C.P. Electronics UNLCDHS Manuel du propriétaire

UHS5

Compact, programming/

commissioning handset

UNLCDHS

Professional, programming/

commissioning LCD handset

Standalone Presence Detectors

Programming Manual

Downloads and Videos

cpelectronics.co.uk/cp/442

Downloads and Videos

cpelectronics.co.uk/cp/444

WD841 Issue 4

Standalone Presence Detectors

Programming Manual

Contents

Introduction 4

Technology Guide

Presence & Absence Explained ..................................................................6

Switching With LUX Level Sensing ...........................................................7

Maintained Illuminance ...................................................................................8

UHS5 Compact Handset Programming 9

For models including ‘-PRM’ and ‘-PRM-2CH’ ....................................9

For Dimming models including ‘-DD/SR’ and ‘-AD’ ....................10

UNLCDHS Universal Handset Programming 11

Programming Overview ................................................................................ 12

Readback Function .......................................................................................... 12

Keypad Operation ............................................................................................. 13

Parameters ............................................................................................................ 14

Channel Dimming and Switch Mode Explained ........................... 15

UNLCDHS Programming Basic Parameter Settings 19

Detector Parameter (Ch 1 & 2) .................................................................20

LUX Control (Ch 1 & 2) .................................................................................... 21

User .............................................................................................................................22

UNLCDHS Programming Advanced Parameter Settings 23

Conguration ....................................................................................................... 24

Output Ch 1 ...........................................................................................................25

Output Ch 2 ........................................................................................................... 26

UNLCDHS Programming Advanced Parameter Settings

For Dimming Controllable Units ‘-DD/SR’ and ‘-AD’ and Variants 27

Output Ch 2 ...........................................................................................................28

User .............................................................................................................................30

Device Information ..........................................................................................31

Introduction

Purpose of the Manual

Programming Peripherals

This manual is to explain the programming of the CP Electronics Standalone sensors of the ranges below:

• EBDSPIR and their variants

• EBDSPIR-B and their variants

• EBDMR and their variants

• EBDSM and their variants

• EBDRC and their variants

• EBDHS and their variants

• EBDHS-MB and their variants

• EBMHS and their variants

• EMBPIR-MB and their variants

• EBMINT and their variants

• EBMPIR and their variants

• MWS1A and their variants

• MWS3A and their variants

• MWS5 and their variants

• MWS6 and their variants

• MWSINT and their variants

Applicable sensors are not limited to the above list of examples as newer product ranges may have been added since the

production of this manual.

Note: Products of network connection nature are NOT covered in this manual and the appropriate manuals are referred to by

their install instruction guides. For example sensors in the Vitesse Plus range VITP7-EBDSPIR, VITP7-MWS3A are covered by

the Vitesse Plus System Manual.

For Rapid system sensors such as EBR-CPIR, EBR-EBDMR, kindly refer to the RAPID System install manual for their use and support.

The functionality of the sensors is controlled by a number of parameters which

can be changed or programmed by any of the following devices:

• UHS5 Infrared Handset. See UHS5 section.

• UNLCDHS Infrared Handset (with LCD). See UNLCDHS section

For most basic programming operations, the small UHS5 handset will suce

whilst the UNLCDHS Universal LCD handset can be used for the programming of

the advance functions.

Point the handset at the Sensor and send the required programming commands

to the unit as shown.

Valid commands will be indicated by a red LED ash.

UHS5

Compact Handset Programming

Presence Detection: Detectors will switch on lighting automatically

when a person enters the room, and switches o lighting automatically

when no movement is detected.

Absence Recovery: Aer an occupancy time out period has elapsed

in absence mode, the unit temporarily enters a presence mode for 10

seconds allowing the occupants movement to bring the lights back on.

Absence Detection: Upon entering the room the person switches on

the light as normal, but on leaving the detector switches o the lighting

automatically. Lights can also be switched o manually.

Manual Timeout (via switch): This ensures that if a switch

is activated and no movement is detected the lights will

switch o aer 10 minutes, minimising unnecessary lit space.

The Detection Mode for both output Channels 1 and 2 can

be set to behave in Presence or Absence mode:

Presence

• When movement is detected the load will automatically

turn on. When the area is no longer occupied the load will

automatically switch o aer an adjustable time period.

Absence

• The load is manually switched on. When the area is no

longer occupied the load will automatically switch o

aer the adjustable time period has elapsed.

In either case, sensitivity to movement of the PIR sensor

can be adjusted using the Sensitivity parameter.

HINT: To assist in setting the sensitivity, turn on the Walk

Test LED which will ash red when movement is detected.

The choice between presence and absence detection

for dierent spaces can make a big dierence in user-

friendliness and the amount of energy saved.

Technology Guide

Presence & Absence Explained

Detection Mode

Manual Timeout

Occupancy detection can be made dependant on the ambient light level using the LUX On Level and LUX O Level parameters.

Most of our detectors have built-in adjustable LUX sensors which will keep the lighting switched o if there is sucient natural light.

All ceiling mounted PRM detectors can be set up from ground level using our simple programming handsets. A LUX time

delay can be set to avoid nuisance switching with constantly varying LUX levels.

