lighting control [uyumluluk modu] -...

ITU Energy Institute

Intelligent Buildings2010-2011 Spring

LIGHTING CONTROLS

Industry Shops Offices

Lighting ratio in total electrical energy consumption: ~ 20%

~30%~20%~40%

Share of Electrical Energy Consumption by Sectors(Total Consumption in 2008: 161 948 GWh)

Households24%

Commercial B.15%

Govern. Offices5%

Industry46%

General Lighting3% Other

8%

Electrical Energy Consumption in Office Buildings

Computers34%

Lighting20%

Heating17%

Ventilation6%

Other23%

Lighting58%Heating

14%

Ventilation5%

Other23%

Example 1 Example 2

CONTROL SYSTEMS

~30% savings by time switches and occupancy sensors

~35% savings by daylight control automation systems

Structure of Control SystemsCentral Control

Local Control

LCM Sensor

Light Source

Control Strategies

n Schedulingn Tuningn Lumen Maintenancen Peak Demand Limitingn Daylight Control

Control Methodsn On-off or dimmingn Central or local controln Manual or automatic

control

Daylight Control

Luminaire

Sensor

Required E (lux)Artificial Lighting

Natural Lighting

0% 50% 100%

Usage of Lighting Control Module

n Increase in speed

n Decrease in the

number of equipments

Room Based Occupancy Sensor

Software

Trios

For local lighting controls

What is Trios?

n Multifunctional lighting control systemn It is able to switch and regulate lightingn Automatic and manual control

n Energy saving by:n Daylight regulation and

switchingn Movement detection

Application room

Grouping luminaries

Grouping luminaries

Channel 4

Channel 1Channel 2

Channel 3

Ch.

4C

h. 3

Ch.

2C

h. 1

• Every group will be controlled by a separate controller

• these groups are called channels

• All in one group

Main features of Trios

n Up to 4 lighting scenes (presets)n Up to 5 channelsn Up to 7 (A-G) address groupsn Switching capacity per module 1150 VA any

load, without external contactorMovement controlDaylight ControlIR remote control can programming option

System overviewswitch and dimming+ light controller

LRC1030/1035

System overview

LRI 8133

Multi sensor

LRM 8112

Movement detector

IRR 8124

Infrared receiver

• LRM 8115/8116

• LRL 8101/8102

IRR 8125 Invisible infrared receiver

System overview

LCU 8020Pushbutton interface

LRD 8000Dimmer (conv.)

LRD 8010Dimmer (electr.)

IRT 8050wall transmitter

IRT 8030hand-held transmitter

IRT 8010 + LRH8010transmitter

L N N L

-+

IR I R

L R C

B

C

1150 VA

Mains

Max. 125 m

Max. 30 m

A

IR

Max. 125 m

Max. 125 mR

C-5

Max. length 30 m

1

Addressingchannels

Addressingchannels

Ch.

1

Ch.

2

Ch.

3

Ch.

4

Addressinggroups

Addressinggroups

address 1 address 7

address 2

address 5

address 6

address 3 address 4

Channels + Presets

Channel 4

Channel 1Channel 2

Channel 3

Ch.

4C

h. 3

Ch.

2C

h. 1

IRR

Potentiometers

n Principlen An electronic circuit generates voltage between 1 and 10 Vdc,

that depends on the mechanical position of a rotary knobn The circuit is powered by the controlled devicen The potentiometer has a built-in switch for switching mainsn There are two types:

LPS 100/00 rotary potentiometer for recessed mountingLPS 100/01 rotary potentiometer for surface mounting

Light regulators(Dimmers)

• LRD 8000 light regulator of the phase cut-in type, for:. GLS + high volt halogen. low volt halogen with conventional transformer

• LRD 8010 light regulator of the phase cut-off type for:. GLS + high volt halogen. low volt halogen with electronic transformers

• characteristics: . maximum load 1000 VA/230V. control voltage 1 - 10 Vdc. control current 0.5 mA (sourcing). control curve light output linear to control

voltage (GLS)

Dimming/RegulatingPrinciple• Variation of the

light output, using . regulating HF ballasts. light regulators

• Control voltage: 1 to 10 Volt dc signal

• Control current: . generated by ballast (current sourcing). absorbed by controller (current sinking)

• Control capability the total current sourced, must be lowerthan the maximum current sinking.

