technical brochure

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Technical Brochure

Contents

Products & Services Page 5

Rapid Page 9

Stand Alone Page 43

http://issuu.com/action/page?page=5




Products &Services


CP Automated Lighting (Northern) Ltd

CP Automated Lighting (Northern) Ltd is an approved systems partner of CP Electronics Ltd, one of the UKs foremost and respected manufacturers of lighting and heating control products.

CP Northern provide a complete range of services from project design and supply of equipment through to site commissioning and project handover. We pride ourselves in our after sales service and involvement with end users, offering maintenance and ongoing systems checks throughout the lifetime cycle of our products.

In addition to providing lighting control products that are quick and easy for electrical contractors to install we recognise the need to promote lighting control solutions that achieve a balance between a comfortable visual environment, a user friendly and flexible system and an energy efficient total cost of ownership.

This specialist area of building automation requires a high level of application knowledge and involvement. At CP Northern our technical and sales teams have over 40 years experience in working closely with major Electrical Consultants and Contractors on lighting control systems for commercial offices, refurbishments, schools and hospital projects.

The lighting control products detailed in this brochure provide fast “plug in” connection options for the installer and are compatible with most modular wiring armoured and non armoured distribution systems.

The networked control system incorporates fully addressable lighting control modules with a wide range of intelligent sensors and interfaces which can easily be configured to meet both current and future needs of building occupants. This system can be supplied with 0-10v DSI or DALI control, together with emergency test and monitoring options fully compliant to BS5266 and IEC62034.

A range of passive infrared and microwave 230v detectors are also available for non addressable applications.

CP Automated Lighting (Northern) Ltd has a team of sales engineers who will be happy to discuss your requirements and provide you with a controls solution using any combination of the products detailed in this brochure.

We hope that you find these products of interest and look forward to being of assistance in the future.

Products & Services


CLIENT

The client is concerned with minimising costs, ongoing

running costs and payback periods whilst having the

flexibility to change building layouts to accommodate

his needs or that of tenants; Rapid satisfies each of

these objectives. Rapid can be reconfigured easily to

meet the needs of a new tenant with an easy to use

programming handset or through a PC, eliminating

traditional expensive re-wiring costs. Other benefits

include lower operating costs by reducing the amount

of electricity the building consumes.

CONTRACTOR

Rapid is designed to drastically reduce installation

time. All products in the system are connected using

industry standard plug and socket connections. A

unique manual infrared facility enables the system to

be configured prior to delivery, thus minimising final

system commissioning.

APPLICATIONS

• Commercial offices• Educational establishments• Public buildings• Industrial• Hospitals

• Retail

SPECIFIER

Rapid offers the design engineer the flexibility to realise

sophisticated lighting systems, which would be costly and

difficult using conventional wiring techniques. Rapid is a

fully modular concept which can be incorporated into the

building design with ease. Rapid also meets the criteria set

out in part L of the building regulations.

Lighting Control System

KEY FEATURES AND BENEFITS

Modular concept Simple to specify

Plug in connections Quick to installLocal and central Easy set-upconfiguration

ELV switching Safe multi circuit switching

Manual emergency Simple testing of emergency testing fittings

Presence or absence Increased energy savingdetection

Scene selection and Visual comfortor manual dimming

Daylight linking Maintained luminance / constant light level

Corridor hold Maintains corridor lighting / ensures safe egress lighting

Load shedding Reduce load under maximum demand / standby generator conditions

Fully addressable Increased flexibility10 output LCM

Optional automatic In compliance withemergency testing BS5266 and IEC62034and monitoring


DESCRIPTION AND OPERATION

The EBR-LCM10-10 series of lighting control modules

(LCMs) are used as part of the Rapid lighting control

system to switch lighting. They have ten individually

addressable normally open output relays for switching,

and on the D (0-10v) and DSI/DALI models these can

also provide dimming signals for dimmable luminares.

A separate relay is used for emergency testing.

Incorporated on the box is an eight channel interface for

connection to external devices such as light switches,

emergency test switches and time clocks. Four ports

on the front enable the LCM to be connected to the

main Rapid bus and to peripherals such as presence

detectors and bus repeaters. The LCM offers many

features including:

• Individual addressing of outputs

• Adjustable off delays and group delays

• Adjustable start up lighting levels

• Scene control for each channel

• Bus and activity LEDs

• Local IR or computer front end setup

INSTALLATION AND WIRING

Warning: This device works at mains potential. Be sure

to take care when working with electricity.

• Install the LCM in the position indicated on the

CP Northern installation drawings.

• The box should be fixed on a smooth, flat surface or

using drop rod fixings. Optional track fixings can

be used.

• Ensure that there is easy access to the wiring

compartment and all connectors once the box is

in-situ.

• Ensure that the programming window is accessible

and visible.

• For hard-wired installations, wire the box using the

terminals provided. Connect permanent Live, Earth

and Neutral connections to the terminals in the wiring

compartment. There is an extra set of terminals to

loop through the wiring; these do not have to be used.

• Hard-wired bus: Connect to bus terminals in wiring

compartment using a suitable twisted pair cable.

• Cat5 LSF bus: Plug bus cabling into either of the

un-powered bus connectors.

• For structured cabling installations, connect the

structured cabling harness into the appropriate

terminals on the LCM.

• Plug in the luminaires ensuring that the connector

latches to the box (pre-wired luminaire leads

available, please contact our sales office).

• Connect peripheral Rapid devices (e.g. presence

detectors, repeaters) using RJ45 connections and a

suitable Cat5 LSF cable.

• Where specified on the installation drawings, connect

switches to the interface terminals between the

input and common. Switches must be isolated.

• Note

Where a hard wired or modular wiring bus network

is proposed please use a Beldon UTP 8471 or 9740

cable.

Lighting Control Modules

ERR-LCM10-10, EBR-LCM10-10D, EBR-LCM10-10DSI/DALI

10 Channel LCMProduct Data



LIGHTING CONTROL MODULES

lighting control modules can control up to 10 luminaires from one control box. The lighting control module

provides ten individually addressable channels controlling 10 independent outputs. 8 switch input interfaces and

two RJ45 connections for presence detectors and other peripheral devices are provided on the front of the lighting

control module. The lighting control module is designed for ease of installation and set up; all connections to the

unit can be pre-wired; an integral emergency lighting test facility allows the supply to the luminaires to be interrupted

using the lighting control system. A dimming option is available for both 1-10V analogue and DSI/DALI ballasts.

ORDER CODE DESCRIPTION

EBR-LCM10-10 Rapid 10 channel lighting control module EBR-LCM10-10D Rapid 10 channel lighting control module 1-10V EBR-LCM10-10DSI/DALI Rapid 10 channel lighting control module DSI/DALI European Union registered design No.000512728 EBS-PC5MLSF 5 metre patch cord (CAT5 RJ45-RJ45) EBS-PC10MLSF 10 metre patch cord (CAT5 RJ45-RJ45)



COMMISSIONING

To bring the lights on prior to commissioning, do one of

the following:

• Power the boxes up without a bus controller or area

controller connected. After about 15 minutes all

channels will energise.

• From the user menu of the programming handset,

select override on Y, send this to each individual box.

Note that if the power is reset, this action will need to

be performed again.

Commissioning is performed by our trained

commissioning engineers. Please note that prior to

commissioning, it is the responsibility of the installing

contractor to ensure the following:

• The units must be connected and installed as

detailed on the installation drawings

• Mains power must be available

• Luminaires must be connected

• Bus connection must be established and the

network continuity checked

The LCM can be set up using our infrared programming

handset or computer front end. For programming

details see the separate programming document.

EBR-LCM10-10, EBR-LCM10-10D, EBR-LCM10-10DSI/DALI

SPECIFICATION

LOAD

10 Amp total per box

Per channel:

6 Amp fluorescent and incandescent lighting

3 Amp compact fluorescent lighting

3 Amp low energy lighting

3 Amp low voltage lighting

(switch primary of transformer)

3 Amp fans and ventilation equipment

Switch SON lighting loads via a contactor

Dimming units: 10 ballasts per channel

SUPPLY VOLTAGE 220-240 Volts AC 50 Hz

TERMINAL CAPACITY 4.0mm2

MATERIAL Flame retardant nylon

and ABS

TYPE Class 2

TEMPERATURE -10°C to 35°C

CONFORMITY EMC-89/336/EEC LVD-73/23/EEC


10 Channel LCMWiring Diagram

INPUT AND OUTPUT OPTIONS WITH CAT5 RJ45-RJ45 COMMS


10 Channel LCMWiring Diagram

DSI DIMMING. DALI EMERGENCY TEST AND MONITORING WITH MODULAR WIRING HARD WIRED BELDON COMMS.


