FULL- 2WAY REMOTE LIGHTING CONTROL SYSTEM

Transcript of FULL- 2WAY REMOTE LIGHTING CONTROL SYSTEM

ECM3 032021-1ZF

Panasonic Corporation Life Solutions CompanyEnergy System Business Division, System Components Business Unit■ Head Office : 1048, Kadoma, Osaka 571-8686, Japan■ Telephone : +81-6-6906-0620　■ Facsimile : +81-6-6904-4225

Specifications are subject to change without notice.

Please contact

バック色彩（未）

2 0 2 1 -

FULL- 2WAYREMOTE LIGHTINGCONTROL SYSTEM

2021.2

1 2

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Group control allows you to control multiple lighting, turning on or off an entire section of the building with one switch. Pattern control allows you to match lighting to the time of day or to the work habits of people in the building.

The system employs a multiplexed transmission system using two non-polarized signal wires. This reduces the number of wires needed compared to conventional remote control wiring.

With the compact wireless address setting unit, switch functions like pattern and group control along with delayed timing can be programmed after wiring is complete. This speeds up the entire process-from design and estimate to ordering, delivery, and installation. The unit also allows you to quickly and easily change system functions.

There is no need to modify the wiring if lighting control has to be changed due to room layout alterations. This contributes to reduce overall costs.

Timers and sensors can control the system to provide light only when needed. This cuts energy use and costs. The ability to carry out centralized monitoring and control of lighting for up to 256 circuits makes it easy to cut unnecessary light use.

Group control

Turn off all lights in the sales department.

Turn on all lights inthe sales department.

Pattern control9:00 a.m.Work starts

Noon to 1:00 p.m.Lunch break

2:00 to 3:00 p.m.Natural light entersoffices from outside

6:00 p.m.

Turn onall lights

Turn offsome lights

Turn offlights nearwindows

Turn offall lights

Switch connection involves merelyconnecting two signal wires. The wires are non-polarized, so there'sless chance of installation errors.

All switches are networked via two±24V signal wires.

Wireless Programming Unit

Centralized monitoring and control

Control and monitor all lightingfrom a central location.

Functional display of lighting status

An LED displays lighting status.

On: Red LED is lit

Off: Green LED is lit

Timer and sensor controlled

Save-Energy, Cost Reduction

Flexibility Reduces Total Costs

Minimal Design, Minimum Maintenance

Simple Design andLabor-Saving Installation

(n) locations

Selector Switch Switch

Two wires

Only two wires are required, regardless of thenumber of switches.General-purpose electrical wire can be used.

Distributionpanel board

Relay controlpanel

Load 1 Load 2 Load 3

Four functions in one unit

3. Pattern controlA push of the switch changes the lighting conditions to a pre-programmed pattern that matches the time of day or work habits.

1. Individual on/off controlSwitch controls individual lights. An LED shows whether the lighting is on or off.

2. Group controlA single switch controls multiple lights, turning them all on or off with one touch.

4. Timer controlThis can be programmed to automatically perform tasks like delay the turning on or off of the lights or to turn the lights on temporarily.

WRT5514-8Switch (4)(Infrared I/O)The wireless address setting unit

has an LCD that shows the settings made by theuser, like the exampleon the left.

24

68

24

68

75

31

75

31

Layout change

Daylight Sensor Ceiling UnitWRT3655-8

Mode

Initial

IND

DimmerLevel

Individual

Addresssetting

P/G setting

P

Off-delaySpecial

Confirm Switch InputT/U

RelayT/U

DimmerT/U

Low BatteryIndication

TimerON/OFFAddressNo.

ControlledLoad

7654321

G

5min

WRT9600-8

Changing of the lighting control parameters can be carried out easily using either the group or pattern switches of the selector switch unit or the Wireless Programming Unit.

Group

WirelessProgramming Unit

Amenity Means User-Friendly

Simple

Amenity

Convenience

Flexibility

EcologyThe system interconnects devices like passive infrared ceiling units, Daylight Sensor Ceiling UnitTimer setting unit.

Simple, Ef�cient Lighting Control that Matches Your Needs

Multiplex TransmissionFULL-2WAY Remote Lighting Control System

Multiplex transmission FULL-2WAY remote control system uses two ±24 V signal wires for all the switches on a network, and controls lighting using pulse signals.

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Page 3: FULL- 2WAY REMOTE LIGHTING CONTROL SYSTEM

1 2

1-3

G4

P3

off Delay

Group control allows you to control multiple lighting, turning on or off an entire section of the building with one switch. Pattern control allows you to match lighting to the time of day or to the work habits of people in the building.

The system employs a multiplexed transmission system using two non-polarized signal wires. This reduces the number of wires needed compared to conventional remote control wiring.

