Contro l4 Movement detector 220 sm User manual

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200-00564-C 10292018 LW

Movement Detector 220 SM, SKU: C4-KNX-WD220-AP, KNXPROD filename: BM/A 1.1.41

Ende der Liste für T extmarke Cover ===

The Control4-Movement Detector 220 SM reliably

monitors the outdoor areas of buildings and switches

the light on automatically when it detects movement.

This ensures that residents and guests feel welcome

and unwelcome intruders are kept out.

The Movement Detector 220 SM can be installed

anywhere on the property - leaving no angle

unmonitored.

Especially convenient is the rearfield detection in the

front door area. Here, the Movement Detector 220 SM

provides light when someone steps out of the door and

yet is still "behind" the movement detector.

Even when you are not at home for several days, the

Movement Detector 220 SM will independently handle

switching processes to convincingly simulate your

presence in the home. The integration of the Movement

Detector 220 SM into the KNX bus system permits

functions to be implemented that go beyond the mere

switching of the exterior lighting. It also allows the light

in the house to be switched on, a blind to be moved, or

music to be played when movement is detected. Such

"signs of life" will deter potential intruders.

This manual describes the function and configuration of the Movement Detector 220 SM.

Movement Detector 220 SM. SKU: C4-KNX-WD220-AP

KNXPROD filename: BM/A 1.1.41, Download: https://ctrl4.co/knx-wd220.

Subject to change.

Exclusion of liability:

Although the contents of this document have been checked to ensure that they are

consistent with the hardware and software, deviations cannot be completely excluded.

We therefore cannot accept liability. Any necessary corrections will be incorporated in

new versions of the manual.

Please inform us of any suggested improvements.

 
 
 
 
 
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1 Control elements.....................................................................................................................................7 
2 Standard operation..................................................................................................................................7 
3 Standard operation (time- and brightness dependent)............................................................................8 
1 Features of function and equipment......................................................................................................10 
2 Technology ...........................................................................................................................................11 
1 Operational safety/interference factors .................................................................................................14 
2 Detection ranges...................................................................................................................................15 
2.1 Coverage ..............................................................................................................................................15 
2.2 Installation sites ....................................................................................................................................16 
3 Mounting...............................................................................................................................................17 
3.1 Preparing the installation.......................................................................................................................17 
3.2 Water drainage .....................................................................................................................................18 
3.3 Mounting steps......................................................................................................................................19 
4 Electrical connection.............................................................................................................................20 
1 Setting / limiting the transmission range and the detection range.........................................................21 
2 Software application..............................................................................................................................22 
3 Programming mode...............................................................................................................................22 
4 Activation test........................................................................................................................................23 
1 Parameters ...........................................................................................................................................24 
1.1 Activation / linking internal or external brightness evaluation................................................................24 
1.2 Activation of switch-off delay object ......................................................................................................24 
1.3 Output type ...........................................................................................................................................24 
1.4 Operation mode ....................................................................................................................................24 
1.5 Operating mode of the movement detector...........................................................................................24 
1.6 Input actuator status..............................................................................................................................24 
1.7 Input Slave............................................................................................................................................25 
1.8 Input Slave takes the brightness into consideration..............................................................................25 
1.9 Setting the brightness-value threshold via ............................................................................................25 
1.10 Setting the switch-off delay via..............................................................................................................25 
1.11 Overwrite settings during download......................................................................................................25 
1.12 Sensitivity of the movement detector ....................................................................................................25 
1.13 Enable with ...........................................................................................................................................25 
1.14 Brightness threshold internal (lux).........................................................................................................25 
1.15 Detection independent of brightness after return of bus voltage...........................................................25 
1.16 Switch-off delay.....................................................................................................................................27 
1.17 External push-button object ..................................................................................................................27 
1.18 Object for switch-off delay.....................................................................................................................27 
1.19 Object for external brightness threshold................................................................................................27 
1.20 Object for detection independent of brightness.....................................................................................27 
1.21 Object for internal brightness threshold.................................................................................................27 
1.22 Manual mode object..............................................................................................................................27 
1.23 Activating sensors.................................................................................................................................27 
1.24 Status LED............................................................................................................................................ 27 
1.25 Pause time (ms)....................................................................................................................................28 
1.26 Value for switching off........................................................................................................................... 28 
1.27 Value for switching on........................................................................................................................... 28 
1.28 Cyclical repeat time (s)..........................................................................................................................28 
2 Objects.................................................................................................................................................. 29 
1 Parameters ...........................................................................................................................................30 
1.1 Cool-down time of the lamp ..................................................................................................................30 
1.2 Number of actuator status inputs ..........................................................................................................30 
1.3 Number of twilight thresholds................................................................................................................30 
1.4 Warm-up time of the lamp.....................................................................................................................30 
1.5 Output brightness/twilight switch sends at ............................................................................................30 
1.6 Twilight threshold (lux)..........................................................................................................................30 