SystemWiring Diagram



The EBR-DIN-LCM5-5 series of lighting control modules

(LCMs) are used as part of the Rapid lighting control

system to switch lighting. They have five individually

addressable normally open output relays for switching,

and on the D, DSI and DALI models these also provide

dimming signals for dimmable luminaires. A separate

relay is used for emergency testing. Incorporated on

the box is an eight channel interface for connection to

external devices such as light switches, emergency

test switches and time clocks. The LCM offers many

features including:

• Individual addressing of outputs



• Scene control for each channel


• IR or computer front end setup


Warning. This device works at mains potential. Be sure


• Install the module in a suitable housing. This unit is

compatible with standard DIN rail enclosures

• Wire as in the diagram opposite.

Two types of output are provided:

• Switched output x 5

• Emergency lighting test output

• The switched output are voltage free and can be

used across multiple circuits

WARNING—ENSURE CIRCUITS ARE ON THE

SAME PHASE

• Where multiple emergency lighting circuits are used,

a multi-pole contactor should be connected to the

emergency lighting test terminals to provide isolated

outputs.

• Where specified on the installation drawings,

connect switches to the interface connections

between the input and common. Switches must be

isolated.

Lighting Control ModuleEBR-DIN-LCM5-5, EBR-DIN-LCM5-5

(/D, /DSI, /DALI)

5 Channel Hard Wired LCMProduct Data


5 Channel Hard Wired LCMProduct Data

COMMISSIONING


the following:

• Power the boxes up without a bus controller or area

controller connected. After about 15 minutes all

channels will energise.

• From the user menu of the programming handset,

select override on Y, send this to each individual box.

Note that if the power is reset, this action will need to

be performed again.






described overleaf




continuity checked




PART NUMBERS

EBR-DIN-LCM5-5 Rapid 5 channel din rail LCM

EBR-DIN-LCM5-5/D Rapid 5 channel din rail LCM 1-10V dimming output

EBR-DIN-LCM5-5/DSI Rapid 5 channel din rail LCM DSI dimming output

EBR-DIN-LCM5-5/DALI Rapid 5 channel din rail LCM DALI dimming output

EBR-DIN-LCM5-5, EBR-DIN-LCM5-5 (/D, /DSI, /DALI)

SPECIFICATION

LOAD

Switched output: 10A lighting load per channel Switch SON lighting loads via a contactor

Dimming units: 10 ballasts per channel

Note: max. 10m run to dimming ballast from controller



MATERIAL Flame retardant nylon

and ABS

TYPE Class 2




5 Channel Hard Wired LCMWiring Diagram

DSI DIMMING AND CONTACTOR CONTROLLED MANUAL EMERGENCY TEST


5 Channel Hard Wired LCMWiring Diagram

DSI DIMMING AND DALI AUTOMATIC EMERGENCY TEST & MONITORING OPTION



The LMS-MIN-LCM series of lighting control modules

(LCMs) are used as part of the Rapid Lighting

Control System to switch lighting. They have a single

addressable normally open output relay for switching,

whilst the DIM model provides DSI and DALI dimming

signals for dimmable luminaires. For emergency test

applications which require centralised testing or ELV

switch connections, the LMS-MIN-LCM-EM provides a

switched permanent live output. Incorporated on the

unit is a two channel interface for connection to external

devices such as light switches, emergency test switches

and time clocks. A port on the front enables the LCM to

be connected to peripherals such as presence

detectors and bus repeaters, and two terminals allow

connection to the bus.

The dimming version LMS-MIN-LCM-DIM provides

support for DALI EMPRO emergency test and

monitoring. When this method is being used for

emergency testing, do not use the LMS-MIN-LCM-EM

product—this is only for switched emergency test.

The LCM offers many features including:

• Power for up to 4 peripherals



• Scene control


• Fully compatable with all Rapid control system

components


Warning. This device works at mains potential. Be sure


• Install the LCM in the position indicated on the

CP Northern installation drawings.

• Where the unit is installed in a luminaire, take into

account the temperature parameters in the

specification section.

• Screw fixings can be found inside the wiring

compartment.

• Ensure that the programming window is accessible

and visible.

• Connect a permanent supply to the Live, Neutral and

Earth terminals.

• Connect luminaires to the output of the

LMS-MIN-LCM and LMS-MIN-LCM-DIM units.

• Connect emergency fittings to the output of the

LMS-MIN-LCM-EM.

Note that the test switch can be wired to any device

on the bus, not specifically the EM unit.

• For maintained emergency fittings, two LMS units

must be used connecting to the permanent and

switched lives. (see diagram)

Single Channel Lighting Control ModuleLMS-MIN-LCM, LMS-MIN-LCM-DIM, LMS-MIN-LCM-EM

Single Channel Hard Wired LMS Product Data


Single Channel Hard Wired LMS Product Data

COMMISSIONING


the following:

• From the LCM user menu of the programming

handset, select override on Y, send this to each

individual box. Note that if the power is reset, this

action will need to be performed again.

• Alternatively from the LCM programming menu

select power up on Y, send this to each individual

unit and reset the power. This option may need to be

cancelled when the unit is properly commissioned.






detailed


• Luminaires must be connected and in working order


continuity checked




SPECIFICATION

SWITCHING LOAD

10A of lighting and/or ventilation including incandescent, fluorescent, compact fluorescent, low voltage (switch primary of transformer).

Dimming units:

For DSI or broadcast DALI 20 ballasts, maximum dimming pair cable length 200m

For DALI read back 1 ballast (+ 1 EMPRO where used), maximum dimming pair cable length 200mCable min. 0.75mm2

PERIPHERAL LOAD

The unit can power the following maximum number of peripherals at the stated ambient temperature:

Temperature -10°C to 50°C

EBR-CPIR, EBR-4SC, EBR-BR max 4 units

EBR-MWS3 max 2 units

Temperature 51°C to 80°C

EBR-CPIR, EBR-4SC, EBR-BR max 2 units

EBR-MWS3 max 1 unit



MATERIAL Flame retardant ABS

TYPE Class 2



SYSTEM PART NUMBERS

LMS-MIN-LCM Rapid single channel LCMLMS-MIN-LCM-DIM Rapid single channel LCM DALI/ DSI/EMPROLMS-MIN-LCM-EM Rapid single channel LCM EM versionEBS-LCDHS Programming handsetEBR-CPIR PIR presence detectorEBR-MWS3 Microwave presence detectorEBR-BR Bus repeaterEBR-4SC Scene panelRJ45-SPLIT Network 3-way splitterRJ45-COUPLE Network 2-way coupler



The EBR-CPIR presence detectors are designed to

provide automatic control of lighting via the Rapid

lighting control system. They detect movement using

a PIR sensor and turn the load on. When an area

is no longer occupied the load will switch off after

sufficient daylight is present, and to enable maintained

illuminance for dimming systems.

An integral IR sensor in the unit allows the unit to be

commissioned, and used in conjunction with a remote

control handset (part no: UHS) to: act as a conventional

dimmer; override the unit on or off; change the

maintained illuminance lux setting.

INSTALLATION AND FIXING

Wire the products as in the diagram, simply by

connecting to the relevant port of the Rapid Lighting

Control Module using a Cat5 patch cord. An additional

RJ45 connector is provided to daisy chain sensors

together.

The detector should be sited so that the occupants

of the room fall inside the detection pattern shown

overleaf, at a recommended height of 2.8m on the

ceiling. Note that the lower the sensor is installed the

smaller the detection range will be, subject to the

parameters shown on the diagram.

• Avoid mounting in direct sunlight

• Do not site within 1m of forced air heating

or ventilation

• Do not site within 1m of any lighting

To flush mount:

• Cut a 64mm hole in the ceiling

• Insert the mounting clip into the hole and carefully

push the two fixings on the arms downwards until

they grip firmly to the ceiling

• Push the unit fully into the mounting

EBR-CPIR

Passive Infrared Detector Product Data

4.5

60.0 76.0

40.0

64.0

mou

ntin

g ho

le

Flush Mounting Clip

Rapid Bus Connectors


Passive Infrared Detector Product Data

COMMISSIONING



commissioning, its is the responsibility of the installing


• The Rapid LCMs must be connected and installed as

described in the relevant data sheet

• The detectors must be installed and plugged into

the channel of the LCM as shown on the system

installation drawings


• Luminaries must be plugged in

* Bus connection must be established and checked

The detector can be set up using our infrared

programming handset or computer front end.

DETECTION PATTERN

EBR-CPIR

SPECIFICATION

LOAD

See datasheet for Rapid LCM

SUPPLY VOLTAGE 12VDC

TIME OUT PERIOD Adjustable 1 minute to 99 minutes

LIGHT LEVEL Light to dark

FIXING METHOD Flush fixing in 64mm hole using clip provided

MATERIAL Flame retardant ABS,

fixing clip polypropylene

TYPE Class 2



PART NUMBERS

EBR-CPIR D Rapid ceiling mounted presence detector for dimming systems

Plan View

7m

Side Elevation

7m

2.8m

Area of high sensitivityArea of low sensitivity



The EBR-MINPIR presence detector is designed to provide automatic control of lighting via the RAPID or LMS lighting control systems. It detects movement using a PIR sensor to turn the load on. When an area is no longer occupied the load will switch off after an adjustable time out period.

