koban KDP KNX-01 Owner's manual

Brand: koban

Model: KDP KNX-01

Category: Motion detectors

Type: Owner's manual

1 PACKAGE CONTENTS

CAUTION!

Do not mount on conductive surface.

Do not open the enclosure frequently.

Circuit of KDP KNX 01 is a low voltage circuit. Never

connect it with standard 220V circuit or put it into a same

Wiring Tube with the circuit.

Presence detector for KNX

Home & Building Control System

KDP KNX 01

INSTRUCTION

MANUAL

TECHNICAL SPECIFICATIONS

21 - 30VDC (supply by KNX bus)

Rated Voltage

Current

Consumption

EIB / KNX

Operate: Approx. 10mA

Standby: Approx. 5mA

Light Measuring

Sensitivity

Operating

Temperature

o o

-20 C to +50 C

Environmental

Protection

IP44

Detection Range 360° circular, up to Φ9m at height of

2.5m

Adjustable via ETS in 4 steps or IR

remote control

-11KNX

10 - 2000Lux

Connection Type

Bus connection terminal

Φ0.8mm, single core

Output

5 channels

2 channels for HVAC

1 channel for Alarm)

(2 channels for lighting

Settings

Settable by ETS or IR-11KNX remote control

Material and

Colour

Plastic, white

Standard and

Safety

IEC 61000-6-1 / IEC 61000-6-3 /

EN 55014 / EN 50491

Installation and assembly of electrical equipment

must be carried out by qualified electricians.

Contact a qualified electrician in the event of fault

or break down.

3.2.6 2-level (Standby Light) function

In auto mode, when the ambient light level falls below the

pre-set Lux value, detector will enter into 2-level mode

function automatically.

Set “STBY Time” to “infinity” (∞) under auto mode, detector

will enter into 2-level mode when the delay off time is

expired, and load will change to turn on according to the

setting of “STBY Light”. During which, if the movement is

detected, load will turn on with the setting illumination

(100% or the dimmed illumination) and then turn to the

setting illumination of “STBY Light” if movement is no

longer detected and the delay off time has expired. It will be

cycled until the ambient light level is higher than the switch

off Lux value and lasts for 5min, then turns off and detector

resumes to auto mode function.

Set “STBY Time” to other position except for “infinity” (∞)

under auto mode, the actions of detector are basically same

as above mentioned, but the duration is according to the

selected “STBY Time” value.

Note: When set the IR

KNX remote control to “ “, load

will turn off automatically after reaching the auto off

time.

Set “STBY Light” to “disable” (OFF), load will be off when the

delay off time is expired.

STBY

OFF

The purpose of walk test is to select a proper location and gain

the desired detection coverage. Please set the operating mode

to “Test” via IR remote control IR KNX or ETS-Software, then

refer to the following steps conducting a walk test. Lux setting

value is invalid.

It takes approx. 60sec for detector to warm up after power is

supplied, then it enters into normal operation mode to carry

out a walk test.

4 WALK TEST AND LENS SHIELD

NOTE

4.1 Walk test

FIG.10

Walk test procedure

4.1.1 Tester must be within detection coverage.

4.1.2 Switch on the power.

4.1.3 KDP KNX 01 takes approx. 60sec to

warm up with load and red LED turning on, then turn off

after warming up time.

4.1.4 Walk from outside across to the detection pattern

until red

LED and load turn on for approx. 2sec, then turn off, the

next trigger should be 2sec interval (See FIG.10).

4.1.5 Adjust sensitivity (Meter) setting by IR KNX or ETS to

reach desired coverage.

4.1.6 Adjust Time setting by IR KNX or ETS to change the switch

off delay time.

4.1.7 Refer to point “4.2 Usage of lens shield”, detection range

and angle can be changed by using lens shield .

4.1.8 Repeat the steps 4.1.4 to 4.1.6 until it meets user ’s

demands.

NOTE

Do not attempt to open or repair the unit without qualified

electrician while it is malfunctioned.

The following conditions may cause lower sensitivity:

In very foggy days, the sensitivity may be less due to

moisture collecting on the lens.

In very hot days, the sensitivity may be less since high

ambient temperature is close to body temperature.

In very cold days when heavy clothing is dressed,

especially the facial area is covered, very little heat will

be emitted from the body causing the unit to be less

sensitivity.