Technology Guide

Switching With LUX Level Sensing

No presence detected, daylight, lights o. Presence detected, sucient daylight, lights o.

Presence detected, insucient daylight, all lights on. No presence detected, lights o.

Switch Level On / O

Switching with LUX level sensing

LUX level sensing in ‘presence detected’ and ‘no presence detected’ scenarios

Brighter

LUX ON

time

LUX OFF

time

Darker

Ambient light level

Lights turn on Lights turn o

Occupancy detected

LUX on level

LUX o level

Kindly refer to the product manual of the specic model for the usable LUX range.

No presence detected, daylight, lights o.

Presence detected, some daylight.

Lights on and dimmed to maintain a minimum level.

No presence detected, lights o.

Presence detected, sucient daylight, lights o.

Presence detected, insucient daylight.

Detector measures and implements maintained illuminance.

The detector measures the overall light level in the detection area and calculates the correct output for the luminaires,

to maintain above the required minimum illuminance level (maintained illuminance).

A dimming detector can be used to control the light output of luminaires that are tted with dimming drivers.

The detector measures the overall light level in the detection area and regulates the output of the luminaires, to maintain a

minimum required level for the area and saving energy when natural daylight can be used to replace / supplement articial

lighting (daylight harvesting).

Technology Guide

Maintained Illuminance

Maintained illuminance in ‘presence detected’ and ‘no presence detected’ scenarios

UHS5 Programming

For all models including ‘-PRM’ and ‘-PRM-2CH’

Number of shi presses

Parameter

Name

Default

Value

SHIFT 1 SHIFT 2

UHS5 Handset

Graphics Description

On On Cancel

overide on Turn lights on

O O Cancel

overide o Turn lights o

Walk test O On O

When set to On this causes a red LED

to ash on the sensor when it detects

movement. Use this feature to check for

adequate sensitivity levels.

Time Out

(Time

adjustment)

20 mins 1, 10 & 20

minutes

5, 15 & 30

minutes

10 seconds

(5/1 button)

Once the detector is turned on, this

value sets how long the lights will stay

on once movement has ceased.

LUX on level

(Switch level

on)

9 2, 5 & 7 4, 6 & 9

LUX level setting to prevent the

luminaires from being switched on if the

ambient light level is sucient (adjustable

between 1 and 9). The luminaires will

always be switched on at level 9.

LUX o level

(Switch level

o)

9 2, 5 & 7 4, 6 & 9

LUX level setting switches the luminaires

o during occupancy if the ambient light

level goes above the setting (adjustable

between 1 and 9). Level 9 will always

keep the lights on. This setting can be

used for “window row switching”. Note:

the LUX O Level value must always be

greater than the LUX On Level value.

Sensitivity 9 1, 5 & 9 3, 6 & 8

Sensitivity level for detecting

movement.

1 = low sensitivity

9 = high sensitivity

Defaults DReturns the unit to the default settings.

Presence/

Absence Presence Presence Absence

Presence mode allows the output to

turn on when movement is detected

and o when movement ceases.

Absence mode allows the output to turn

o when movement ceases, but must be

manually turned on rst.

Shi

Use this button to select the settings in

red and blue signied by the ‘Shi 1’ and

‘Shi 2’ LEDs

For most basic programming operations the UHS5 handset can be used and the following procedures are based on using this device.

Independent channel control for ‘-PRM-2CH’ is only partially supported and so it is advised to use the UNLCDHS handset instead.

Point the handset at the sensor and send the required programming commands to the unit as shown below. Valid commands

will be indicated by a red LED ash. See page 1 for details of other LED responses.

Note: other functions on the UHS5 which are not shown below are not applicable to this product.

UHS5 Programming

For Dimming models including ‘-DD/SR’ and ‘-AD’ models

Number of shi presses

Parameter

Name

Default

Value

SHIFT 1 SHIFT 2

UHS5 Handset

Graphics Description

On/ Raise On Raise Cancel

overide on Turn lights on or to raise lights.

O/ Lower O Lower Cancel

overide o Turn lights o or to lower lights.

Walk test O On O

When set to On this causes a red LED

to ash on the sensor when it detects

movement. Use this feature to check for

adequate sensitivity levels.

Time Out

(Time

adjustment)

20 mins 1, 10 & 20

minutes

5, 15 & 30

minutes

10 seconds

(5/1 button)

Once the detector is turned on, this

value sets how long the lights will stay

on once movement has ceased.

LUX on level

(Switch level

on)

9 2, 5 & 7 4, 6 & 9

LUX level setting to prevent the

luminaires from being switched on if

the light level is sucient (adjustable

between 2 and 7). The luminaires will

always be switched on at level 9.

Light Level 6

9 (V3) 2, 5 & 7 4, 6 & 9

Sets a target preset light level between

2 and 7 to be maintained by the lighting

system. 9 = disabled.

LUX o level

(Switch level

o)

9 2, 5 & 7 4, 6 & 9

LUX level setting switches the luminaires

o if the light level goes above the

setting (adjustable between 2 and 7).