The miniature size together with multiple mounting options make these products ideally suited for mounting in, or attached to, luminaires to provide local control of individual fittings. An adjustable internal light sensor provides light level information to the lighting control system to allow lights to be kept off if sufficient daylight is present, and to enable maintained illuminance for dimming systems.An integral IR sensor in the unit allows the unit to be commissioned, and used in conjunction with a remotecontrol handset (part no: UHS) to: act as a conventional dimmer; override the unit on or off; change the

maintained illuminance lux setting.

INSTALLATION AND FIXING

The product is designed to be mounted directly to a luminaire, either on the inside or outside; or flush intothe ceiling. See mounting options overleaf.• The PIR lens must have a view outside the luminaire.• For optimum lux measurement, the lens must be shielded as much as possible from the light source.• If flush mounting in a panel >6mm thick, remove bottom of retention arms with side cutters.

The detector should be sited so that the occupants of the room fall inside the detection pattern, at a recommended height of 2.8m on the ceiling. Note that the lower the sensor is installed the smaller the detection range will be.• Avoid direct sunlight entering the sensor.• Do not site within 1m of forced air heating or ventilation.• Do not fix to a vibrating surface.The sensor comes with a lead and RJ45 plug for direct connection to the lighting control system. A Cat5 lead and coupler can be used to extend the lead length

if required.

COMMISSIONING

Commissioning will normally be performed by our trained commissioning engineers. Please note that prior to commissioning, it is the responsibility of the installing contractor to ensure the following:• The RAPID or LMS components must be connected and installed as described in the relevant datasheet• The detectors must be installed and plugged into the correct outlet on the LCM or switching unit as shown on the system installation drawings• Mains power must be available• Luminaires must be plugged in• Bus connection must be established and checkedThe detector can be set up using our infrared programming handset or computer front end. For programming details see the separate programming document.

DETECTION PATTERNS

EBR-MINPIR

Mini Infra Red Detector Product Data

Plan View

5mSide Elevation

5m

2.8m

Area of high sensitivityArea of low sensitivity


Mini Infra Red Detector Product Data

SPECIFICATION

LOAD

See datasheet for Rapid or LMS output device




MATERIAL Sensor head, side mounting bracket, power supply - PA (polyamide) Flush holder - Flame retardent ABS Lens - PMMA (Clear acrylic)

TYPE Class 2



PART NUMBERS

EBR-MINPIR Miniature ceiling mounted presence detector

FIXING DIAGRAMS

DIMENSION DIAGRAMS

1

2

3

1 2


Microwave Product Data


The EBR-MWS3 presence detectors are designed to provide automatic control of lighting via the RAPID lighting control system. They detect movement using a highly sensitive microwave detector. This works by emitting low power microwave signals and measuring the reflections as the signals bounce off moving objects. The EBR-MWS3 has a unique adjustable sensor head that allows the area of detection to be optimised for the application.

When an area is occupied the Rapid system can be programmed to turn the lights on. When an area is no longer occupied the load will switch off after an adjustable time out period. An adjustable internal light sensor provides light level information to the RAPID system to allow lights to be kept off if sufficient daylight is present, and to enable maintained illuminance for dimming systems.

An integral IR sensor in the unit allows the unit to be commissioned, and used in conjunction with a remote control handset (part no: UHS) to:• Act as a conventional dimmer• Override the unit on or off

• Change the maintained illuminance lux setting


Wire the products simply by connecting to the relevant port of the Rapid LCM using a Cat5 patch cord. An additional RJ45 connector is provided to daisy chain sensors together.

The detector should be sited so that the occupants of the room fall inside the detection pattern shown over-leaf, at a recommended ceiling height of 2.8m.

Corridors or aisles: the unit should be placed at the end of the corridor or aisle and the sensor head should be angled to look down the corridor or aisle.Open plan areas and offices: the unit can be mounted in a corner looking outwards in which case the sensor head should be angled . Or the unit can be mounted in the centre of the area with the sensor head flat.Note that the higher the sensor is installed the shorter the detection range will be.• Do not site within 1m of any lighting or ventilation equipment.• Do not fix to a vibrating surface.• Site as far away as possible from the surface of metal objects.To flush mount:• Cut a 86mm hole in the ceiling• Insert the mounting clip into the hole and carefully push the two fixings on the arms downwards until they grip firmly to the ceiling• Unscrew the back plate, connect (see below) and re-fix the back plate• Push the unit into the clip and setup as detailedTo surface mount:• Unscrew the back plate and fix straight to the ceiling or to a BESA box• Connect and re-fix the back plate

• Setup as instructed below

Rap

id B

us

Con

nect

ions

Ceiling Fixing Clip

100.0083.00

44.003.5

Fully extended

40.00

Mou

ntin

g ho

le86

.00

EBR-MWS3


Microwave Product Data

COMMISSIONING

Commissioning is performed by our trained commissioning engineers. Please note that prior to commissioning, it is the responsibility of the installing contractor to ensure the following:• The Rapid LCMs must be connected and installed as described in the relevant data sheet• The detectors must be installed and plugged into the channel of the LCM as shown on the system installation drawings• Mains power must be available• Luminaries must be plugged in• Bus connection must be established and checked

The detector can be set up using our infrared programming handset or computer front end.

DETECTION PATTERN

SPECIFICATION

LOAD





FIXING METHOD Flush fixing in 86mm hole using clip provided Surface fixing using integral back plate

MATERIAL Flame retardant ABS, fixing clip polypropylene

TYPE Class 2


SAFETY The microwave radiation emitted by these units is extremely low power. At a distance of > 50mm the power density is <6% of the ANSI IEEE C95.1 –1991 recommended microwave power density. At a distance of 5mm from the unit it is <84% of recommended power density.


PART NUMBERS

EBR-MWS3 Rapid ceiling mounted microwave presence detector

Sensor head position set to 80°

8m 6m4m

20m

25m

2.6m

Area of high sensitivity

Area of low sensitivity




Area of low

sensitivity



10m 6m

25m

30m

2.6m

22m

2.6m

5m6m

16m

1

22

3

1

2

3

Ideal for corridor or aisle applications


Ideal for open plan areas and offices


Product Data and 4-8 Scene Interface


The EBR-4SC provides advanced scene setting functions for the Rapid Lighting Control System. When used in conjunction with Rapid dimming LCMs and suitable dimming luminaries, complex dimming can be achieved to suit applications from complex rooms to individual offices. This product provides for the selection of scenes and the programming of LCMs to provide set dimming levels. The EBR-4SC provides the following features.• Up to 8 scenes selectable using 4 buttons, plus separate off scene• Up/down override• Adjustable fade rates up to 99 minutes, individually selectable for each scene• Room divide• Support for up to 99 individual dimming circuits• IR support for scene selection and programming

• Keypad scene programming


• Install the scene plate in a British standard flush box with a depth of at least 25mm• Wire the plate using a Cat5 cable with the one end stripped and wired as per the diagram overleaf• Connect the other end of the Cat5 cable via an RJ45 plug into port 3 or port 4 of the nearest LCM• Screw the assembly to the wall and clip on the cover plate• To select scenes 1-4, press the scene button. The LED in the button will illuninate.• To select scenes 5-8, press and hold the scene button for more than 1 second-the LED will flash. The button assignments are: scene 5=button1, scene 6=button 2, scene 7=button 3, scene 8=button 4• When a new scene is selected, the desired light level can be selected in the time determined by the fade rate. Double clicking the button will override the fade rate and achieve this level immediately.• Scene 0 is reserved as the “off” scene, but can be

programmed to leave a background lighting effect.

DETECTORS AND INTERFACES

The scene plate can be used in conjunction with

detectors, groups of detectors and clock interfaces to

select scenes. For example a presence detector can

be used to select scene 1 when it detects, and select

scene 0 when the room is vacant.

ROOM DIVIDE

Any combination of connecting rooms can be

automatically controlled using a combination of scene

plates and room divide switches.

Scene Selection PlateEBR-4SC

SPECIFICATION

LOAD See datasheet for Rapid LCM



CONFORMITY EMC-89/336/EEC

LVD-73/23/EEC

+12V 0V A B Room Divide

Core Terminal

White/Orange B

Orange B

White/Green A

Blue A

White/Blue 0V

Green 0V

White/Brown +12V

Brown +12V

EBS-4SC


4-8 Scene Set Interface Wiring Diagram



Rapid area controllers provide data and power to the

system whilst managing the communications. Rapid

can be used in buildings of all sizes and the area

controller can be scaled to the size of the project. All

devices within the area controller are DIN rail mounted

and are delivered to site pre-wired. The area control

devices are as follows:

■

• Power Supply [ EBR-DIN-PSU]

• Bus control, backbone control and interfacing

[EBR-DIN-CTRL]

• Time scheduling for timed events and

emergency test [EBR-DIN-TSCH]

• Backbone for signalling between floors (EBR-DIN-BB)

Area ControllerEBR-AC

Area ControllerProduct Data

Area Controller Typical Wiring Diagram


Area Controller Wiring Diagram

MULTI FLOOR BACKBONE NETWORK WITH CENTRAL SUPERVISORY PC


Dali ControllerProduct Data


The Rapid DALI Gateway Din Rail Module provides an

interface between a Rapid lighting control system and a

set of DALI ballasts wired together on a single DALI bus.