Cleaning: Wipe with dry cloth only. Soap or rough cloth

may damage the detector lens.

4.2 Usage of lens shield

4.2.1

KDP KNX 01

has provided 2 lens shields

for masking the undesired detection area (See FIG.11).

None

Small segment

A+B+C

A+B

Φ9m

Φ2m

Φ5m

Φ7m

30 per piece

Used lens shield Covered detection range

Lux

1000

Lux

150

Lux

500

Lux

Min

CH1 CH2

RESET

STBY

OFF

Min

STBY

50%

STBY

30%

STBY

10%

DIM

Button

Function

To dim the brightness of light

IR KNX is locked: Press “

” button to start

dimming, then pressing “

M ” button to stop dimm

ing while the light level matches user’s desire, but

the value will not be saved in detector, and it will b

dimmed automatically according to last illuminati

setting value while the lighting is switched on next

time.

IR KNX is unlocked: Press “

M ” button to start

dimming, then pressing “

M “ button to stop dimm

ing while the light level matches user’s desire and

the value will be saved in detector and it will be

dimmed to this light level automatically while the

lighting is switched on next time.

Under unlocked status, by pressing “

” or “

”

button firstly to select desired channel for value

setting, then press “

M ” to dim the light. If press

“

M ” button directly without selecting any channel

both C1 and C2 can dim the light simultaneously.

To reset settings on presence detector

RESET

By pressing “ ” button aiming to the detector, all

settings made by IR on detector will be deleted and

all MEMO (saved) data will be deleted as well.

Afterwards, the detector turns to work according to

the settings by potentiometers.

Channel 1 or channel 2 selection

1. By pressing “

1 ” under unlock mode to select

“C1” for corresponding value setting.

2. By pressing “

2 ” under unlock mode to select

“C2” for corresponding value setting.

Remark:

C3 & C4 are uncontrolled by IR KNX.

Lux adjustments of channel

1. Under unlock mode, press “ ” or “ ” firstly to

select desired channel for value setting. Then,

press corresponding button to select the desired

light level threshold for switching on the

connected load of C1 or C2.

2. Users can set the desired Lux value by pressing

“ ” button.

CH1 CH2

Time adjustments of channel

1. Under unlock mode, press “ ” or “ ” firstly to

select desired channel for value setting. Then,

ypress corresponding button to set the exactly dela

off time of C1 or C2.

2. Users can set the desired delay off time of C1 or

C2 by pressing “ ” button.

CH1 CH2

Load’s illumination time in standby mode

1. Under unlock mode, press “ ” or “ ” firstly to

select desired channel for value setting. Then,

press corresponding button to set the desired load

on time of C1 or C2.

2. Users can set the desired load on time of C1 or

C2 by pressing “ ” button.

CH1 CH2

Load’s illumination of standby mode

1. Under unlock mode, press “ ” or “ ” firstly to

select desired channel for value setting. Then,

press corresponding button to set the desired load

on illumination for standby mode of C1 or C2.

2. Users can set the desired load on illumination for

standby mode of C1 or C2 by pressing “ ”

button.

CH1 CH2

Manual

Lens

shield

IR remote

controller

(For

optional

purchase)

IR-11

XLU

Quantity

IR-11

TESTTEST

Pattern

Item Detector

RESET

A/M

LUX

Min.

Sec.

Min.

1sec.

5sec.

Min.

2000

LUX

100

LUX

400

LUX

OS-409P -C / 409PA -C / 409S-Ci i

EMTI 1

2EMIT

FIG.1-C

7676

OPTIONAL PURCHASE UNIT

6.1

KDP KNX 01

can be controlled by the

infrared remote

control IR KNX to make the operation

more easier and

convenient (See FIG.13).

IR KNX

Min

50%

STBY

30%

STBY

10%

STBY

Lux

1000

Lux

Lux 150

Lux

500

Lux

Time

MEMO

IR-11KNX

SEN

Min

OFF

STBY

Min

Prog.

Min

CH1

DIM CH2

RESET

TEST

OFF

ONON

SEN

Prog.

RESET

MEMO

Function

Button

1. Set the desired Lux, time, STBY and STBY% values

on one detector by using IR remote controller.