With the compact wireless address setting unit, switch functions like pattern and group control along with delayed timing can be programmed after wiring is complete. This speeds up the entire process-from design and estimate to ordering, delivery, and installation. The unit also allows you to quickly and easily change system functions.

There is no need to modify the wiring if lighting control has to be changed due to room layout alterations. This contributes to reduce overall costs.

Timers and sensors can control the system to provide light only when needed. This cuts energy use and costs. The ability to carry out centralized monitoring and control of lighting for up to 256 circuits makes it easy to cut unnecessary light use.

Group control

Turn off all lights in the sales department.

Turn on all lights inthe sales department.

Pattern control9:00 a.m.Work starts

Noon to 1:00 p.m.Lunch break

2:00 to 3:00 p.m.Natural light entersoffices from outside

6:00 p.m.

Turn onall lights

Turn offsome lights

Turn offlights nearwindows

Turn offall lights

Switch connection involves merelyconnecting two signal wires. The wires are non-polarized, so there'sless chance of installation errors.

All switches are networked via two±24V signal wires.

Centralized monitoring and control

Control and monitor all lightingfrom a central location.

Functional display of lighting status

An LED displays lighting status.

On: Red LED is lit

Off: Green LED is lit

Timer and sensor controlled

Save-Energy, Cost Reduction

Flexibility Reduces Total Costs

Minimal Design, Minimum Maintenance

Simple Design andLabor-Saving Installation

(n) locations

Selector Switch Switch

Two wires

Only two wires are required, regardless of thenumber of switches.General-purpose electrical wire can be used.

Distributionpanel board

Relay controlpanel

Load 1 Load 2 Load 3

Four functions in one unit

3. Pattern controlA push of the switch changes the lighting conditions to a pre-programmed pattern that matches the time of day or work habits.

1. Individual on/off controlSwitch controls individual lights. An LED shows whether the lighting is on or off.

2. Group controlA single switch controls multiple lights, turning them all on or off with one touch.

4. Timer controlThis can be programmed to automatically perform tasks like delay the turning on or off of the lights or to turn the lights on temporarily.

WRT5514-8Switch (4)(Infrared I/O)The wireless address setting unit

has an LCD that shows the settings made by theuser, like the exampleon the left.

24

68

24

68

75

31

75

31

Layout change

Daylight Sensor Ceiling UnitWRT3655-8

Mode

Initial

IND

DimmerLevel

Individual

Addresssetting

P/G setting

P

Off-delaySpecial

Confirm Switch InputT/U

RelayT/U

DimmerT/U

TimerON/OFFAddressNo.

ControlledLoad

7654321

G

5min

WRT9600-8

Changing of the lighting control parameters can be carried out easily using either the group or pattern switches of the selector switch unit or the Wireless Programming Unit.

Group

WirelessProgramming Unit

Amenity Means User-Friendly

Simple

Amenity

Convenience

Flexibility

EcologyThe system interconnects devices like passive infrared ceiling units, Daylight Sensor Ceiling UnitTimer setting unit.

Simple, Ef�cient Lighting Control that Matches Your Needs

Multiplex TransmissionFULL-2WAY Remote Lighting Control System

Multiplex transmission FULL-2WAY remote control system uses two ±24 V signal wires for all the switches on a network, and controls lighting using pulse signals.

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Page 4: FULL- 2WAY REMOTE LIGHTING CONTROL SYSTEM

The difference in switching methods

FULL-2WAY remote control methodThere are just two 24V signal wires to the centralized control switch section.

Wires going to the switch can be housed in a thinconduit.

Commonwiring

Direct Control

Common wiring methodA total of 9 power lines are needed to the centralized controlswitch section.

This requires a thick conduit which the wires going to theswitch.

Total number of power lines: 8 plus 1

Two 24Vsignal wires

FULL-2WAY remote control wiring is suitable for any medium- and large-scale projects

Common wiring is suitable only for small-scale projects

The remote control relay is located between the load and the power source. The switch acts as a signal transmitter, sending commands to the relay to turn the power on and off.

The switch is located between the load and the power source, so it can directly turn the power on and off.

Common wiring FULL-2WAY remote control wiring

This diagram illustrates the difference in systems.Compare an application of centralized monitoring and control of a load of eight circuits.

Load 1Load 2

Load 3Load 4

Load 5Load 6

Load 7Load 8 Centralized monitor and control switch

(selector switch)

Ry1Ry3

Ry2Ry4

Ry5Ry7

Ry6Ry8

CPUTr

1

3

5

2

NS

1P20A

4

6

Lightingfixtures

Distribution panel

Two 24V signal wires

NS

1P20A

Distribution panel

1

2

3

4

7

8

Lightingfixtures

power lines

6

5

Multiplex transmission FULL-2WAY wiring is designed differently than common wiring methods. Commands are signaled from remote locations and lighting is controlled using two ±24V non-polarized wires, so installation labor costs decrease despite the increasing of building size.

