 x DALI Control Output, supporting one full DALI universe of 64 channels, including back channel and Multi

Master communication to Philips Dynalite user interfaces.

Mains Output 1 x 20 A, 250 VAC feed-through switched circuit for DALI ballast mains supply

Control Inputs: 1 x DMX512 / RS-485 DyNet serial port

1 x Programmable dry contact AUX input

Supply Terminals: 1 x Phase, 1 x Neutral, 1 x Earth, 1 x 4mm2 max conductor size

Output Terminals: 1 x Ballast power circuit – Line in, Line out, Loop, Loop - 1 x 4mm2 max conductor size

1 x DALI Ballast circuit - DA-, DA+ - 1 x 4mm2 max conductor size

Control Inputs: 1 x RS485 DyNet serial port consisting of:

1 x RJ12 socket & 1 x 6-way terminal block including 1 x AUX dry contact input

DALI BUS DC Supply: 16 VDC, 220 mA nom, 250 mA max; Auto restart on overload or short circuit on DALI output.

No external DALI power supply allowed.

DALI Insulation System: Basic

DyNet DC Supply: 120 mA (capacity for approximately 6 user interfaces)

Preset Scenes: 64

Compliance: CE, RCM, IEC62386

Operating Environment: -25° to 50°C ambient temperature @ 0% to 90% RH non-condensing; IEC Pollution Degree II

Construction: Polycarbonate DIN rail mount

Dimensions: H 96 mm x W 105 mm x D 75 mm

Weight: 0.45 kg

Installation Steps

Recommended Cable Type

Dynalite DYNET-STP-CABLE or equivalent shielded
three twisted-pair cable. See datasheet for more
information.

Recommended Cable Color Coding

Green/White Pair Paralleled for GND
Orange/White Pair Paralleled for +12VDC
Blue/White Pair Blue for DATA+ White for DATA-
Brown/White Pair Spare, use for SHIELD on unshielded cables

SHLD

GND

D+

D-

+12V

Aux

Shield

Green/Green white

Blue

Blue white

Orange/Orange white

Brown/Brown white

+VE

+VE

D –

D +

GND

GND

RS485 DyNet network

Product Specications

Isolate Mains supply, DALI and DyNet bus prior to wiring

1. Mount the device on a DIN rail inside an approved enclosure.

2. Connect single phase supply and earth to the supply terminals.

3. Calculate total loading of the lighting to ensure the switched output is not overloaded. The maximum loading of this device shall not
exceed 20 A. Ensure load inrush current does not exceed 500 A for longer than 200 µs. Supply must be protected by a maximum 20
A circuit breaker.

4. Connect load cable to the “OUT” relay terminal and connect 20A active supply to the “IN” relay terminal. The IN and OUT LOOP
connections can be used to pass through, if required, and are shorted internally.

5. Connect the DALI bus cables to “DA+” and “DA-“: Use a mains rated 2-core cable to connect the DALI bus to the DALI ports on all
DALI devices. The DALI bus cable should not be longer than 300 Metres, and should have a minimum cross section area based on
cable length as follows:

- Up to 100 Metres: 0.5mm2

- 100 to 150 Metres: 0.75mm2

- 150 to 300 Metres: 1.5mm2
The DALI bus is not SELV and must be treated as a mains cable. DALI is not polarity conscious. A maximum of 64 DALI devices plus
10 Philips Dynalite user interface devices (DPMI940-DALI & DUS360CR-DALI) can be connected together in a DALI network.

6. Connect DyNet data cables to the device as per diagrams below. Ensure there is segregation between data cables and mains
powered cables.

7. If the Auxiliary input is to be used, connect a dry contact switch between the AUX and GND terminals. Keep this cable under 20
metres. Function of the Auxiliary input will need to be programmed at the time of commissioning.

8. Recheck all terminated cables and once safe power the unit on. Correct termination of the DALI ballasts can be veried by pushing
the service switch 4 times. This will invoke a test sequence, where all the correctly terminated ballasts will cycle between 100% for 3
seconds, 40% for 3 seconds and 0% for 3 seconds. This test sequence will continue for 5 minutes after which all ballasts will return to
their rst powered state. Press the Service button on the controller to terminate the test sequence.