2. Then by pressing “ ” button for approx. 3sec

aiming to above detector, the Lux, time, STBY and

STBY% settings of this detector will be saved into

this IR remote controller by detector’s LED flashing.

3. By pressing “ ” button again for approx. 1sec

aiming to a new detector, the saved settings can

be duplicated to the new detector.

4. Transfer the settings to detectors desired by

repeating above last step. If no data is saved in IR

remote controller, detector has no reaction after

press “ ” button.

5. Battery removed for more than 5sec or “ ”

button is pressed, all the data in IR remote

controller will be deleted.

To save latest setting values and duplicate

to other detector

MEMO

Lux

Under unlocked status, by pressing “ ” button to

sum the same kind value, one time only during

each setting period. Take setting Lux value for

instant, press “ ” + “ ”+ “ ”, the final value

is 60Lux.

“ ” is only valid for setting value of Lux / Time /

STBY / STBY%.

“ ” is invalid without pressing any values of Lux /

Time / STBY / STBY% first.

LED flashes quickly for 5sec, and the alternative of

10Lux or 2000Lux value will be stored depending

on under 10Lux or above 2000Lux value.

Actual ambient light level can be read-in as

threshold for switching the connected load, if the

provided Lux values do not match user’s

requirement.

The steps are as below:

Under unlocked status of IR KNX, press “

CH1

” or

“

CH2

” button to select the desired load to be

controlled. Press “ ” button till detector ’s LED

(red LED is for C1 indication and green LED is for

C2 indication) flashing to enter into learning

mode, learning time is 10sec. Then the actual

ambient light level is read-in confirmed by both

load and LED turn on for 5sec to indicate

IR KNX learning successfully and then turn off.

Afterwards, it returns to Auto mode.

Note:

If the ambient light level is out of the range

of 10 - 2000Lux, detector will learn for 10sec, the

Automatically read-in of actual light level

function for lighting control

Download the ETS software

Prog.

Under unlock mode, press “ ” button to download

,the ETS software with blue LED of detector turning on

and then turns off if detector connects with KNX

devices successfully.

Adjustment on sensitivity of detector

SEN

1. By pressing “ ”or “ ” buttons to set the

sensitivity of detector. Each time the user presses

the button, the sensitivity of sensor would increase

g.or decrease 25% with indication of red LED flashin

2. By pressing “ ” button to increase the sensitivity

of detector.

3. By pressing “ ” button to decrease the sensitivity

of detector.

4. When the sensitivity of detector is at its highest or

lowest level which is confirmed by red LED keeping

on for approx. 2sec.

SEN

Please disconnect power completely and read the

entire instruction manual carefully before installation.

3 INSTALLATION AND WIRING

3.1 Select a proper location

3.1.1

installation height is 2.5m to gain the optimal detection

pattern, reaching up to diameter of 9m and cover 360

detection angle (See FIG.2).

It can be installed at the height of 2 - 5m, the recommended

FIG.2

Since the detector is in response to temperature change, please

avoid the following conditions (See FIG.4-A & FIG.4-B):

Avoid pointing the detector toward the objects which

are highly reflective, such as mirror, glass, etc.

Avoid mounting the detector near heat sources, such as

heating vents, air conditioners, lights, etc.

Avoid aiming the detector toward the objects which may be

swayed in the wind, such as curtain, tall plants, etc.

surfaces

3.1.3 Helpful tips for installation

Top view Side view

Φ4m

Minor motion

Φ9m

360°

Major motion

4.5m 4.5m2m2m 0

2.5m

Minor motion

3.1.2

It is more sensitive to movement across the detector and less

sensitive to movement directly toward to detector which will

reduce the detection coverage (See FIG.3).

Pay attention to the walking direction in the test proceeding.

FIG.3

3.2 Function

3.2.1 Auto / Semi-auto mode (Absence detection function)

This function is enabled with ETS setting. Please refer to section

1 “Parameter setting“ and 2 “Communication objects description“

of part

Ⅱ

for detail information.

3.2.2 Test mode

Parameters can be set via the ETS (Engineering Tool Software) or

IR KNX remote control.

Test mode switches to the RUN status after “storing”, or 10min

after activating the test mode. Load and red LED are

uncontrolled by Lux setting under the Test mode. Once the

detector is triggered, both load and red LED turn on for 2sec,

then turn off, and the next triggering should be 2sec interval.