Remote Control

The switch controls lighting by selecting one of the remote control relays. Power on and off commands are given by transmitting signals via the signal wires to a remote control relay at a preset location.

Multiplex transmissionFULL-2WAY control

…

AC24V

Switch T/U

2-wire multiplex transmission technology

2-wire multiplex transmission technology helps to simplify lighting control system.

What is multiple transmission? Load addressThe system transmits signals via two wires to circuits which are to be switched on and off. With FULL-2WAY multiple transmission, load addresses comprised of channel and load numbers are set up in advance, and the signal is transmitted to the designated addresses that correspond to remote controlled HID relays when switches are operated.

Load address for switches and T/Us need to be matched according to the load addressed.

Load address

Inside Relay control panel

Load address #15-2

Load address

Load Channel

Load numbers

Set the Load addresson the switches

transmission Unit RelaysGenerates the current pulse to the relay

Receives the current pulse andcloses the contact

Receives the signal from switchsent T/U the signal

Load Channel Load numbers

FULL-2WAY signal wire

Up to 256 circuits per one transmission unit

Up to 4 relay per one T/U ON/OFF

ON/OFF

With multiple transmission, the signal is transmitted by pulse signals

1 0 0 1 1 0 0 0

FULL-2WAYremote control

Pulse signal waveform

Unique trapezoidal waveformgenerates very little noise.

The rectangular waveformis a source of noise

Conventionalmultiplextransmission

What is a pulse signal? Reduced noise level with the special trapezoidal waveform for the pulse signal

The number of signals is limited only by the number of different possible arrangements of 0s and 1s, thus making it possible to handle many signal destinations (circuits to be switched on and off).Pulse signals are transmitted at an interval of 0.015 second for each Terminal Unit, so there is no chance of signal interference in the two signal wires.

FULL-2WAY remote control has the cut-in method of high-speed control response and signal indication

In addition to "CYCLIC TIME SHARING MULTIPLE TRANSMISSION METHOD", a new technology called the "CUT-IN SIGNAL CIRCUIT" can control relays at high speed and indicate on the ON/OFF status.

start mode flag address control

Basic transmission formatcheck sum supervise

signalwaveform

cut-in signal 100 1 1 000

dummy dummy cut-in controldummy

CYCLIC TIME DIVISONMULTIPLEX TRANSMISSIONA

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The Bigger the Building, the More Labor-saving the Installation.The Key is Our Special Switching System. System Principle

Page 5: FULL- 2WAY REMOTE LIGHTING CONTROL SYSTEM

The difference in switching methods

FULL-2WAY remote control methodThere are just two 24V signal wires to the centralized control switch section.

Wires going to the switch can be housed in a thinconduit.

Commonwiring

Direct Control

Common wiring methodA total of 9 power lines are needed to the centralized controlswitch section.

This requires a thick conduit which the wires going to theswitch.

Total number of power lines: 8 plus 1

Two 24Vsignal wires

FULL-2WAY remote control wiring is suitable for any medium- and large-scale projects

Common wiring is suitable only for small-scale projects

The remote control relay is located between the load and the power source. The switch acts as a signal transmitter, sending commands to the relay to turn the power on and off.

The switch is located between the load and the power source, so it can directly turn the power on and off.

Common wiring FULL-2WAY remote control wiring

This diagram illustrates the difference in systems.Compare an application of centralized monitoring and control of a load of eight circuits.

Load 1Load 2

Load 3Load 4

Load 5Load 6

Load 7Load 8 Centralized monitor and control switch

(selector switch)

Ry1Ry3

Ry2Ry4

Ry5Ry7

Ry6Ry8

CPUTr

1

3

5

2

NS

1P20A

4

6

Lightingfixtures

Distribution panel

Two 24V signal wires

NS

1P20A

Distribution panel

1

2

3

4

7

8

Lightingfixtures

power lines

6

5

Multiplex transmission FULL-2WAY wiring is designed differently than common wiring methods. Commands are signaled from remote locations and lighting is controlled using two ±24V non-polarized wires, so installation labor costs decrease despite the increasing of building size.

Remote Control

The switch controls lighting by selecting one of the remote control relays. Power on and off commands are given by transmitting signals via the signal wires to a remote control relay at a preset location.

Multiplex transmissionFULL-2WAY control

…

AC24V

Switch T/U

2-wire multiplex transmission technology

2-wire multiplex transmission technology helps to simplify lighting control system.

What is multiple transmission? Load addressThe system transmits signals via two wires to circuits which are to be switched on and off. With FULL-2WAY multiple transmission, load addresses comprised of channel and load numbers are set up in advance, and the signal is transmitted to the designated addresses that correspond to remote controlled HID relays when switches are operated.

Load address for switches and T/Us need to be matched according to the load addressed.