The module acts as a full function LCM with 10

individually programmable output channels; each

channel can have up to 2 standard and 1 EMPRO

ballast connected. Two interface inputs are provided for

connection to external devices such as light switches,

emergency test switches and time clocks. For digital

emergency test and monitoring the unit supports

EMPRO ballasts; for emergency test applications the

unit provides a switched, permanent live output. Up to

7 EBR-DIN-DALIG modules can be connected together

to give control of up to 64 individually addressable DALI

ballasts.

Features include:

• 10 individually addressable output channels per

module

• Up to 64 DALI ballasts per system

• Supports luminaires with multiple ballasts

• Control and fault feedback indication per channel

• Allows ballasts to be grouped for faster control

• Auto re-addressing of failed ballasts with no user

intervention

• 2 interface inputs per module

• Tridonic EMPRO compatible

• Switched permanent live for emergency test

INSTALLATION DETAILS

• Mount in a suitable DIN rail enclosure.

• Where multiple modules are used, connect

together as detailed.

• 1 EBR-DIN-PSU is required to power the internal

circuitry of the module. Subject to the maximum

output current of this device, the PSU can also

be used to power other Rapid peripherals such as

detectors and other DIN modules.

• 1 EBR-DIN-PSU-DALIG is required to power the

DALI bus. Up to 7 EBR-DIN-PSU-DALIG modules

can be connected depending on the number of DALI

ballasts on the bus.

COMMISSIONING






detailed on the installation drawings




network continuity checked

The Controller can be set up using our infrared

programming handset or computer front end.

Comprising DALI Gate way Din Rail ModulesEBR-DIN-DALIG


DALI ControllerWiring Diagram


Supervisory PC and Graphical Interface Product Data

The Rapid graphical interface is designed to provide the

user flexible control and monitoring of the lighting from

a PC. Bitmaps of the building floors can be illustrated

for all control devices, which are graphically depicted as

icons on the floor layout or in a drop down window

within Microsoft Windows.

The graphical interface gives the user the ability to

re-configure control devices or monitor their status.

Changing of lighting groups can be achieved quickly and

simply thus negating the need for physical changes within

the ceiling void. Time settings for presence detectors,

corridor and group hold delays can be adjusted to the

client’s requirements. An event calendar provides the

client with the ability to schedule lighting control events for

special occasions, cleaning, re-lamping and emergency

testing of lights. Lamp error feedback is reported for any

luminaire which is controlled by a DALI ballast.

PART NUMBERS

EBR-CFE-PC Computer Software packaging c/w PC

Graphical InterfaceEBR-CFE-PC

Dali Emergency MonitoringEBR-EMLTU

The effective monitoring of emergency luminaries is

achieved when the Tridonic EMPRO inverter is fitted into

the emergency light fitting along with the ballast and

battery pack. The monitoring is carried out using a 2 wire

DALI control cable which is connected via the luminaire

lead to the lighting control module and in turn monitored

by the Rapid graphical interface.

Emergency lamps and ballasts are tested every few

minutes to ensure presence, communications and

detection of lamp failure. Flexible test scheduling using the

Rapid graphical interface including test duration and “least

time of risk”. Rapid graphical package illustrates pass/fail

status of the emergency fittings which includes:

• Lamp failure

• Ballast failure

• DALI short circuit

• Communication failure

• Battery pack open circuit

• Battery pack no longer fully chargeable

The system ensures that duration tests will only commence

when the battery is fully charged. No DALI addressing

routine required, all addressing carried out using the normal

easy to use Rapid programming format. Key switch method

of testing emergency luminaires is still available.

PART NUMBERS

EBR-EMLTU Emergency monitoring upgrade for EBR-CFE


It is our aim to make the purchase and implementation of

the Rapid lighting control system as straightforward as

possible. A full technical catalogue is available. This

provides full technical specifications for each system

device. It also provides best practice advice on applying

the system to your application. Our dedicated system

technical sales team will be happy to visit you and discuss

your requirements.

We offer full supportthroughout the project process and

application advice

The programming handset is used to configure all

system devices. The handset has a simple to use text

based menu and keypad. The programming handset

also has user menus which allow IDs and timing

information to be read back from system devices.

PART NUMBERSEBR-LCDHS Programming handset

Programming HandsetEBS-LCDHS

Infrared Programmer and Local Overide Product Data

User HandsetUHS, UHS3

The handset allows the user to override the system

detectors. There are two types available: the 8 button

handset (part number UHS) can be used to adjust lux

settings and override the detector ON/OFF. The 3

button (part number UHS3) is used to override the

system detectors ON/OFF.

PART NUMBERSUHS User handset override on/off, lux up, lux downUHS3 User handset on/off

ConnectivityCP Northern provide full lead sets for data connection

between system devices, or project specific advice on

the connection of a network through a structured wiring

solution.

We also have the ability to fit any manufacturer’s

structured wiring TEE s to our lighting control module.

CP Northern can also provide any length of leads to

interconnect between the luminaries and the lighting

control module.

Technical Support

• Full technical documentation

• System commissioning

• Installer support

• Site specific technical documentation

• Post completion technical support


Luminaire Cable Specification

CABLE STRUCTURE

Conductor: Red copper, fine wire

IEC228 conductors according to cl. 5DIN VDE 0295 e

Insulation: Special compound LSF insulation

Distinction: Colour Code

Sheath: Special compound LSF outer jacket

TECHNICAL DATA

Temperature range: Flexing -5°C + 70°C

Fixed -15°C + 80°C

Nominal Voltage Uo/U: 300/500v

Test Voltage: 2000v

Bending Radius: 15 x cable diameter

TESTS

Flame Test: IEC 332-3 A

HD 405,3

Acid Gas: CEI 20-37/1 CEI 20-37/7

Smoke Density: CEI 20-37/6 CEI 20-37/3-1

DIM +

DIM -

PERMANENT LIVE

NEUTRAL

EARTH

SWITCHED LIVE

BLACK PLUG

GREY PLUG6-CORE x Xm FLEX

RED CORE (DIM+ OR D2)

WHITE CORE (DIM- OR D1)

BLACK CORE (PERMANENT LIVE)

BLUE CORE (NEUTRAL)

GREEN/YELLOW CORE (EARTH)

BROWN CORE (SWITCHED LIVE)

Part Number Description

CPN - 3C1.0M FE3 3Mtr 3 core c/w VITP-C6 Plug












1.0MM LUMINAIRE CABLE ASSEMBLY DETAILS

Part Number Description













1.5MM LUMINAIRE CABLE ASSEMBLY DETAILS


BUS Network Cables

PLUG TO PLUG COMMUNICATION NETWORK CABLES

RJ45-RJ45 CAT5 PATCH LEADS:

Order RefEBS-PC5M

EBS-PC10M

Other lengths upon request

For:

• Backbone network

• Area Controller to LCMs, local serial network

• LCM to LCM serial network interlinks

• PIR to LCM RJ45-RJ45 interlinks

AND/OR HARD WIRED OPTIONS

BELDON CABLE TYPE:

UTP 8740

OR UTP 9740

For:

• Backbone network

• Area Controller to LCMs, local serial network

• LCM to LCM serial network interlinks

Black White

Latch at back

Cable core colours

Where required a combination of both Hard Wired and Plug in types of cable connections can be used.

ORANGE

WHITE

ORANGE

GREEN

WHITE

BLUE

BLUE

WHITE

GREEN

BROWN

WHITE

BROWN


LMS Single Channel Hard Wired Wiring Diagram

DSI DIMMING WITH EMERGENCY TEST


Dali System Wiring Diagram


Stand Alone


Presence DetectorEBD-SPIR-2CH


The EBD-SPIR-2CH series of presence detector switches are designed to provide automatic control of lighting, heating or ventilation loads. They detect movementusing a PIR sensor and turn the load on. When an area is no longer occupied the load will switch off after an adjustable time out period.

The 2CH detector provides two independently controlled output channels that can be used for a variety of applications:• Occupancy and lux control of two independent lighting circuits using a single detector-e.g. for essential and non-essential supplies.• Occupancy and lux control of one lighting circuit and just occupancy control of a second circuit-e.g. where a row of luminaries by a window is lux controlled whilst inner rows are switched on occupancy only.• Occupancy and lux control of a lighting circuit and just occupancy control of a ventilation circuit.Note: when controlling two circuits, the circuits must be on the same phase.

An adjustable internal light sensor provides additional energy saving in lighting applications. When an area is occupied lighting is only switched on when the level of natural light is below a preset level. Depending on the part number, lux control is available on one or both channels. In addition a variant of the product provides a normally closed contact for fail safe operation. If the unit fails, the outputs will default to on. When the unit is first powered up the PIR sensor will always detect immediately regardless of whether the room is occupied. An IR sensor in the unit allows the lux settings to be changed and the sensor to be overridden using a remote control handset (part no: UHS).