3.2.3 Manually ON & OFF and DIM Switching function

This function is enabled with ETS setting. Please refer to section

1 “Parameter setting“ and 2 “Communication objects description“

of part

Ⅱ

for detail information.

3.2.4 Master/Slave selection

Can only be set by ETS software. Please refer to section 1

“Parameter setting“ and 2 “Communication objects description“

of part

Ⅱ

for detail information.

3.2.5 Ambient light appraisal

According to the changeable ambient light level, detector can

postpone delay time of turning on and off load to avoid its

unnecessary on or off switching due to rapid ambient light

change:

Ambient light level changes from bright to dark:

To avoid unnecessary switching ON/OFF load due to

temporary ambient light value change caused via nature, e.g.

a passing cloud, the detector has been designed with a 10sec

delay for activating the light on and the detector will ignore

any movement within the 10sec delay time, and the red LED

will be continuous on as indication, but the detector has no

reaction during the 10sec delay time.

Ambient light level changes from dark to bright:

If the ambient light level continuously exceeds the switch off

Lux value for 5min, there are different reactions according to

the time setting value.

Time setting > 5min, the light will be automatically switched

off after 5min.

Time setting <5min, the light will be automatically switched

off when the set time reached if no movement is detected

during the 5min. But if there is movement detected within the

5min, the time will be reset upon detection and until 5min

later, the light is switched off.

FIG.4-BFIG.4-B

FIG.4-A FIG.4-B

4.2.2 After user choosing the desired detection area, the redundant

lens shield should be eliminated.

4.2.3 Fixing lens shield: There is slot around the lens and insert the lens

shield into slot (See FIG.12).

The shadow part of the lens shields in the FIG.11 is referring

to the cutoff parts.

FIG.11

Φ9m

30o

Φ7m

Φ5m

Φ2m

Part of the lens shield is used.

Lighting /

HVAC

device

does not

turn on

Problem

FIG.12

TROUBLE SHOOTING

When

KDP KNX 01

works abnormally, check

assumptive

problems and suggested solutions in following table

that will

hopefully solve your problem.

Nuisance

triggered

Red LED

does not

turn on

Avoid aiming the detector

towards any heat sources,

such as air conditionings,

electric fans, heaters or any

highly reflective surfaces.

Make sure there are no

swaying objects within the

detection coverage.

There are heat

sources, highly

reflective objects or

any objects which

may be swayed in

the wind within the

detection coverage.

Possible causeProblem Suggested Solution

1. Not set to Test

mode.

2. Exceeding the

detection range.

3. LED indicating

function is set to

“Disable”.

1. Set to test mode.

2. Walk in the effective

detection range of Φ9m.

3. Set the LED indicating

function to “Enable” via

ETS software.

Lighting /

HVAC

device

does not

turn off

1. Set auto off time to a

shorter time and check if

the load is switched off or

not according to the

pre-set delay off time.

2. Keep be away from

detection coverage to

avoid activating detector

while doing the test.

3. Refer to wiring diagrams

for correct connection.

1. Auto off time is

set too long.

2. Detector is

nuisance

triggered.

3. Incorrect wiring

1. Power does not

turn on.

2. Incorrect wiring

3. Incorrect Lux

setting.

4. Malfunctioned

load.

5. Unable to detect

movement.

1. Switch on the power.

2. Refer to wiring diagrams

for correct connection.

3. Check if Lux is set to the

correct position.

4. Replace the disabled load

with a new one.

5. Check detection range

setting.

Possible cause Suggested Solution

Button Function

TEST Test mode

Detector load is on (except 8hrs on mode): By

pressing “ ” button, if load switches off and

detector’s LED flashes quickly for 2sec, meaning

the detector is unlocked and enters into IR setting

mode. If load keeps be on and detector’s LED

keeps be on 2sec, detector is locked and no

adjustments of IR are workable.

Detector load is off (except 8hrs off mode): By

pressing “ ” button, if load switches on / off

sequentially and detector’s LED flashes quickly for

2sec, meaning the detector is unlocked and enters

into IR setting mode. If load keeps be off and

detector’s LED keeps be on for 2sec, then the

detector is locked.

Detector will be locked automatically when power

is re-supplied after power went off.