Load address

Inside Relay control panel

Load address #15-2

Load address

Load Channel

Load numbers

Set the Load addresson the switches

transmission Unit RelaysGenerates the current pulse to the relay

Receives the current pulse andcloses the contact

Receives the signal from switchsent T/U the signal

Load Channel Load numbers

Up to 256 circuits per one transmission unit

Up to 4 relay per one T/U ON/OFF

ON/OFF

With multiple transmission, the signal is transmitted by pulse signals

1 0 0 1 1 0 0 0

FULL-2WAYremote control

Pulse signal waveform

Unique trapezoidal waveformgenerates very little noise.

The rectangular waveformis a source of noise

Conventionalmultiplextransmission

What is a pulse signal? Reduced noise level with the special trapezoidal waveform for the pulse signal

The number of signals is limited only by the number of different possible arrangements of 0s and 1s, thus making it possible to handle many signal destinations (circuits to be switched on and off).Pulse signals are transmitted at an interval of 0.015 second for each Terminal Unit, so there is no chance of signal interference in the two signal wires.

FULL-2WAY remote control has the cut-in method of high-speed control response and signal indication

In addition to "CYCLIC TIME SHARING MULTIPLE TRANSMISSION METHOD", a new technology called the "CUT-IN SIGNAL CIRCUIT" can control relays at high speed and indicate on the ON/OFF status.

start mode flag address control

Basic transmission formatcheck sum supervise

signalwaveform

cut-in signal 100 1 1 000

dummy dummy cut-in controldummy

CYCLIC TIME DIVISONMULTIPLEX TRANSMISSIONA

pp

end

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The Bigger the Building, the More Labor-saving the Installation.The Key is Our Special Switching System. System Principle

Page 6: FULL- 2WAY REMOTE LIGHTING CONTROL SYSTEM

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100%

70%

5:00 7:00 9:00 17:00 21:00 23:00

30%

(First train) (Early rush hour) (Late rush hour) (Last train)

Example of control lights using the Program Timer Unit

Program timer unit allows scheduled lighting control accordingto the business hours from opening to closing time.

Basic control

Option control

Uses

Effect

•Control room•Emergency center

•Reduced labor for control and management

•Lights always get turned off automatically

Uses•Locker room•Coffee room•Restroom

Uses

Effect

Effect•Energy saving•Reduced labor for control and management

•Energy saving lighting control

Uses

Effect

•Factories•Warehouses•Cafeterias•Conference room •Common areas-Corridors, lobby/hall

•No re-wiring needed for lighting layout changes

Uses•Outside light•Parking lots•Elevator areas

Option control

Applied in the factory

Centralized monitoring and control Network monitoring and control

Group control

Timer control

Passive infrared sensor control

Passive infrared sensor

Program Timer Unit

Lights automatically turn on upon entering a room.Lights automatically turn off after a set time (Approx. 10 sec. to 30 min.)after the person leaves the room.

Lights automatically turn on upon entering a room

Off-delay time may be set within a range from 10 sec. to 30 min.

Centralized monitoring and control of the lighting in the factory and offices can be carried out from the superintendent's office.

Lighting in entire sections of the factory or warehouse can be turned on or off all at once.

The timer can be set so lights operate based on people's movements throughout the day, from arriving at work in the morning to lunch breaks to late night shift changes.

Interface unit allows the system to be controlled by a mobile app or a computer program.

Lights automatically turn on and off as people enter and leaveplaces like locker rooms.

Conference room

Parking lots

Corridor

Entrance

Outside lightControl & monitor

Each section

Basic control Basic control

•Office•Conference room

•Building entrance•Lobby•Restrooms•Elevator area•Common areas: corridor, stairwells

•Energy saving•Reduced labor for control and management

Uses

Effect

Uses

Effect

•Locker rooms•Coffee rooms•Restrooms

Uses

Effect

•Adjust lighting as needed

•Total control by wireless switch

Uses

Effect

Option control Option control

Option control

Uses

Effect

•Offices or conference rooms•Common areas: restrooms, corridors, hall, stairwells

•Energy saving•Lights always get turned off automatically

•Turn off all lights together at end of day•Optimum lighting level for audio-visual presentation rooms

Program Timer Unit

Entrance

Corridor

Office

Outside light

Lights automatically turn on upon entering a room.Lights automatically turn off after a set time (Approx. 10 sec. to 30 min.)after the person leaves the room."

Lights automatically turn on upon entering a room.

Applied in the office building

Group control

Timer control Passive infrared sensor control

Wireless control

Wireless remote controller allows manual control in any situation.

Pattern control

Up to 256 circuits per system can be handled from a central control room

Turn on and off all lights in an entire section of a building

Lights are turned on or off automatically at a preset time to match a company's daily schedule.