WIRING AND FIXING

Wire the EBD-SPIR-2CH products as in the diagram. This product is supplied complete with a 3m lead.To switch from more than one position simply wire two or more units in parallel.

The detector should be sited so that the occupants of the room fall inside the detection pattern shown over-leaf, at a recommended height of 2.8m on the ceiling. Note that the lower the sensor is installed the smaller the detection range will be, subject to the parameters shown on the diagram.

• Avoid direct sunlight entering the sensor.• Do not site within 1m of forced air heating or ventilation.• Do not site within 1m of any lighting.• Do not fix to a vibrating surface.To flush mount:• Cut a 64mm hole in the ceiling• Insert the mounting clip into the hole and carefully push the two fixings on the arms downwards until they grip firmly to the ceiling• Connect the pre-wired lead• Loosely push the unit into the clip and setup as instructed below• Push the unit fully into the mounting clip.

INSTALLATION

1. Make sure the load is connected and in working order.2. Isolate the mains supply to the circuit at the main consumer unit.3. Connect the controller via the lead as per the diagram. Note that the essential supply, where used, should be connected to circuit 1.4. Set the LUX level to maximum and the time to minimum.5. Switch the mains supply back on at the distribution board.6. The load should come on immediately.7. Vacate the room or remain very still and wait for the load to switch off (should take no more than 2 minutes).8. Check that the load switches on when movement is detected.9. To set the final LUX level wait until the level of natural daylight is just enough that lighting is required. Starting with the LUX control fully clockwise (at minimum), very slowly turn the control anti-clockwise until the lights come on. Note that when the LUX control is at maximum then the lights will always come on with occupancy. IR control: LUX setting can be done using the lux up and lux down buttons10. Set the time required.11. Push the unit fully into the mounting clip.12. IR control: the override on button turns the unit on permanently; the override off button turns the unitoff permanently; the cancel button cancels the overrides. When an override is selected an LED willflash inside the unit.

76.0

4.6

83.5

7.5


Presence DetectorEBD-SPIR-2CH

PART NUMBERS

EBD-SPIR-2CH-COM Ceiling mounted presence detector with 3m lead, 2 circuit switchingEBD-SPIR-2CH-LUX Ceiling mounted presence detector with 3m lead, 1 circuit occupancy + lux, 1 circuit occupancy onlyEBD-SPIR-2CH-COM/NC Ceiling mounted presence detector with 3m lead, 2 circuit switching, normally closed fail safe contactsEBD-SPIR-2CH-LUX/NC Ceiling mounted presence detector with 3m lead, 1 circuit occupancy + lux, 1 circuit occupancy only, normally closed fail safe contacts

7m

7m

2.8m



Plan ViewSide elevation

40.0

64.0

Mou

ntin

g ho

le

Flush mounting clip

SPECIFICATION

LOAD (per circuit) 8 Amp resistive and incandescent lighting6 Amp fluorescent lighting3 Amp compact fluorescent lighting3 Amp low energy lighting3 Amp low voltage lighting (switch primary of transformer)Fluorescent lighting (max 6 fittings recommended)For fluorescent lighting total power factor correction capacitance must not exceed 40μF.3 Amp fans and ventilation equipmentSwitch SON lighting loads via a contactor

SUPPLY VOLTAGE 220-240 Volts AC 50 Hz Both circuits must be on the same phase

TIME OUT PERIOD Adjustable 10 seconds to 30 minutes

LIGHT LEVEL Light to Dark

FIXING METHOD Flush fixing in 64mm hole using clip provided Surface fixing using optional surface box part no.Dbb

MATERIAL Flame retardant nylon and ABS

TYPE Class 2



Brown

Black

Blue

Red

Yellow

Load CCT 1

Load CCT 2

Load CCT 1

Load CCT 2

Neutral CCT 1

Neutral CCT 2

Lux Time

Min Max Min Max

LUX level


Presence DetectorEBD-SPIR


The EBD-SPIR series of presence detector switches are designed to provide automatic control of lighting, heating or ventilation loads. They detect movementusing a PIR sensor and turn the load on. When an area is no longer occupied the load will switch off after an adjustable time out period.

An adjustable internal light sensor provides additional energy saving in lighting applications. When an area is occupied lighting is only switched on when the level of natural light is below a preset level.

When the unit is first powered up the PIR sensor will always detect immediately regardless of whether the room is occupied.An optional IR sensor in the unit allows the lux settings to be changed and the sensor to be overridden using a remote control handset (part no: UHS).

WIRING AND FIXING

Wire the EBD-SPIR products as in the diagram.To switch from more than one position simply wire two or more units in parallel.

The detector should be sited so that the occupants of the room fall inside the detection pattern shown overleaf, at a recommended height of 2.8m on the ceiling. Note that the lower the sensor is installed the smaller the detection range will be, subject to the parameters shown on the diagram.• Avoid direct sunlight entering the sensor.• Do not site within 1m of forced air heating or ventilation.• Do not site within 1m of any lighting.• Do not fix to a vibrating surface.To flush mount:• Cut a 64mm hole in the ceiling• Insert the mounting clip into the hole and carefully push the two fixings on the arms downwards until they grip firmly to the ceiling• Detach the mains cover, connect and replace the cover• Loosely push the unit into the clip and setup as instructed in diagram• Push the unit fully into the mounting clip.To surface mount:• Screw the optional surface mounting straight to the ceiling or to a BESA box• Detach the mains cover and connect

• Loosely push the unit into the clip and setup• Do not re-fit the mains cover, push the unit into the back box and secure with the screw.

Warning. This device works at mains potential. Be sure to take care when working with electricity.1. Make sure the load is connected and in working order.2. Isolate the mains supply to the circuit at the main consumer unit.3. Connect the controller via the terminal block. Live supply to the L terminal, Neutral to the N terminal and the load to the LIVE OUT terminal.4. Set the LUX level to maximum and the time to minimum5. Push on the mains cover (flush only) and loosely mount the unit.6. Switch the mains supply back on at the distribution board.7. The load should come on immediately.8. Vacate the room or remain very still and wait for the load to switch off (should take no more than 2 minutes).9. Check that the load switches on when movement is detected.10. To set the final LUX level wait until the level of natural daylight is just enough that lighting is required. Starting with the LUX control fully clockwise (at minimum), very slowly turn the control anti-clockwise until the lights come on. Note that when the LUX control is at maximum then the lights will always come on with occupancy. IR version only: LUX setting can be done using the lux up and lux down buttons11. Set the time required.12. Push the unit fully into the mounting clip or back box.13. IR version only: the override on button turns the unit on permanently; the override off button turns the unit off permanently; the cancel button cancels the overrides. When an override is selected an LED will flash inside the unit.

4.6

59.2

10.4

76.0

Load

Live

NeutralCircuit protection

(if required)

Lux Time


Presence DetectorEBD-SPIR

FAULT FINDING

LOAD DOES NOT COME ON

Check to see if the live supply to the circuit is good.

Strap across the L and LIVE OUT terminal to turn the

load on.

If the supply and wiring are good, check the LUX level

setting. Increase the LUX level setting to allow the

controller to turn on at higher ambient natural light level.

If the detection range is smaller than expected, check

the diagram above. Rotating the sensor slightly may

improve the range.

LIGHTS DO NOT GO OFF

Ensure that the area is left unoccupied for longer than

the selected timer setting.

Make sure that the sensor is not adjacent to circulating

air, heaters or lamps.

PART NUMBERS

EBD-SPIR Ceiling mounted presence detector

EBD-SPIR/IR Ceiling mounted presence detector

with IR sensor

DBB Surface mounting back box

SPECIFICATION

LOAD 8 Amp resistive and incandescent lighting

6 Amp fluorescent lighting

3 Amp compact fluorescent lighting

3 Amp low energy lighting

3 Amp low voltage lighting (switch primary of transformer)

Fluorescent lighting (max 6 fittings recommended)

For fluorescent lighting total power factor correction

capacitance must not exceed 40F.

3 Amp fans and ventilation equipment

Switch SON lighting loads via a contactor




FIXING METHOD Flush fixing in 64mm hole

using clip provided

Surface fixing using optional

surface box part no. DBB



TYPE Class 2



40.0

65.0 50.0

76.0

64.0

Mou

ntin

g ho

le

60.0

7m

7m

2.8m



Flush mounting clip

Optional surface mounting back box

Plan ViewSide Elevation



Direct Dim is a ceiling mounted presence detector that offers presence detection and dimming control in one simple unit. A host of energy saving features are combined in Direct Dim to provide a simple cost effective solution to energy efficiency.

Offering presence detection via passive infrared, Direct Dim provides a DSI or DALI dimming output in addition to a switched relay output. The dimming channel of the detector can be used to control the light output of luminares that are fitted with dimming ballasts. The detector measures the overall light level in the detection area and calculates the correct output for the luminares, to achieve a preset lux level. The two outputs can operate together or independently, allowing one output to be dimmed whilst the other output is switched. Two switch inputs are included to allow manual control: for example absence detection on either channel; dimming up/down; or override on/off. The use of a two position switch allows simple dimming up and down.