When all IR settings were finished without pressing

“ ” button, the detector will be locked auto-

matically after 2min if no buttons were pressed.

Under locked status, no buttons are workable

(except “ ” & “ ” & “ ” buttons).

DIM

To lock / Unlock IR KNX buttons

Pressing “ ” is inactive under lock mode.

By pressing “ ” button, the load connected to

detector will be turned off for 8hrs.

Detector will return to auto mode after 8hrs. Or

press “ ” button again to exit this “8hrs off mode”

e.during this period, detector will return to auto mod

To set load off for 8hrs

Or switching off power supply of presence detector

for 5sec and re-supply it again to lead detector to

auto mode.

Load can be led to on mode by pressing “ ”

button under off mode.

Under unlocked status, pressing “

” or “

2 ”

button firstly to select desired channel for value

setting, then press “ ” button to switch load off

for 8hrs. lf press “ ” button directly without

selecting channel, both CH1 and CH2 will turn off

for 8hrs simultaneously.

Remark: (1). CH1=C1; CH2=C2

(2). C3 & C4 are uncontrolled by

IR KNX.

CH1 CH2

Short press “TEST”button in first time under unlock

mode, detector will enter into test mode with its red

LED flashing quickly for 2sec (f=3Hz) for indication,

and press it again to quit test mode with its red LED

turning on for 2sec for indication. Detector will quit

ythe test mode and enter into auto mode automaticall

if user does not quit the test mode manually after

10min.

FIG.13

6.2 IR KNX remote control function:

Button Function

Pressing “ ” is inactive under lock mode.

By pressing “ “ button, the load of detector will

be turned on for 8hrs.

Load will be turned off after 8hrs and return to

auto mode or press “ “ button again to exit this

“8hrs on mode” during this period, detector will

return to auto mode. Or switching off power

supply of presence detector for 5sec and re-supply

it again to lead detector to auto mode.

Load can be led to off 8hrs mode by pressing “ ”

button under on mode.

Under unlocked status, pressing “ ” or “ ”

button firstly to select desired channel for value

setting, then press “ ” button to switch load on

for 8hrs. lf press “ ” button directly without

selecting channel, both CH1 and CH2 will keep

on 8hrs simultaneously.

Remark: (1). CH1=C1; CH2=C2

(2). C3 & C4 are uncontrolled by IR KNX .

To set load on for 8hrs

CH1 CH2

KDP KNX 01

PRODUCT DESCRIPTION

2.1 Features

The presence detector is used to control devices, such as:

Lighting, HVAC, Alarm.

For use in KNX (EIB), TP (twisted pair) bus system in conjunction

with other KNX components.

Parameter and function settings via ETS (Engineering Tool

Software) or IR KNX remote control.

The IR remote control is available for quick and convenient

setting (for optional purchase).

Wood screws

Φ3x8mm

EVA washer

Junction box

1 2

Wood screws

Φ4x25.4mm

Quantity

Item

Quantity

Supporter

Pattern

Item Cable tie

Optional accessories for surface mounting

2.2 Dimension (See FIG.1-A & FIG.1-B

& FIG.1-C)

KDP KNX 01:

Φ75 x 78mm

Wood screws

Φ2.6x14mm

Cable clamp

Rubber gasket

Non-dropping

screw

Protection cap

FIG.7

3.4.1.2 Use a screwdriver to loose two screws to take down the

protection cap and take out the cable clamp from it.

3.4.1.3 Break the rubber gasket, then feed cables through it (See

FIG.7).

3.2.7 Constant light control

According to the changeable ambient light level, the load can

dim to bright or dark automatically to match the Lux setting value

(Lux setting value by ETS is measured the mixed light level of

artificial light and the ambient light).

3.2.8 Alarm function

The alarm function can be set to react differently or the same at

switch ON and switch OFF.

The alarm output (object 18) can be locked using object 17.

Options for behaviour at switching lock ON or OFF via object

17 include “no reaction”, “switch OFF”, “switch ON”.

The number of detected movements within a time frame can be

set.

3.3 Wiring diagrams

KNX-BUS

FIG.5

3.4 Installation procedure

3.4.1 Ceiling flush mounting

3.4.1.1 To install a detector, please drill a hole in diameter of 65mm

on ceiling board and keep the power cable outside. Please

strip off 6 - 8mm of cable sheathing for wiring (See FIG.6).