Remote controller allows you to manually adjust lights and equipment during meetings and conferences.

The system can be programmed to match work schedules or habits, allowing you, for example, to turn down office lighting during lunch hour with a push of a switch.

Conference room

Corridor

Outside light

Office

Entrance

Control & monitor Each section

Office Building Examples of Building Applications Factory Examples of Building Applications

Page 7: FULL- 2WAY REMOTE LIGHTING CONTROL SYSTEM

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100%

70%

5:00 7:00 9:00 17:00 21:00 23:00

30%

Basic control

Option control

Uses

Effect

Uses•Locker room•Coffee room•Restroom

Uses

Effect

Uses

Effect

•Factories•Warehouses•Cafeterias•Conference room •Common areas-Corridors, lobby/hall

Option control

Applied in the factory

Centralized monitoring and control Network monitoring and control

Group control

Timer control

Program Timer Unit

Lights automatically turn on upon entering a room

Centralized monitoring and control of the lighting in the factory and offices can be carried out from the superintendent's office.

Lighting in entire sections of the factory or warehouse can be turned on or off all at once.

Conference room

Parking lots

Corridor

Entrance

Outside lightControl & monitor

Each section

Basic control Basic control

•Building entrance•Lobby•Restrooms•Elevator area•Common areas: corridor, stairwells

Uses

Effect

Uses

Effect

Uses

Effect

•Adjust lighting as needed

•Total control by wireless switch

Uses

Effect

Option control

Uses

Effect

•Offices or conference rooms•Common areas: restrooms, corridors, hall, stairwells

•Energy saving•Lights always get turned off automatically

•Turn off all lights together at end of day•Optimum lighting level for audio-visual presentation rooms

Program Timer Unit

Entrance

Corridor

Office

Outside light

Lights automatically turn on upon entering a room.Lights automatically turn off after a set time (Approx. 10 sec. to 30 min.)after the person leaves the room."

Applied in the office building

Group control

Timer control Passive infrared sensor control

Wireless control

Pattern control

Up to 256 circuits per system can be handled from a central control room

Turn on and off all lights in an entire section of a building

Lights are turned on or off automatically at a preset time to match a company's daily schedule.

Remote controller allows you to manually adjust lights and equipment during meetings and conferences.

The system can be programmed to match work schedules or habits, allowing you, for example, to turn down office lighting during lunch hour with a push of a switch.

Conference room

Corridor

Outside light

Office

Entrance

Office Building Examples of Building Applications Factory Examples of Building Applications

Page 8: FULL- 2WAY REMOTE LIGHTING CONTROL SYSTEM

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control room

Basic control

Uses

Effect

Uses

Effect

Pattern control

Passive infrared sensor control Wireless control

Applied in the Hospital

Doctor's office

Ward

Outside light

Waiting room

Entrance

You get lighting control to match your exact needs. With just a touch of a button, you can either turn on/off all lights in one area of the building, or turn on/off individual lights as required.

Control patterns can be programmed to match specifictimes of the day or work routines.

The light of a room turns on automatically when a person enters a room.

Wireless control allows users to control lights from bed.

Bedridden patients can directly control the lighting

Doctor's can directly control the lighting

The light of a room turns on/off automatically when a person enters a room.

ON30%

OFF

Passive Infrared Ceiling Unit (Main unit)

Passive Infrared Ceiling Unit ( Auxiliary unit )

Passive Infrared Ceiling Unit(Auxiliary unit /

Wide Detection Area Type)

ON100%

OFF

ON30%

ON100%

•Doctor's office

Uses•Ward•Doctor's office•Conference room

•Easy lighting control

Effect•Easy lighting control

Detection area

enter

turn ON 100% light after entering the area

turn ON light after entering the area

Lights automatically turn off after a set time (Approx. 10 sec. to 30 min.)after the person leaves the room.

Lights automatically dim light 70% after a set time (Approx. 10 sec. to 30 min.)after the person leaves the room.

leave

enter leave

Lights automatically turn off after a set time after the person leaves the room.

Wireless Receiver

Usual condition:100% ON During a break : 50% ON While sleeping: OFF

Medical examination : 100% ON Explanation of examination results : 30% ON

After examination : OFF

Wireless Switch

ALL ON

Corridor

ON 50% ALL OFF

control room

Out side light

Basic control

Option control

Uses Effect

Applied in the Gymnasium

Timer control

Pattern control

Network monitoring and control

Outside light

Locker rooms

Parking lots

Corridor

EntranceControl & monitor

Each section

Lightings of arena and seats can be checked at a glance andcentrally controlled from a control room.

Lights automatically turn on upon entering a room.Lights automatically turn off after a set time (Approx. 10 sec. to 30 min.)after the person leaves the room."room Lights automatically turn on

upon entering a roomOff-delay time may be set within a range from 10 sec. to 30 min.