The detector can be set using either integral presets or by using a separate handset for more detailed functions.Please note: Direct Dim detectors can control up to 20 dimming ballasts

APPLICATIONS

• Commercial Offices • Education • Public buildings

Direct Dim Dimming Ceiling Presence Detector

Presence DetectorEBD-SPIR-DD


Absence detection Enhanced energy saving

Daylight linking Constant light level

Dual output Flexible control

Manual switch inputs User override

Manual dimming Adjustable light output

Integral setup Quick commissioning

User handset (optional) Allows user to override the detector

Scene setting User comfort

ORDER CODE DESCRIPTION TIME DELAY LOAD RATING AT 230VAC Incandescent Fluorescent Compact Fluorescent

EBD-SPIR-DD Direct dimming presence detector DSI/DALI 15 sec-30 min 8A 6A 4ADD-LCDHS Programming handset for Direct Dim detectors UHS User handset override on/off; lux up/lux down UHS3 User handset override on/off DBB Surface mounting back box

Please note: For 1-10V analogue dimming applications refer to our website

QUICK FIT INSTALLATION

1. Ceiling TileThe detector can be mounted into a ceiling tile using a flush mounting clip which comes as standard. This can be adjusted to suit different depths of ceiling tile.

2. Surface MountingThe detector can be surface mounted using the optional surface mounting box (part number DBB), which mounts onto a BESA box or directly onto the ceiling surface. Knockouts are provided for mini trunking access.

1

2

1. Cut hole and mount flush mounting clip

2. Set timing and light level and plug in connections

3. Fix into ceiling clip

1. Mount surface box onto the ceiling, and remove mini trunking knockout

2. Set timing and light level and plug trunking knockout

3. Fix iinto detector box



Direct Dim is a ceiling mounted presence detector that

offers presence detection and dimming control in one

simple unit. A host of energy saving features are

combined in Direct Dim to provide a simple cost

effective solution to energy efficiency.

Offering superior multi sense presence detection via

microwave, Direct Dim provides a DSI or a DALI

dimming output in addition to a switched relay output.

The dimming channel of the detector can be used to

control the light output of luminaires that are fitted with

dimming ballasts. The detector measures the overall light

level in the detection area and calculates the correct

output for the luminares, to achieve preset lux level The

two outputs can operate together or independently,

allowing an output to be dimmed whilst the other output is

switched. Two switch inputs are included to allow manual

control, for example absence detection on either channel

or dimming up/down or override on/off. The use of a two

position switch allows simple dimming up and down. The

detector can be set up using either integral presets or by

utilizing a separate handset for the more detailed

functions.

APPLICATIONS

• School classrooms

• Colleges

• Universities

• Public buildings

• Retail

• Commercial offices

■

Multi-Sense Dimming Microwave Presence Detector

Presence DetectorMWS-3DD


Absence detection Enhanced energy saving

Daylight linking Constant light levelDual output Flexible control

Manual switch inputs User override

Manual dimming Adjustable light output

Integral setup Quick commissioning

User handset (optional) Allows user to override the detector

Scene setting User comfort

ORDER CODE DESCRIPTION TIME DELAY LOAD RATING AT 230VAC Resistive Incandescent Fluorescent Compact Fluorescent

MWS-3DD Direct Dim microwave 15 sec- 30 min 10A 10A 10A 10A presence detector DSI/DALIDD-LCDHS Programming handset for 15 sec- 30 min 10A 10A 10A 10A Direct Dim detectorsUHS User handset override on/off, lux up, lux down UHS3 User handset override on/off UK Patented. No. 0411069.8 Please note: For 1-10V analogue dimming applications refer to our website


WIRING DIAGRAMS

Two channel, common switchFunctions: Switches both channels with occupancy. Maintains illuminance, dims and switches the dimming channel and switches the other channel using single position and retractive switch.

Configured to presence detection: Turns on

automatically with occupancy. Maintains illuminance

(dimming channel only). Press and release down switch

to turn off. Press and release up switch to turn back on.

Press and hold up switch to dim up, press and hold

switch to dim down. Turns off after occupancy.

Configured to absence detection: Press and release

up switch to turn on Maintains illuminance (dimming

channel only). Press and release down switch to turn

off. Press and hold up switch to dim up, press and hold

down switch to dim down. Turns off after occupancy.

Channel mode: Set to “Switch and dim separately”.

Switch mode: Set to “2 position switch together”

Single channel switchingFunctions: Switches channel 1 only with occupancy. optional overide switch. No dimming output.


automatically with occupancy. Press and release down

switch to turn off. Press and release up switch to turn

back on. Turns off after occupancy.


up switch to turn on. Press and release down switch to

turn off. Turns off after occupancy.

Channel mode: Set to “Switch only”.

Switch mode: Set to “2 position switch together”. Note:

a single position switch can be used instead to toggle

output, set to “1 position switch separate”.

LL/OUTN

DIM+DIM-

SW1/UPSW2/DOWN

LL/OUTN

DIM+DIM-

SW1/UPSW2/DOWN

DD Sensor

DD Sensor

Dimming Ballast

Dimming Luminaire(DSI or DALI)

Luminaire(Non-dimming)

Circuit protection(If required)

Live

Neutral

Centre biased retractive switch(240V switching)


Live

Neutral



Please note that the centre biased retractive switch will provide control for the dimming lumaires(s) only. The non-dimming luminaires(s) will be controlled only by the sensor

Presence DetectorDD Wiring Diagrams


Presence DetectorDD Wiring Diagrams

WIRING DIAGRAMS

Single channel dimmingFunctions: Switches the luminaire with occupancy and maintains illuminance. Dims and switches using optional centre biased retractive (MK K4900 or similar).


automatically with occupancy. Maintains illuminance.

Press and release down switch to turn off. Press and

release up switch to turn back on. Press and hold up

switch to dim up, press and hold switch to dim down.

Turns off after occupancy.


up switch to turn on. Maintains illuminance. Press and

release down switch to turn off. Press and hold up

switch to dim up, press and hold down switch to dim

down. Turns off after occupancy.

Channel mode: Set to “Switch and dim together”.

Switch mode: Set to “2 position switch together”

Two channel, individual switchesFunctions: Switches the luminaire with occupancy. Maintains illuminance, dims and switches the dimming channel using optional single position retractive (switch 2). Switches the switching channel using the optional single position retractive switch (switch 1).

Configured to presence detection:Turns on automatically with occupancy. Maintains

illuminance (dimming channel only). Press and release

switch to toggle output. Press and hold switch to dim

up and down (reverses direction with each press). turns

off after occupancy.

Configured to absence detection:Press and release switch to turn on. Maintains

illuminance (dimming channel only). Press and release

switch to turn off. Press and hold switch to dim up and

down )reverses direction with each press). Turns off

after occupancy.

Channel mode: Set to “Switch and dim separately”.

Switch mode: Set to “1 position switch separate”

LL/OUTN

DIM+DIM-

SW1/UPSW2/DOWN

Dimming Ballast



Live

Neutral


DD Sensor

LL/OUTN

DIM+DIM-

SW1/UPSW2/DOWN

DD Sensor

Dimming Ballast




Live

Neutral

Switch 1 - Momentry push to make switch (240V switching)

Switch 2 - Momentry push to make switch (240V switching)1

2

Please note that the dimming signal is used to switch the dimming luminaire on/off and therefore the 240V feed to the luminaire fitting must come from the permanent live supply


Presence DetectorMWS3 Microwave

Rap

id B

us

Con

nect

ions

Ceiling Fixing Clip

100.0083.00

44.003.5

Fully extended

40.00

Mou

ntin

g ho

le86

.00


The MWS3 presence detectors are designed to provide automatic control of lighting, heating or ventilation loads. The MWS3 detects movement using a highly sensitive microwave detector. This works by emitting low power microwave signals and measuring the reflections as the signals bounce of moving objects. The MWS3 has a unique adjustable sensor head that allows the area of detection to be optimised for the application.

When movement is detected the load is turned on. When an area is no longer occupied the load will switch of after an adjustable time out period.

An internal light sensor provides additional energy savings in lighting applications. When an area is occupied lighting is only switched on when the level of natural light is below a preset level.

An integral IR sensor in the unit allows the unit to be commissioned, and used in conjunction with a remote

control handset (part no: UHS).

WIRING AND FIXING

Wire the products as in the diagram, simply by connect-ing to the relevant port of the Rapid LCM using a Cat5 patch cord. An additional RJ45 connector is providedto daisy chain sensors together.

The detector should be sited so that the occupants of the room fall inside the detection pattern shown over-leaf, at a recommended ceiling height of 2.8m.Corridors or aisles: the unit should be placed at the end of the corridor or aisle and the sensor head should be angled to look down the corridor or aisle.