 
 
 
 
 
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1.7 Overwrite settings during download......................................................................................................30 
1.8 Enable object brightness/twilight switch................................................................................................30 
1.9 Brightness detection..............................................................................................................................30 
1.10 Hysteresis.............................................................................................................................................30 
1.11 Lamps in the detection range................................................................................................................31 
1.12 Minimum duration of undershoot...........................................................................................................31 
1.13 Minimum duration of overshoot.............................................................................................................31 
1.14 Object output ambient brightness (lux)..................................................................................................31 
1.15 Object input brightness/twilight threshold..............................................................................................31 
1.16 Threshold programmable via the bus (1 bit)..........................................................................................31 
2 Objects.................................................................................................................................................. 32 
1 Parameters ...........................................................................................................................................33 
1.1 Cool-down time of the lamp ..................................................................................................................33 
1.2 Number of actuator status inputs ..........................................................................................................33 
1.3 Number of brightness/twilight thresholds ..............................................................................................33 
1.4 Warm-up time of the lamp.....................................................................................................................33 
1.5 Output brightness/twilight switch sends at ............................................................................................33 
1.6 Overwrite settings during download......................................................................................................33 
1.7 Enable object brightness/twilight switch................................................................................................33 
1.8 Brightness/twilight threshold (lux)..........................................................................................................33 
1.9 Brightness detection..............................................................................................................................34 
1.10 Hysteresis .............................................................................................................................................34 
1.11 Lamps in the detection range................................................................................................................34 
1.12 Minimum duration of overshoot.............................................................................................................34 
1.13 Minimum duration of undershoot...........................................................................................................34 
1.14 Object output ambient brightness (lux)..................................................................................................34 
1.15 Object input brightness/twilight threshold..............................................................................................34 
1.16 Threshold programmable via the bus (1 bit)..........................................................................................34 
2 Objects.................................................................................................................................................. 35 
1 Parameters ...........................................................................................................................................36 
1.1 Number of temperature thresholds .......................................................................................................36 
1.2 Output temperature switch sends at......................................................................................................36 
1.3 Overwrite settings during download......................................................................................................36 
1.4 Enable object temperature switch.........................................................................................................36 
1.5 Hysteresis.............................................................................................................................................36 
1.6 Minimum duration of overshoot.............................................................................................................36 
1.7 Minimum duration of undershoot........................................................................................................... 36 
1.8 Object input temperature threshold.......................................................................................................36 
1.9 Threshold programmable via the bus (1 bit).......................................................................................... 36 
1.10 Temperature reading.............................................................................................................................36 
1.11 Temperature threshold °C..................................................................................................................... 36 
2 Objects.................................................................................................................................................. 37 
 
=== Ende der Liste für Te xtmarke TOC === 
 

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Warning

Electric voltage!

Risk of death and fire due to electrical voltage of 230 V.

–Work on the 230V supply system may only be performed by authorised electricians!

–Disconnect the mains power supply prior to installation and/or disassembly!

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The Control4 Movement Detector 220 SMs are passive infrared movement detectors which switch loads via the

KNX bus when sources of heat move within its detection range.

The Movement Detector 220 SM is not an intrusion or attack alarm.

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Disclaimer

The content of this printed material has been checked for compliance with hardware and software.

However, no liability can be assumed for any deviations that may still occur. Any necessary

corrections will be implemented in future versions of this manual.