Sensors: movement detector LRM 8112

4 m

4 m

4 m

3m

3 m3 m

3 m

4 m

LEDTRIOSLRM 8112

2,5

-3.0

m

230V

t = 5 min.

t = 10 min.

t = 15 min.

t = 35 min.

t = 0 min. t = 30 min.

t = 40 min.

t = 45 min.

LED

4 3 2 1

+30 +10+5 min.

ON

OFF

Sensors: light sensor LRL 8101/8102

TRIOSLRL 8101 230V

mV/lux

LED

TRIOS

130

20

IRR 8124

2.5

- 3. 0

m

230V

IR

Sensors: infrared receiver IRR 8124

360

Sensors: multi-sensor LRI 8133

IR

LED

8 7 6 5 4 3 2 1

IR+30 +10 +5 min.

t = 5 min.

t = 10 min.

t = 15 min.

t = 35 min.

t = 0 min. t = 30 min.

t = 40 min.

t = 45 min.

ON

OFF

TRIOSHELIO

230 V

Pushbutton interface

I1 5

42 3

RC5

Power supply +12V 5mA

RC5 Code set

Made in EU9137 003 07803

AB

CD

12

34

5LCU 8020/00Pushbutton interface

RC

5

132 4

4 RC5 message LED

4 HVAC, Window Blinds etc.5 Central Control

2 Helio / Trios3 Scenio

System selector for RC5 codes:3

1 Electrical connections to multiple push-buttons

2 Modular socket for connection to light controler

1. Get ready for integration, with a basicinfrastructure and supply distribution

n Flexible installationn Central control

n Manual, clock, daylight,…

8-output LCM, either only switchingor switching and dimming

2-output LCM

Luminaire

2. Take control with sensors,transmitters and pushbuttons

n Local controln Daylight-dependent regulationn Movement detectionn Remote controln Pushbuttons

n Easy reconfiguration

LON multi-sensor orconventional (multi-)sensor

Infra Red receiver

3. Complete integration with HVACsystems and sun blinds

n Complete integration!n HVAC, sun blinds, security, lighting,…

Heating & ventilationcontroller

Sunblind controller

n Input types / local control

n Override switchesn Push buttonn Double push button ( 2 way & off retractive )n Switch

n Movement detector ( PD )n Light sensor – indoor

n Internal dimmingn Solar sensor – outdoor

n External lightingn Infra-red overriden Multi-sensor (PD detector + light sensor + IR)

Light Master 100System features

System features

In addition

• Password security (4 levels)

• Logging of luminaire hours run

• individual output report

• Emergency lighting test

• individual luminaire report

• Remote control ( hand held controller )

• Interfacing with other systems • interfacing inputs and outputs ( volt free contacts)

for example•Essential lighting

•with generator working, non essential lights are shut down to make sure that the generator is not overloaded

• fire detection system• with fire detection escape route lighting is switched on

• security•a zone will be lit when there is a break in

System benefits

Extra

•logging amount of light hours

•measuring energy cost for tenants

•efficient planning for replacing lamps

•security man switch

System benefits

System Architecture

Central Supervisor (CS)

n A PC with LightManager software n Software for

n Configurationn System statusn On line switchingn Emergency lighting test reports

n Configuration can be prepared offlinen Operating system Microsoft Windowsn Modem and ‘PC Anywhere’ software for remote

operation and re-configuration of the systemn One CS can control a maximum of 60 AC’S

Light Master 100

Telephone-controlPC-control

Documentation

Telephone controln « call up the light »

n RS232 interface on PABXn Same code for every usern 10 commands available

«0»: Off«9»: On«5»: Dim at 50%