Drill a hole with

Φ=65mm on the

ceiling

Φ=65

30 - 35mm

6 - 8mm

FIG.6

For 2 round cables of

Φ5 - Φ6mm

For one or two flat

cable(s) of 4 x 8mm

Big

grove

Small

grove

Big grove

Small

grove Small grove

For 2 round cables of

Φ5 - Φ6mm

Big

grove

For 2 round cables of

Φ3mm

For round cable of

Φ5 - Φ12.5mm

For round cable of

Φ3 - Φ5mm

For 2 round cables of

Φ3mm

of the protection cap to be aligned the “ ” symbol

of housing (See FIG.7), then screw the

protection cap tightly.

3.4.1.5 For product with cable clamp, the clamp has offered two

groves for holding cables in different diameters (See

FIG.8-A).

3.4.1.6 Close up two spring clips of detector and insert detector

into the drilled hole on ceiling (See FIG.8-B).

.4.1.4 Please refer to FIG.5 for correct wiring and get “ ” symbol

with

FIG.8-A

Φ65mm Power cable

Spring clips

FIG.8-B

3.4.1.7 Restore the power supply.

3.4.2 Ceiling surface mount

KDP KNX 01 also can be surface mountedwith surface mount

junction box.

Surface Fixing 1 2

FIG.9

43 5

Manual

Lens

shield

IR remote

controller

(For

optional

purchase)

IR-11

XLU

Quantity

IR-11

TESTTEST

Pattern

Item Detector

RESET

A/M

LUX

Min.

Sec.

Min.

1sec.

5sec.

Min.

2000

LUX

100

LUX

400

LUX

OS-409P -C / 409PA -C / 409S-Ci i

EMTI 1

2EMIT

KDP KNX 01 (with cable clamp)

FIG.1-B

With surface mounting Junction box (for optional purchase)

FIG.1-A

KDP KNX 01(with cable clamp):

Φ75 x 96mm

1.7 Light control output – Constant lightC1 / C2

1.5 Light control output –DimmingC1 / C2

F “Light control output C1 –Dimming” parameter windowsIG.18

1.6 Light control output C1 / C2 – Standby values

F “Light control output C1 –Standby values”

parameter windows

IG.19

Dimming

value during

ON phase

Default:

100%

It is used to set the initial value while switching

on the lighting.

Output setting of absolute

brightness

1% -

100%

Menu Function

Light standby

time

Default:

Disable nDeactivate the standby light functio

and load will turn off directly when

the delay time is elapsed.

Disable

Enable

Standby time

Default:

5min Click the menu of standby delay off

time in the edit interface to set the

utdesired value for Light control outp

C1.

Standby

brightness

Default:

10% sClick the menu of standby brightnes

din the edit interface to set the desire

value for Light control output C1.

1 -

60%

Menu Function

30sec -

60min

Select “Disable” means deactivating the

standby light function and load will turn off

directly when the delay time is elapsed.

It is used to set standby brightness delay time

and select STBY time via drop-down list.

Activate the standby light function

and detector enters into standby

light control mode when the delay

time is elapsed.

It is used to set standby brightness and select

STBY light via drop-down list.

F “Light control output C1 –Constant light”

parameter windows

IG.20

1.9 Alarm function

F “Alarm function” parameter windowsIG.22

2 COMMUNICATION OBJECTS

DESCRIPTION

In this section will introduce the communication objects, The

objects will show by setting the function enable .

2.1 Overview

The following table shows the default settings of the

communication objects:

You can see the default values for the communication objects

from the upper chart. The priority of the particular

communication objects as well as the flags can be adjusted by

user as desired.

HVAC delay

time

Default:

5min

It is used to set the read-in delay time when the

detector is triggered, and use the drop-down list

for time selection.

Click the menu of delay off time in

the edit interface to set the desired

value for HVAC control output C3.

Behaviour

at switching

on lock by

communi-

cation

object

Default:

No reaction

5sec -

60min

Click the menu can nset the operatio

mode when HVAC is switched on.

It is used to set the output status of detector when

it is triggered and switched on.