Please advise us of any suggestions you may have concerning the manual's improvement.

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Consider the protection of the environment!

Used electric and electronic devices must not be disposed of with domestic waste.

–The device contains valuable raw materials which can be recycled. Therefore, dispose of the

device at the appropriate collecting depot.

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All packaging materials and devices bear the markings and test seals for proper disposal. Always dispose of the

packaging material and electric devices and their components via the authorized collecting depots and disposal

companies.

The products meet the legal requirements, in particular the laws governing electronic and electrical devices and

the REACH ordinance.

(EU Directive 2002/96/EC WEEE and 2002/95/EC RoHS)

(EU REACH ordinance and law for the implementation of the ordinance (EC) No.1907/2006)

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Fig.

: Control elements

No.

Function

LED

C4-KNX-WD220-AP

- Programming mode

Special flashing (repeated cyclically)

- Detection in test mode

—

Continuous flashing

- Special boot mode in the event of a fault or simultaneous programming and test mode of the potentiometers during a reset

Lens

Trim potentiometer for switch-off delay, programming mode

Trim potentiometer for brightness value, test/standard operation

Screw for dismantling safety

Fig.

: Standard operation

The lighting during twilight remains switched on for 3 minutes after the last detection (at a twilight value of 5 lux).

Note

After activating the mains supply voltage the device remains in test mode for 10 minutes (see

chapter "Activation test").

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Fig.

Set the values for the activation threshold (brightness) and the switch-off delay (on period of the light after the last

detection).

Icon

Function

Switching at approximately 300 lux

Switching at nightfall (approximately 5 lux)

Switching during darkness

Prog.

Programming mode

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Designation

C4-KNX-WD220-AP

Power supply:

(via bus line)

24 V DC

Bus subscribers:

1 (< 12 mA)

KNX connection

Bus connecting terminal, screwless

Monitoring density:

92 sectors with 368 switching

segments

Adjustable switch-off delay

•via potentiometer (only for movement detectors)

•Parameterizable via software (seconds to hours)

10 seconds … 30 minutes

10 seconds … 18 hours

Switch-on time after switch-off (parameterizable

via software)

0.1 seconds … 60 seconds

Adjustable brightness range

•via potentiometer

(only for movement detector)

~ 1 … 300 lux

•parameterizable via software:

(movement detector)

1 … 1000 lux

•parameterizable via software:

(twilight switch)

1 … 1000 lux

•parameterizable via software:

(brightness switch)

—

Horizontal detection:

220°

Maximum transmission range:

(installed 2.5 m high)

16 m

Detection range:

•Frontal: 16 m

•Lateral: 16 m

Control elements:

2 Trim potentiometer

•Brightness limit value,

Test/standard operation

•Switch-off delay, programming mode

Protection type:

IP 55

Temperature range:

-25 … 55°C

Dimensions:

(H x W x D)

115 mm x 125 mm x 141 mm

Remote control possible via:

—

KNX product standard

EN 60669-2-1

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Movement Detector 220 SM

C4-KNX-WD220-AP

Detection angle

220°

Monitoring levels

Creep zone protection

●

Rearfield detection

●

Zone 1

●

Transmission range frontal (maximum)

1 –16 m

Transmission range lateral (maximum)

1 –16 m

Zone 2

●

Transmission range frontal (maximum)

1 m

Transmission range lateral (maximum)

1 m

Sensitivity adjustable

●

Automatic range stabilisation

●

Dazzleproof

●

Integrated test function

●

Temperature range

–25 …55°C

Twilight sensor

●

Switch-off delay

●

Forced switch-off after 90 minutes

●

Short-time pulse (1 s)

●

Water-resistant

IP 55

Wall mounting

●

Ceiling mounting1

●

Corner mounting1

●

Blind (protective foil)

●

Remote control operated

—

Temperature switch (triple threshold switch)

—

Brightness switch

—

Twilight switch

●

Movement channels

Freely programmable IR channels

—

1 With ceiling / corner adapter 6868-xxx

The individual functions are explained in the following.