Program Timer Unit

Sunset (automatically ON)

ALL OFFALL ON Some ON

Sunset (ALL ON) Midnight(Some Off) Sunrise (ALL OFF)

Set time (automatically off)

ALL ON ON 50%

ON 50% ALL OFF

Sunrise (automatic OFF)

Single push of a switch creates ideal lightingenvironment according to user's needs.

Uses•Locker rooms•Warehouse•Restrooms

•Outside light•Parking lots•Elevator areas

•Banquet room•conference

•Energy saving•Reduced labor for control and management•Easy lighting control

Uses•Control room•Emergency centerEffect

Effect•Reduced labor for control and management•Lights always get turned off automatically

Parking lots

Gymnasium & School Examples of Building Applications Hospital Examples of Building Applications

Page 9: FULL- 2WAY REMOTE LIGHTING CONTROL SYSTEM

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control room

Basic control

Uses

Effect

Uses

Effect

Pattern control

Passive infrared sensor control Wireless control

Applied in the Hospital

Doctor's office

Ward

Outside light

Waiting room

Entrance

You get lighting control to match your exact needs. With just a touch of a button, you can either turn on/off all lights in one area of the building, or turn on/off individual lights as required.

Control patterns can be programmed to match specifictimes of the day or work routines.

The light of a room turns on automatically when a person enters a room.

Wireless control allows users to control lights from bed.

Bedridden patients can directly control the lighting

Doctor's can directly control the lighting

The light of a room turns on/off automatically when a person enters a room.

ON30%

OFF

Passive Infrared Ceiling Unit (Main unit)

Passive Infrared Ceiling Unit ( Auxiliary unit )

Passive Infrared Ceiling Unit(Auxiliary unit /

Wide Detection Area Type)

ON100%

OFF

ON30%

ON100%

•Doctor's office

Uses•Ward•Doctor's office•Conference room

•Easy lighting control

Effect•Easy lighting control

Detection area

enter

turn ON 100% light after entering the area

turn ON light after entering the area

Lights automatically turn off after a set time (Approx. 10 sec. to 30 min.)after the person leaves the room.

Lights automatically dim light 70% after a set time (Approx. 10 sec. to 30 min.)after the person leaves the room.

leave

enter leave

Lights automatically turn off after a set time after the person leaves the room.

Wireless Receiver

Usual condition:100% ON During a break : 50% ON While sleeping: OFF

Medical examination : 100% ON Explanation of examination results : 30% ON

After examination : OFF

Wireless Switch

ALL ON

Corridor

ON 50% ALL OFF

control room

Out side light

Basic control

Option control

Uses Effect

Applied in the Gymnasium

Timer control

Pattern control

Outside light

Locker rooms

Parking lots

Corridor

EntranceControl & monitor

Each section

Lightings of arena and seats can be checked at a glance andcentrally controlled from a control room.

Lights automatically turn on upon entering a room.Lights automatically turn off after a set time (Approx. 10 sec. to 30 min.)after the person leaves the room."room Lights automatically turn on

upon entering a roomOff-delay time may be set within a range from 10 sec. to 30 min.

Program Timer Unit

Sunset (automatically ON)

ALL OFFALL ON Some ON

Sunset (ALL ON) Midnight(Some Off) Sunrise (ALL OFF)

ALL ON ON 50%

ON 50% ALL OFF

Sunrise (automatic OFF)

Single push of a switch creates ideal lightingenvironment according to user's needs.

Uses•Locker rooms•Warehouse•Restrooms

•Banquet room•conference

•Energy saving•Reduced labor for control and management•Easy lighting control

Uses•Control room•Emergency centerEffect

Effect•Reduced labor for control and management•Lights always get turned off automatically

Parking lots

Gymnasium & School Examples of Building Applications Hospital Examples of Building Applications

Page 10: FULL- 2WAY REMOTE LIGHTING CONTROL SYSTEM

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Uses Effect

Option control

Option controlBasic control

Basic control

Applied in the Station Building

Timer control

Daylight Sensor Entrance

Group control

Pattern control

Centralized monitoring and control of the lighting can be carried out from the superintendent's office.

Daylight SensorLights can be controlled according to the brightness of daylight from outside

100%

70%

5:00 7:00 9:00 17:00 21:00 23:00

30%

Lights are turned on or off automatically at a preset time to match a daily schedule.

Lighting in entire sections can be turned on or off all at once.

Single push of a switch creates ideal lighting environment according to user's needs.

Corridor

Waiting lounge

Ticket office Office

Ticket office

Outside light

Uses•Corridor•Platform

Effect•Wide area control•Reduced labor for control and management

Uses•Control room•Emergency center

Uses•Locker rooms•Coffee rooms•Restrooms

Effect•Reduced labor for control and management

Uses Effect•Entrance•Elevated station

•Corridor•Rest room

•Energy savingReduced labor for control and management

Uses•Corridor•Waiting lounge •Ticket office

Effect•Energy saving•Creating an atmosphere ideal for different situations.