Behaviour

at switching

off lock by

communi-

cation

object

Default:

No reaction

Number of

switch-off

windows

Default:

Menu Function

Behaviour

at switching

on lock by

communi-

cation

object

Default:

No reaction

It is used to select the behavior when ON: “no

reaction”, “OFF”, “ON”.

0 - 100

Behaviour

at switching

off lock by

communi-

cation

object

Default:

No reaction

HVAC

switch-

'ON' delay

Default:

1min

It is used to set the switch on delay time of HVAC

when a person presents in detection area and

trigger the detector, in order to avoid HVAC

control system start immediately when the person

presents in a short period.

Click this menu can set the switch on

delay parameter of HVAC.

Menu Function

0 - 30min

Object Function Description Object Function Description

Object 11:

“Output:

Constant

light

control” -

Relative

dimming

Object 12:

“Output:

C2 Light

control

output” -

ON/OFF

Settings for

lighting

channel 1 -

Relative

dimming

control

Settings for

lighting

channel 2 -

ON/OFF

Refer to the description of

Object 9.

Object

“Output:

C2 Light

control

dimming

value” -

Absolute

dimming

13: Settings for

lighting

channel 1 -

Absolute

dimming

control

Refer to the description of

Object 10.

Object 14:

“Output:

Constant

light

control” -

Relative

dimming

Settings for

lighting

channel 2 -

Relative

dimming

control

Refer to the description of

Object 11.

Object 15:

“Output:

C3 HVAC

control

output” -

ON/OFF

Settings for

HVAC

channel 3 -

ON/OFF

If persons are detected,

depending on the input delay, an

sON telegram is sent. If no person

are detected, depending on the

switch-off delay time, an OFF

telegram is sent.

Object 16:

“Output:

C4 HVAC

control

output” -

ON/OFF

Settings for

HVAC

channel 4 -

ON/OFF

Refer to the description of

Object 15.

This object is a constant lighting

control object of detector. When

the movement is detected or

receiving a telegram form slave

detector, the output sends an ON

telegram via this object and

execute constant lighting control

function refer to the setting of

Preset set point during delay off

time. If no person is present, an

OFF telegram is sent once the

switch-OFF delay time has

elapsed.

Object 17:

“Output:

Lock

alarm” -

“1” locks ;

“0”unlocks

Settings for

Alarm

channel 3 -

“1” locks ;

“0”unlocks

“1” locks the alarm function,

while “0” unlocks the alarm

function.

Object 18:

“Output:

Alarm

output” -

ON/OFF

Settings for

Alarm

channel 3 -

ON/OFF

An alarm is triggered if a

continuous number of movements

are detected within a parameter

is able time frame. Different time

frames can be defined for the

switching ON and OFF of an

alarm.

It is used to set the output status of detector when

it isn’t triggered and switched off.

Click the menu can nset the operatio

mode when HVAC is switched off.

It is used to set the number of times the object

moves within a certain period of time to turn off

the alarm.

It is used to set the number of times

the object moves within a certain

period of time to turn off the alarm.

It nis used to select the behavior whe

ON: “no reaction”, “OFF”, “ON”.

It is used to select the behavior when OFF: “no

reaction”, “OFF”, “ON”.

It nis used to select the behavior whe

OFF: “no reaction”, “OFF”, “ON”.

Object 4:

“Measured

Lux value

output" -

Current

light value

Report the

internal Lux

value of

detector

Send the report of detector's

internal Lux value. In order to

make it easier for ETS / other

devices to read the internal Lux

value of detector, the detector

will report the measured Lux

value to Bus every 5sec when the

object is switched on.

Object 6:

“input: C2

manual

input” -

ON/OFF/

Dim

Channel 2 -

ON/OFF/Dim

manual control

Refer to the description of

Object 5.

Object 7:

“input: C3

manual

input” -

ON/OFF

Channel 3 -

ON/OFF

manual control

Receive the telegram from the

dpush button (ON/OFF) connecte

to the bus and control channel 3.

Remark: The input can be

gavailable on when settin

o“Reaction rising edge” t

“on” and “Reaction on

falling edge” to “off ”.

Object 8:

“input: C4

manual

input” -

ON/OFF

Channel 4 -

ON/OFF

manual control

Refer to the description of

Object 7.