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Basics

The Control4 Movement Detector 220 SM is a passive infrared movement detector and detects invisible infrared

heat radiation. If the registered energy pattern changes as the result of movement, a pulse is activated. The

transmission range depends on the intensity of the infrared radiation and on the direction of movement. The

reception is influenced by weather conditions. The sophisticated electronics of the Movement Detector 220 SM

detects this and compensates for the fluctuations in the transmission range. Detection is impaired by obstacles

such as glass or plants.

The detection principle

All warm bodies give off infrared heat radiation. The more distinctly the infrared heat radiation stands out from its

surroundings, the better the sensors used in the Movement Detector 220 SM detect this infrared heat radiation.

The Movement Detector 220 SM responds to fast and large changes in temperature. Slow changes in

temperature and constant temperatures, such as the cooling of a car engine, do not trigger a pulse. If a person

moves directly towards the sensor, the heat radiation gets slowly and constantly more intensive, and the unit does

not, therefore, activate immediately. That is why the Movement Detector 220 SM should preferably be mounted

crosswise to the direction of movement. Humidity, such as fog, can reflect the infrared radiation and reduce the

sensitivity of the sensor.

Optics

The range and the detection angle is mainly determined by the optics of a movement detector, i.e. the

arrangement and design of the sensors and of the lens used. In the Movement Detector 220 SM, it is two highly

sensitive sensors in connection with a mirror system and a lens that is optimally adapted to it which determine the

detection range of 220°. The lens and the mirror system bundle the infrared radiation striking the device and

project it onto the sensor. The sensitivity to movement within the detection range is determined mainly by the

number and optical design of the lens segments. The available range is the result of the size of the lens segments

(optical magnification) and the electrical amplification factor. The Movement Detector 220 SM also offers the

option of monitoring the frame "backwards" without loss of frontal range by mounting it directly above doors or

windows. This is especially convenient when leaving the house.

The following factors should be taken into account during the planning stage:

The installation site should be chosen in such a way that the most frequent direction of movement is

crosswise to the detection range.

A mounting height of 2.5 m ensures an optimum surveillance function and is the basic height for the technical

specifications of the transmission range.

Self-test

A further advantage of the Movement Detector 220 SM is the integrated testing function. Each time the supply

voltage is activated or the device is switched on, a complete self-test is carried out. When the Movement Detector

220 SM is fully functional, it switches itself on for confirmation for approximately one minute or for the set switch-

off delay.

The test function is not dependent on brightness. During a test of the normal operating mode the switch-off delay

is two seconds when triggered. During an active activation test function the integrated red LED flashes when

triggered.

—12 —

Detection levels

To fully cover the detection range, the Fresnel lens splits the range into several overlapping levels.

Levels 1 and 2 cover remote detection and ensure

uninterrupted detection when the range is entered

from the outside.

Level 3 covers creep zone protection to prevent

undetected entry of the detection range close to

the wall.

Level 4 covers the rearfield detection and

provides activation when the front door is opened

from the inside.

Additional protection for windows and doors up to

the wall of the house is guaranteed by the

rearfield detection - even when mounted directly

above doors and windows.

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Twilight switch (APWB-11)

The twilight switch integrated in the Movement Detector 220 SM senses light when the ambient brightness gets

too low. At the onset of twilight, the Movement Detector 220 SM responds independent of movement. The device

has three channels that can be occupied with the "twilight switch" application independent of each other.

Several setting options are available to implement this function. This allows the brightness value for switching on

the light to be supplemented by a hysteresis.

If the ambient brightness value drops below the set value less the hysteresis, the artificial light is switched on.

Conversely, the Movement Detector 220 SM switches off when the brightness-value threshold plus the hysteresis

is exceeded. The value for the hysteresis in percent is either added or subtracted to the appropriate twilight

threshold. A set value of 300 lx with a hysteresis of 11% results in an upper limit of 333 lx and a bottom limit of

267 lx.

Fig.

: Hysteresis

A special intelligence of the Movement Detector 220 SM takes the artificial light content of the surroundings into

account. This prevents the lamps from remaining on longer than required.