Open plan areas and offices: the unit can be mounted in a corner looking outwards in which case the sensor head should be angled . Or the unit can be mounted in the centre of the area with the sensor head flat.Note that the higher the sensor is installed the shorter the detection range will be.• Do not site within 1m of any lighting or ventilation equipment.• Do not fix to a vibrating surface.• Site as far away as possible from the surface of metal objects.To flush mount:• Cut a 86mm hole in the ceiling• Insert the mounting clip into the hole and carefully push the two fixings on the arms downwards until they grip firmly to the ceiling• Unscrew the back plate, connect (see below) and re-fix the back plate• Push the unit into the clip and setup as detailedTo surface mount:• Unscrew the back plate and fix straight to the ceiling or to a BESA box• Connect and re-fix the back plate

• Setup as instructed

Load

Natural

Live

Circuit Protection (if required)

N

L/OUTL



SPECIFICATION

LOAD





FIXING METHOD Flush fixing in 86mm hole using clip provided Surface fixing using integral back plate

TERMINAL CAPACITY 1.5mm


TYPE Class 2


SAFETY The microwave radiation emitted by these units is extremely low power. At a distance of > 50mm the power density is <6% of the ANSI IEEE C95.1 –1991 recommended microwave power density. At a distance of 5mm from the unit it is <84% of recommended power density.


FAULT FINDING

Load does not come onCheck to see if the live supply to the circuit is good. Strap across the L and Live out terminal to turn the load on.If the supply and wiring are good, check the LUX level settings. Increase the LUX level setting to allow the controller to turn on at higher ambient natural light level.Lights do not go offEnsure that the area is left unoccupied for a greater time period than the time out period set using the switch.Make sure that the sensor is not adjacent to vibrating surfaces of objects. (e.g. ventilation equipment).The unit may pick up movement through thin partitions or walls. Reduce the sensitivity by turning the adjuster anticlockwise. The unit may pick up movement that occurs behind the sensor, Reduce the sensitivity by turning the adjuster.


8m 6m4m

20m

25m

2.6m






Area of low

sensitivity



10m 6m

25m

30m

2.6m

22m

2.6m

5m6m

16m

1

22

3 1

2

3



Ideal for open plan areas and offices


Presence DetectorMWS4- Long Range


The MWS4 long range microwave presence detector is designed to provide automatic control of lighting, heating or ventilation loads over large areas - typically up to 60m- making it ideal for warehouses, sports halls and corridors. The MWS4 detects movement using a highly sensitive microwave detector. This works by emitting low power microwave signals and measuring the reflections as the signals bounce of moving objects. The MWS4 has a bracket that allows the area of detection to be optimised for the application.

An internal light sensor provides additional energy saving in lighting applications. When an area is occupied lighting is only switched on when the level ofnatural light is below a preset level. An integral IR sensor in the unit allows the lux settings to be changed and the sensor to be overridden using a remote control handset (part no: UHS).

Two models are available:MWS4 - allows an external LUX sensor to inhibit the output. When the lux input terminals are closed, the output will no longer turn on.MWS4-ABS - has an absence detection input. The unit will turn on only when the absence input is closed. The output will be kept on with occupancy and turn off automatically. If the input is pressed again during occupancy, the output will reset. Only momentary switches can be used.

WIRING AND FIXING

Wire the products as in the diagram.To switch from more than one position simply wire two or more units in parallel to achieve two way and intermediate switching. The detector should be sited so that the occupants of the room fall inside the detection pattern shown overleaf. Corridors or aisles: the unit should be placed at the end of the corridor or aisle and the sensor head should be angled to look down the corridor or aisle. Open plan areas and offices: the unit should be mounted in a corner looking outwards and the sensor head should be angled. Note that the higher the sensor is installed the shorter the detection range will be.

• Do not site within 2m of any lighting or ventilation equipment.• Do not fix to a vibrating surface.• Site as far away as possible from the surface of metal objects.• Use a suitable cable gland for cable entries to preserve the IP rating of the unit• The bracket must be fixed tightly to a flat surface

INSTALLATION

1. Make sure the load is connected and in working order.2. Isolate the mains supply to the circuit at the main consumer unit.3. Connect the controller via the terminal block. Live supply to the L terminal, Neutral to the N terminal.4. The output contact is an isolated contact. If required loop the Live feed to one of the terminals and take the output from the other terminal.5. MWS4 only-connect an external lux sensor to the LUX INPUT terminal if using. This must be an isolated contact. When the contact is made, the output will be inhibited.6. MWS4-ABS only-connect a momentary switch to the ABSENCE INPUT terminal. This must be an isolated switch.7. Set the LUX level adjuster fully clockwise, the time to minimum (fully anticlockwise) and the sensitivity to maximum (fully clockwise) using the diagram.8. Apply power-the load should come on immediately.9. Vacate the room or remain very still and wait for the load to switch off (should take no more than 2 minutes).Check that the load switches on when movement is detected.10. To set the LUX level wait until the level of natural daylight is just enough that lighting is required. Starting with the LUX adjuster fully anti-clockwise. Very slowly turn the adjuster clockwise until the lights come on. Note that when the LUX adjuster is fully clockwise then the lights will always come on with occupancy. IR handset: LUX setting can be done using the lux up and lux down buttons—press SET first.11. Select the time out range using the adjuster, fully clockwise is the maximum.12. The area of detection can be varied by altering the angle of the sensor head and the sensitivity adjuster. Note: on maximum sensitivity this unit is extremely sensitive to movement and may detect through thin walls or partitions. If this causes a problem reduce the sensitivity by turning the adjuster anticlockwise.13. IR handset: the override on button turns the unit on permanently; the override off button turns the unit off permanently; the cancel button cancels the overrides. When an override is selected an LED will flash inside the unit.

15

40

115

60 130

170

115

130

178


Presence DetectorMWS4-Long Range

FAULT FINDING

LOAD DOES NOT COME ONCheck to see if the live supply to the circuit is good.If the supply and wiring are good, check the LUX level setting. Increase the LUX level setting to allow the controller to turn on at higher ambient natural light level.

LIGHTS DO NOT GO OFFEnsure that the area is left unoccupied for a greater time period than the time out period set using the switch.Make sure that the sensor is not adjacent to vibrating surfaces or objects (e.g. ventilation equipment).

The unit may pick up movement through thin partitions or walls. Reduce the sensitivity by turning the adjuster anticlockwise. The unit may pick up movement that occurs behind the sensor. Reduce the sensitivity by turning the adjuster anticlockwise.

PART NUMBERS

MWS4 Long range microwave presence detectorMWS4-ABS Long range microwave presence detector with absence detection input

SPECIFICATION

10A of lighting and or ventilation including incandescent, fluorescent, compact fluorescent, low voltage (switch primary of transformer).



LIGHT LEVEL Light to Dark

FIXING METHOD Surface fixing using

bracket provided


MATERIAL Polystyrene

TYPE Class 2


SAFTEY The microwave radiation emitted by these units is extremely low power. At a distance of > 50mm the power density is <15% of the ANSI IEEE C95.1 –1991 recommended microwave power density. At a distance of 20mm from the unit it is <75% of recommended power density.




18m

3.5m

60m

Plan View Side Elevation

10m

5m

60m




The MWS5 series of miniature microwave presence detector switches are designed to provide automatic control of lighting loads. The MWS5 detects movement using a highly sensitive microwave detector. This works by emitting low power microwave signals and measuring the reflections as the signals interact with moving objects. Microwave radiation penetrates plastic and glass allowing this sensor to be mounted inside a luminaire.

Mounting OptionsThe MWS5 has been designed for ceiling mounted or wall mounted applications, and is specifically suited for mounting inside luminaires.

The product consists of the following parts:• Sensor head with integral 300mm sensor lead• Power supply unit• Flange mount bracket (supplied with sensor head)• Surface mount base plate (supplied with sensor head)

The sensor head can be wall or ceiling mounted using the surface mount base plate. It can be fitted inside luminaires on the gear tray using the integral fixing lugs; on the rear side of a diffuser using the flange mount bracket; or through the front face of a fitting using the flange mount bracket.

The power supply unit is a low profile ballast-sized enclosure suitable for gear tray mounting.

AdjustmentAdjustments can be made to timing, lux and sensitivity using two small pushbuttons on the face of the sensor head. When adjustment is required, the functions are displayed via different coloured LED’s behind the sensor head lens. An optional user handset can be used on IR versions to adjust the lux levels and provides a user override.

Modes of OperationThere are three modes of operation:

Presence DetectionWhen movement is detected the load is turned on. When the area is no longer occupied the load will switch off after the adjustable time out periodhas lapsed. An integral, adjustable light sensor will prevent the load being turned on when there is sufficient ambient light. In this mode an optionallatching override switch can be connected to the D+ and D– terminals to provide an override off.

Absence DetectionThe load is manually switched on using a momentary switch which is connected to the D+ and D– terminals. When the area is no longer occupied the load will switch off after the adjustable time out period has lapsed. If the switch contact is closed whilst the load is on, it will turn off immediately. The presence and absence mode can be selected as part of the set-up procedure.