Object 9:

“Output:

C1 Light

control

output” -

ON/OFF

Settings for

lighting

channel 1 -

ON/OFF

When the movement is detected

and the ambient light level is

below the pre-set Lux value, the

output sends an ON telegram. If

ambient light is sufficient and/or

no person is present, an OFF

telegram is sent once the switch-

OFF delay time has elapsed.

Object 10:

“Output:

C1 Light

control

dimming

value” -

Absolute

dimming

Settings for

lighting

channel 1 -

Absolute

dimming

control

This object is a absolute object

for lighting control channel of

detector. When the movement is

detected or receiving a telegram

form slave detector, the output

sends a pre-set light level

rstelegram via this object and ente

into delay off mode. When the

delay off time is elapsed, the

output sends a pre-set Standby

brightness telegram and enters

into Standby mode and sends an

OFF telegram once the Standby

delay time has elapsed.

No reaction

Switch off

Switch on

No reaction

Switch off

Switch on

No reaction

Switch off

Switch on

No reaction

Switch off

Switch on

Possible causeProblem Suggested solution

6.3 Trouble shooting of IR KNX

When remote controller IR KNX works abnormally, please

check

assumptive problems and suggested solutions in following

chart

that hopefully solve your problem.

Detector

fails to

receive

signal

1. Exceed the

Transmission

range.

2. Low battery

power.

3. Detector works

abnormally.

1. Operate within transmission

range (<10m), and ensure

IR-11KNX aiming directly to

the detector.

2. Replace a new battery.

3. Check the trouble of detector,

then refer the TROUBLE

SHOOTING of detector

manual for repairing.

signal

1. Low battery

power.

2. Press two or

more buttons

once.

3. The battery

insulation sheet

is not took out.

1. Replace a new battery.

2. Press one button once.

3. Take out the battery

insulation sheet.

Fail to

transmit

signal

Unlock IR KNX.

In locked mode.

FIG.14 “General-Master” parameter windows

T I

S S

re Set

The database of KDP KNX 01

is designed

by ETS4.0, please

refer to the following introduction for the

interface and the

application parameter of function.

Detector has five output channels, they are Light control output

C1, Light control output C2, HVAC control output C3, HVAC

control output C4 and Alarm function. Each channel is

independent and C1 / C2 is the same channel; C3 / C4 is the

same channel, so that it is enough to know C1, C3 and alarm

function. Please refer to the following description for the

detailed information .

PARAMETER SETTING

1.1General-Master

1.2 General-Slave

FIG.15 “General-Slave” parameter windows

1.3 Motion sensor

F “Motion sensor” parameter windowsIG.16

Menu Function

Sensor

sensitivity

Default:

Maximum

It is used to increase or decrease the

sensitivity of PIR fixed in detector. The

sensitivity can be adjusted according to

user’s requirement no matter the detector is

master or slave.

Maximum

High

Medium

Low

OFF

Highest sensitivity.

Higher sensitivity.

Medium sensitivity.

Lowest sensitivity.

Deactivate the detecting

function of PIR.

LED turns on

when PIR is

triggered

Default:

Enable

It is used to set if switching on the LED for

indication when PIR is triggered.

Disable Waive the LED indicating

function when PIR is triggered.

But other LED indicating

functions are remained.

LED will turn on for 1sec for

indication when PIR is triggered.

Enable

In the parameter of the general windows can setup some

common functions.

Menu Function

The device

type is

Default:

Master

Input Slave

Default:

Light

output C1

Light

control

output C1

Default:

Enable

HVAC

control

output C3

Enable

Default:

HVAC

control

output C4

Disable

Default:

Alarm

function

Default:

Disable

The function of the detector is set as a master or

slave device

rDetector is set to: (Both master and slave detecto

are applied)

rWhen detector is enabled for maste

detector, all the functions are

workable, also can receive the

triggering signal from one or more

slave detectors. However, the signal

reception channel can be selected

refer to the requirement.

When detector is enabled for slave

detector, it is used exclusively to

extend the field of detection.

rPresence is transmitted to the Maste

for evaluation according to the set

parameters.

Set C1 - C4 to receive slave signal or not.

Light

output C1

Light

output C2

HVAC

output C3

HVAC

output C4

Assign channel to receive the signal

from slave detector. Please refer to

above mentioned section “Master/

slave” for detailed information.

When “Enable” the light control output C1, the