The twilight switch makes the status inputs available. These must monitor the switching states of the lamps that

are in the detection range of the brightness sensor. If such a lamp is switched on, the Movement Detector 220 SM

responds by remembering the switch-on brightness value.

Since the full brightness is not immediately present in some lamps when they are switched on, the time between

being switched on and attaining the full brightness must be taken into account. The same applies to switching off.

Various lamps also have different warm-up or cool-down periods, which must be taken into account.

It is recommended to send the switch-on and switch-off telegrams to the actuator time-delayed. This ensures that

when the brightness-value threshold is briefly exceeded or undershot, lamps are not immediately switched on or

off one after the other. Such brief fluctuations of the light conditions can be caused by vehicles or clouds.

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External light protection

With the Twilight sensor set to "dark", the Movement Detector 220 SM could be deactivated by a light source

(torch or car headlights). To avoid this situation and increase safety, the Movement Detector 220 SM leaves its

current surveillance function unchanged for 90 seconds if the light conditions suddenly change.

Faulty switching

The principle of the passive infrared movement detector means that its function depends on the physical

conditions prevailing in the detection range. Moving heat sources always cause triggering when the sensitivity

threshold of the Movement Detector 220 SM is exceeded. Sunlight has a high percentage of natural infrared

radiation. If the sun shines onto a bush or a tree in the detection range, for example, and this bush or tree moves

in the wind, this may cause a movement detector to trigger. Sunlight reflecting off glass or water, a heat source

cooling down (e.g. a lamp mounted nearby) or animals in the detection range can also trigger detection.

Range fluctuations

Extreme weather conditions can cause changes in the detection range. High outside temperatures and poor visual

conditions due to fog, rain or snow can temporarily reduce the range. Excessively long ranges are caused by

sources of extreme heat, such as lorries or busses, or at very low outside temperatures and good visual

conditions. Important here is to adapt the detection range to the necessary area during installation with an

appropriate inclination of the Movement Detector 220 SM sensor and possibly adapt the use of the Movement

Detector 220 SM blind. The automatic range stabilization of the Movement Detector 220 SM counteracts the

effects described above; however, it cannot guarantee consistent triggering behaviour under all conditions.

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The transmission range of the sensors is constant. Only the mounting height and the inclination result in different

widths at the height of the detection level. This to be planned at a height of 1.5 m. The optimum mounting height

is 2.5 m.

Fig.

: Transmission range

Fig. 6: Loss of transmission range in dependence of mounting height

Mounting height (m)

Transmission range (m)

1.5

16.0

2.5

15.8

4.0

15.5

5.0

15.2

6.0

14.8

8.0

13.9

10.0

12.5

The transmission range is reduced at a mounting height of over 2.5 m. An inclination of the movement detector

leads to losses at close range.

—16 —

Fig.

: Installation sites

•Bushes, trees, etc., reduce the detection range.

•Adhere to a minimum distance of 1.5 m when mounting near illuminants.

•The movement detection of the device is optimal if the detection range is intersected by the person to be

detected. Therefore, mount the device not above a door, but offset next to it.

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—17 —

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Caution

Risk of damaging the device!

The lens of the device is sensitive and

can easily sustain damage.

- Do not press on the lens when

opening or closing the device.

To prepare the installation of the device, perform the following steps:

Fig.

: Preparing the installation

- Remove the locking screw (1) (if installed).

- Press in the clamps (2 - 5) on the sides of the housing with a suitable tool.

- Carefully remove the front of the device.

—18 —

Fig.

: Water drainage

Depending on where the device is installed, the water drain may have to be opened.

- To do this, pierce the plastic membrane on the bottom of the device.

The installation is prepared.

—19 —

Fig.

: KNX cable

•One KNX socket is enclosed!

Fig.

: Mounting screws

•Do not use countersunk head screws for mounting to the wall.

Fig.

: Mounting the bottom of the device

Fig.

: Attaching the upper part of the device

•Latch the upper part of the device onto the base.

—20 —

Fig.

: Securing the device

•Option:

To protect the device against unauthorized opening, the enclosed screw can be used on the bottom of the device.

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Fig.

: Connection

Connection of the integrated bus coupler.

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