DimmingDimming versions of the MWS5 are available to provide maintained illuminance. An internal light sensor measures the light level and adjusts the output of the luminaries to maintain a constant, adjustable lux level. Note that this function only works with fluorescent fittings that have either 1-10V or DSI ballasts. When using the dimming sensor, care must be taken to ensure that the sensor head cannot directly see the lamps that it is controlling.

SwitchingThe MWS5 power supply unit contains a high power relay capable of directly switching most types of lighting load. For applications that require multiple luminaires to be switched using one sensor, the switched live output can power as many luminaires as required subject to the maximum current rating. It may be necessary to connect the MWS5 output to a terminal strip for distribution to other fittings.

142m

4mm holes on 110mm centres

22m

m40

mm

Live inLive outNeutral

Power Supply Unit Details

Sensor Head Details

Connection for sensor lead

D+ (Dim+)D- (Dim-)

Fixing lug for gear tray fixing


Function button Adjustment button

Lens

18m

m1m

m

Sensor lead

37mm

39mm

1mm



INSTALLATION AND SET UP

Sensor Head Display

Function button

Flush fitting through gear tray or front face using the flange mount bracketGlue the flange mount bracket on to the rear of the plate, and fasten the sensor head in place using the two shorter bracket clips.Before gluing, please ensure that the glue used is compatible with both the acrylic flange mount bracket and the front face material.

MOUNTING OPTIONS

Adjustmentbutton

Green LED = timeRed LED = lux/absence setting indicatorYellow LED = sensitivity/presence setting indicator

Live in

Load

Neutral

Wiring for Non-Dimming Applications

Wiring for Dimming ApplicationsTo Dimming Ballast

Sensor Head

Sensor Head

Use mains rated cable for external wiring

Circuit Protection (if required)

Manual switch (optional)Presence detection mode: overide off use latching switchAbsence detection mode: use momentary switch

Direct attachment to gear tray using integral fixing lugs.

25m

m

3.8mm countersunk holes on 25mm centres for fixing screws (not supplied)

Clearance holes for gear tray fixing lugs on sensor lead

Clearance hole for sensor lead

39.5mm

5.5m

m

4 cutouts available in top-edge for sensor lead

Snap-on lugs to attach sensor head

Surface Mount Baseplate Details

Flange Mount Bracket Detail

50mm

25m

m m

ax

19mm high bracket clips for mounting on rear of diffuser

18mm high bracket clips for flush mounting

Clip sensor head in place using shorter bracket clips

Fix flange bracket to rear of front face

37.5mm hole in front face for flush fitting

37.5mm

18m

m1m

m

Front face of fitting 1mm thick (max)

Flush fitting the sensor head using the flange bracket

Flush fitting behind luminaire diffuser using the flange mount bracket

Surface mounting using the surface mount baseplate.

4mm holes on 19mm centres for fixing lugs

19mm

11mm clearance hole in centre for sensor lead and connector

Hole Fixing Details for Gear Tray Fixing



18m

m1m

m

Sensor lead

37mm

39mm

1mm

21m

m m

ax

50mm

Flange Mount Bracket Detail

19mm high bracket clips for mounting on rear of diffuser

18mm high bracket clips for flush mounting

19m

m

Fitting the sensor head behind a diffuser using the flange bracket

Clip sensor head in place using longer bracket clips

Fix flange bracket to rear of diffuser

Light fitting diffuser

L

L/OutN

L

L/OutN

D+

D-



INSTALLATION AND SET UP

Siting the sensorThe sensor head should be sited so that the occupants of the room fall inside the detection pattern shown overleaf. Please note that the higher the sensor is installed the shorter the detection range will be.• Do not site within 1m of any ventilation equipment.• Do not fix to a vibrating surface.• Keep metal objects as far away as possible from the face of the sensor head, as they will detrimentally affect the detection pattern of the product.

Connection• Connect the power supply via the terminal block on the power supply unit. Live supply to the L terminal, Neutral to the N terminal and the load to the LIVE OUT terminal.• Connect the sensor head to the power supply unit using the connector, ensuring it clicks in place.• Non-dimming applications: a switch can be connected to the D+ and D- terminals. For presence detection this is an override off switch and should be latching; for absence detection it should be momentary action. Note that any cables that are connected to manual switches must be mains rated to comply with IEE wiring regulations.• Dimming applications: connect the D+ (dimming up) and D- (dimming down) connections to the corresponding terminals on the dimming ballast.• On power up, the load should come on immediately.• Vacate the room or remain very still and wait for the load to switch off (on the factory preset, this should take approximately 15 minutes, but the timing out period can be adjusted down to 1 minute to speed up the set-up procedure).• Check that the load switches on when movement is detected.

AdjustmentTime, Lux and Sensitivity• Press and hold either button for at least 5 seconds then release: one of the LED’s positioned behind the lens will flash to show which function has been selected.• The LED will flash a number of times (between 1 and 7) to indicate the current setting (minimum = 1 flash, maximum = 7 flashes).• To change between Time (green), Lux (red) and Sensitivity (yellow) press and release the function button until the required LED shows.

• When the function has been selected press the adjustment button to increase the setting by 1 step. Pressing the button after reaching 7 flashes will return the setting to 1 flash.• Time settings are as follows: 1 flash = 1 minute; 2 flashes = 5 min.; 3 flashes = 10 min.; 4 flashes = 15 min.; 5 flashes = 20 min.; 6 flashes = 25 min.; 7 flashes = 30 min.• Lux settings: 1 flash turns on when very dark ; 7 flashes turns on regardless of ambient light.• Sensitivity: 1 flash minimum; 7 flashes maximum.• After finishing adjustment, the LED will show the new setting 5 times and then return to operational mode.

Default settings• Pressing and hold both buttons together : after 3 seconds the green LED lights. Release immediately to restore the factory settings as follows:• Presence Detection mode• Time = 15 minutes• Lux = level 7• Sensitivity = level 6

Mode• To check the mode press and hold both buttons together: after 3 seconds the green LED lights— leave the buttons pressed. After a further 3 seconds the following LEDs will light: Green/Yellow = Presence Detection mode Green/Red = Absence detection mode• To accept the current mode release the buttons immediately.• To change the mode keep the buttons pressed for another 5 seconds until the LEDs change, then release.

IR Handset• The IR handset can be used to adjust the lux level setting—press the LUX UP or LUX DOWN buttons.• To override the sensor permanently off press the OFF button—the red LED will light.• To override the sensor permanently on press the ON button—the green LED will light.• To cancel an override press the CANCEL button.


MWS5 MicrowaveProduct Data

FAULT FINDING

LOAD DOES NOT COME ONCheck to see if the live supply to the circuit is good. Strap across the L and LIVE OUT terminal to ensure that the load turns on.

If the supply and wiring are good, check the LUX level setting. Increase the LUX level setting to allow the controller to turn on at higher ambient natural light level.

LIGHTS DO NOT GO OFFEnsure that the area is left unoccupied for a greater time period than the time out period set. Make sure that the sensor is not adjacent to vibrating surfaces or objects (e.g. ventilation equipment).

The unit may pick up movement through thin partitions or walls. Reduce the sensitivity by adjusting the sensitivity function down.

PART NUMBERS

MWS5 Microwave sensor headMWS5-IR Microwave sensor head c/w IR overrideMWS5-D Microwave sensor head for 1-10V dimming output c/w IR overrideMWS5-DSI Microwave sensor head for digital DSI dimming output c/w IR overrideMWS5-PSU Power supply unitMWS5-PSU-D Power supply unit with 1-10V dimming outputMWS5-PSU-DSI Power supply unit with digital DSI dimming outputUHS User handset override on/off, lux up, lux downUHS-3 User handset override on/off

SPECIFICATION

LOAD6 Amps fluorescent and incandescent lighting.3 Amps compact fluorescent lighting.3 Amps low energy lighting.3 Amps low voltage lighting (switch primary of transformer).Dimming output power supply versions - up to 10 dimming ballasts.Switch SON lighting loads via a contactor.SUPPLY VOLTAGE 220-240 Volts AC 50 HzTIME OUT PERIOD Adjustable 1 minute to 30 minutes (stepped)LIGHT LEVEL Light to DarkFIXING METHOD Surface fixing-see instructions Flush fixing-see instructions TERMINAL CAPACITY 1.0mm2

MATERIAL Sensor head & surface mount baseplate - Flame retardant ABS Power supply unit housing - Glass filled PA (Polyamide) Flange mount bracket & lens - PMMA (Clear Acrylic)TYPE Class 2TEMPERATURE -10°C to 80°CSAFTEY The microwave radiation emitted by these units is extremely low power. At a distance of > 50mm the power density is<6% of the ANSI IEEE C95.1 –1991 recommended microwave power density. At a distance of 5mm from the unit it is <84% of recommended power density.CONFORMITY EMC-89/336/EEC LVD-73/23/EEC



8m 12m

5m

Ceiling mounting - Plan view

Wall mounting - Plan view

The ceiling sensor will cover a floor area of approximately 8 metres diameter at an installed sensor height of 2.4 metres. Installing the sensor head behind a diffuser will reduce thedetection range by approximately 10%. Measurements taken at maximum sensitivity.

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