Program Timer Unit

Applied in the residence and hotelYou get lighting control to match your exact needs.

Parking lots

Banquet room

Outside light

Corridor

Entrance

Daytime

Evening Midnight

Fade out

Fade in

Fadeout

Morning

Midnight

Someoneinto

the past

turn ON 100% light after a set time

Banquet room

Sunset (ALL ON)

Sunset (automatically ON) Sunrise (automatic OFF)

Midnight(Some Off) Sunrise (ALL OFF)

Timer control and Dimmer control

Passive infrared sensor control and Dimmer control

Out side light ALL OFFALL ON Some ON

Option control

Basic controlPassive infrared sensor controlIn addition to the timer control, Labor-savings and energy conservation are achieved using sensors

Timer controlThe timer can be set so lights operate based on people's movements throughout the day, from arriving at work in the morning to lunch breaks to late night shift changes.

Wireless controlRemote controller allows you to manually adjust lighting, motorized equipment during meetings and conferences.

Uses•Entrance•Corridor

Effect•Energy saving•Automatic management

Uses•Banquet room•Conference room

Effect•Adjust lighting as needed•Total control by wireless switch

Pattern controlCreating an atmosphere ideal for different situations.

Effect•Energy saving•Reduced labor for control and management•Easy lighting control

Program Timer Unit

Passive infrared ceiling unitDimmer Unit

Dimmer Unit

Conference room OHP AV presentation

Station Building & Subway Examples of Building Applications Residence & Hotel Examples of Building Applications

Page 11: FULL- 2WAY REMOTE LIGHTING CONTROL SYSTEM

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Uses Effect

Option control

Option controlBasic control

Basic control

Applied in the Station Building

Timer control

Daylight Sensor Entrance

Group control

Pattern control

Centralized monitoring and control of the lighting can be carried out from the superintendent's office.

Daylight SensorLights can be controlled according to the brightness of daylight from outside

100%

70%

5:00 7:00 9:00 17:00 21:00 23:00

30%

Lights are turned on or off automatically at a preset time to match a daily schedule.

Lighting in entire sections can be turned on or off all at once.

Single push of a switch creates ideal lighting environment according to user's needs.

Corridor

Waiting lounge

Ticket office Office

Ticket office

Outside light

Uses•Corridor•Platform

Effect•Wide area control•Reduced labor for control and management

Uses•Control room•Emergency center

Uses•Locker rooms•Coffee rooms•Restrooms

Effect•Reduced labor for control and management

Uses Effect•Entrance•Elevated station

•Corridor•Rest room

•Energy savingReduced labor for control and management

Uses•Corridor•Waiting lounge •Ticket office

Effect•Energy saving•Creating an atmosphere ideal for different situations.

Program Timer Unit

Applied in the residence and hotelYou get lighting control to match your exact needs.

Parking lots

Banquet room

Outside light

Corridor

Entrance

Daytime

Evening Midnight

Fade out

Fade in

Fadeout

Morning

Midnight

Someoneinto

the past

turn ON 100% light after a set time

Banquet room

Sunset (ALL ON)

Sunset (automatically ON) Sunrise (automatic OFF)

Midnight(Some Off) Sunrise (ALL OFF)

Timer control and Dimmer control

Passive infrared sensor control and Dimmer control

Out side light ALL OFFALL ON Some ON

Option control

Basic controlPassive infrared sensor controlIn addition to the timer control, Labor-savings and energy conservation are achieved using sensors

Timer controlThe timer can be set so lights operate based on people's movements throughout the day, from arriving at work in the morning to lunch breaks to late night shift changes.

Wireless controlRemote controller allows you to manually adjust lighting, motorized equipment during meetings and conferences.

Uses•Entrance•Corridor

Effect•Energy saving•Automatic management

Effect•Adjust lighting as needed•Total control by wireless switch

Pattern controlCreating an atmosphere ideal for different situations.

Effect•Energy saving•Reduced labor for control and management•Easy lighting control

Program Timer Unit

Passive infrared ceiling unitDimmer Unit

Dimmer Unit

Conference room OHP AV presentation

Station Building & Subway Examples of Building Applications Residence & Hotel Examples of Building Applications

Page 12: FULL- 2WAY REMOTE LIGHTING CONTROL SYSTEM

Circuit Design for Individual ControlIndividual control: Controls up to 256 circuits plus 16 dimmer circuits per system or per one transmission unit.Central monitor and control, and control from multiple locations for up to 256 circuits plus 16 dimmer circuits.

Design Tips for Circuit Divisions

Panel configuration1

Decide the load to be controlled by the FULL-2WAY remote control.