Level 9 will always keep the lights on.

This setting can be used for “window

row switching”.

Note: the LUX O Level value must always

be greater than the LUX On Level value.

Load type DALI

D_ON (V3)

2 – Dali

7 – DSI 2 – D_ON Sets the ballast control protocol to be

used by the output channel.

Sensitivity 9 1, 5 & 9 3, 6 & 8

For both ON and OFF, sensitivity level for

detecting movement.

1 = low sensitivity

9 = high sensitivity

Defaults DReturns the unit to the default settings.

Burn-in

(Hours) 0 0 50 100

Determines how long the output will

be at 100% so that lamps ‘burn-in’. The

’burn-in’ time is not aected by power

supply interruptions.

Presence/

Absence Presence Presence Absence

Presence mode allows the output to

turn on when movement is detected

and o when movement ceases.

Absence mode allows the output to turn

o when movement ceases, but must be

manually turned on rst.

Shi

Use this button to select the settings in

red and blue signied by the ‘Shi 1’ and

‘Shi 2’ LEDs

For most basic programming operations the UHS5 handset can be used and the following procedures are based on using this device.

Point the handset at the sensor and send the required programming commands to the unit as shown below. Valid commands

will be indicated by a red LED ash. See page 1 for details of other LED responses.

Note: other functions on the UHS5 which are not shown below are not applicable to this product.

Ce manuel convient aux modèles suivants

Table des matières

Autres manuels C.P. Electronics Capteur de sécurité

C.P. Electronics

C.P. Electronics EBDSPIR-DNET1 Manuel utilisateur

C.P. Electronics

C.P. Electronics MWS3A-PRM-VFC-LV Manuel utilisateur

C.P. Electronics

C.P. Electronics MWS6-AD Manuel utilisateur

C.P. Electronics

C.P. Electronics EBDHS-SR Manuel utilisateur

C.P. Electronics

C.P. Electronics MWS5-PRM-SA-C Manuel utilisateur

C.P. Electronics

C.P. Electronics MWS6-PRM-VFC Manuel utilisateur

C.P. Electronics

C.P. Electronics GENB-IR Manuel utilisateur

C.P. Electronics

C.P. Electronics EBDSPIR-PRM-VFC Manuel utilisateur

C.P. Electronics

C.P. Electronics EBDHS-B01-PRM Manuel utilisateur

C.P. Electronics

C.P. Electronics MWS3A-PRM-2CH Manuel utilisateur

C.P. Electronics

C.P. Electronics MWS3A-AD Manuel utilisateur

C.P. Electronics

C.P. Electronics MWS1A-C-IP-PRM-VFC Manuel utilisateur

C.P. Electronics

C.P. Electronics EBMPIR-MB-PRM Manuel utilisateur

C.P. Electronics

C.P. Electronics MWS1A-IP-PRM-VFC Manuel utilisateur

C.P. Electronics

C.P. Electronics MWS1A-PRM-LV Manuel utilisateur

C.P. Electronics

C.P. Electronics MWS1A-IP Manuel utilisateur

C.P. Electronics

C.P. Electronics EBDHS-DNET1 Manuel utilisateur

C.P. Electronics

C.P. Electronics MWS6-DD-LV Manuel utilisateur

C.P. Electronics

C.P. Electronics MWS3A-PRM-VFC-NC Manuel utilisateur

C.P. Electronics

C.P. Electronics EBDRC-AD Manuel utilisateur

C.P. Electronics

C.P. Electronics EBDSPIR-DD-LV Manuel utilisateur

C.P. Electronics

C.P. Electronics MWS3A-DD Manuel utilisateur

C.P. Electronics

C.P. Electronics EBDHS-KNX Manuel utilisateur

C.P. Electronics

C.P. Electronics EBDSPIR Manuel utilisateur

Manuels Capteur de sécurité populaires d'autres marques

THORLABS

THORLABS PDA10JT Manuel utilisateur

Waeco

Waeco UV-DETECT Manuel utilisateur

Intermatic

Intermatic IOS-DSIMF Manuel utilisateur

urmet domus

urmet domus 1083 Manuel utilisateur

Siemens

Siemens AZL66 Series Manuel utilisateur

BTI

BTI Profiline Multi Finder Manuel utilisateur

Challenger

Challenger SL01 Manuel utilisateur

DMP Electronics

DMP Electronics 1122INT Manuel utilisateur

Rielta

Rielta Ladoga MK-RK Manuel utilisateur

Mirion Technologies

Mirion Technologies ACCURAD PRD Manuel utilisateur

Bosch

Bosch DS835 Manuel utilisateur

DBI SALA

DBI SALA EZ Stop Manuel de l'opérateur

Lamptime

Lamptime ST05C Manuel utilisateur

Ubiquiti

Ubiquiti MFI-MSC Manuel utilisateur

Subsite

Subsite 910R Instructions d'installation

Satel

Satel OPAL Pro Manuel utilisateur

Aleph

Aleph XC-1XTEU Manuel utilisateur

Pima

Pima LARIS QUAD Manuel utilisateur