1. Install one transmission unit per system.2. Determine a minimum control area and count the number of relays required for circuits. One transmission unit can control up to 256

circuits.3. Check each load capacity per circuit, and for high power, specify 20A HID relays.

For low capacity loads (less than 6A), a T/U is available with a 6A, 10A relay unit. For details, see page 15.4. Install a relay control T/U unit for every four (4) 20A HID relays.

Relay control T/U units (4-Circuit), and T/U with a 6A, 10A-relay units (4-Circuit), up to a maximum of 64 can be connected per one transmission unit.

5. Install a transformer in each relay control panel to simplify wiring.

Selector switch configuration2Determine the same number of individual switches as the circuits required for centralized monitoring and control.

Local switches3Determine the individual switches required for local operation.

Caution: The FULL-2WAY remote lighting control system cannot be used in combination with other systems.Do not use remote control relays or remote control transmission systems from other manufacturers.

Notes on design• When using dimmer address setting switches, install an amplifier for approximately every 50 circuits. See page 18 for details.• When using the WRT2050-80 Transmission Unit, use the WR3913K-80 Amplifier.

WR6161K-8

0-1

0-3

0-2

0-4

WR6161K-8

WR3400-8 or WRT4014-8

0ch

•Transformer

WR2311-851

Make sure there is no duplication of Relay Control T/U load addresses. (Not available in US)

Powersource

0-1

1-1

0-3

1-3

Ry1

Ry3

Red

Blue

Red

Blue

RedBlue

Ry2

Ry41

3

2

4

Ry5

Ry7

Red

Blue

Red

Blue

RedBlue

Ry6

Ry8

1

3

2

4

Ry1

Ry3

Ry2

Ry4

Ry5

Ry7

Ry6

Ry8

WR2311-851

Transformer

2ch

3ch

TransformerWRT2050-80Transmission Unit

Lightingfixtures Lighting fixtures

WR6161K-8

0ch

WR6161K-820A HID Relay (Single Pole)

WR3400-8Relay Control T/U (4-Circuit)(Dip switch setting type)

or

WRT4014-8Relay Control T/U (4-Circuit) (Infrared I/O) (Panel Use)

Load channel

Load number

Sign

al

24V AC

0-2

1-2

100-242V AC

220V AC

WRT5554K-8Switch (4) X 4 units

WRT5554K-8Switch (4)

Individual controlWRT5552K-8 Switch (2)(FULL-COLOR Module)

Matching of the load addresses of the switchesallows remote control from multiple locations.

FULL-2WAY signal lines

Selector switch Local switches

RelayControl T/U

Relay control panel L-2

1-2

3-3

WRT5502WK-8Switch (2)(COSMO Module)

20AHID Relay

•For individual control of 16 circuits

WR3913K-80Amplifier

20A HID Relay (Single Pole)

1-4

Signal White

0-10-20-30-4

1-11-21-31-4

2-12-22-32-4

3-13-23-33-4

2-12-22-32-4

3-13-23-33-4

•Only one (1) transmission unit is installedeven though there are three (3) separaterelay control panels.

• It is recommended that each relay controlpanel be equipped with one (1) transformer.

1ch

7

5

109

8

6

3 4

1 21P20A1P20A

MCB

NS

3 4

1 21P20A 1P20A

RNT

NS

(for Centralized monitoringand controll)

(for Local operation)

BlueW

hiteFULL

-2W

AY s

igna

l lin

es

4-3

1-2

0-4

Basic wiring diagram for individual control

or

(Not available in U.S)

WRT5511-8 WRT5514-8 WRT5518-8WRT5513-8WRT5512-8WRT5501WK-8 WRT5504WK-8WRT5503WK-8 WRT5731WK-8

WRV5601S1-8Silver Gray

WRT5551K-8 WRT5552K-8 WRT5553K-8 WRT5554K-8 WRT5771K-8

Address setting: Set the addresses on the Relay Control T/U, then set the same address on the switches.Address setting method for T/Us(DIP switch): For details, see page 33.Address setting method for switches and T/Us(Infrared I/O): For details, see page 38.

Master Switch (Surface-mount) (Infrared I/O)

Central Control and Programming Unit

LCD Appellation Touch Switch

See page 45 for details. See page 55 for details.

•Surface-mounting installation makes it easy to work on during renovations.

•Because it's Infrared I/O address setting type, you can program individual, group, and pattern control.

WRT6144WK-8

•Allows you to carry out pattern/group control settings without the need for individual switches and pattern/group setting switches.

•Allows you to confirm operation of tasks like individual, pattern, and group control.

WRT9103K-89WRT 9261K-8

FULL-COLOR Module

COSMO Module

GLACIER Series

Eight Free Module

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Basic Functions

Page 13: FULL- 2WAY REMOTE LIGHTING CONTROL SYSTEM