Allmatic KAIROS DUO Manual de usuario

KAIROS

Wireless sensor light-wind-rain-temperature

6-1622652 - ENGLISH - rev.4 - 20/05/2021

2 / 12 6-1622652 - rev.4 - 20/05/2021

ENG

INDEX

1. GENERAL SAFETY WARNINGS 3

2. DESCRIPTION 3

TABLE 1 - Sensor compatibility with ALLMATIC awning control unit. 3

3. PRODUCT VIEW AND TECHNICAL CHARACTERISTICS 4

TABLE 2 - Available versions of wireless KAIROS sensors. 5

4. MOUNTING AND CONNECTIONS 6

5. SENSOR FUNCTIONALITIES AND ADJUSTMENTS 7

TABLE 3 - Use of ADJUSTMENT MODE. 8

TABLE 4 - Thresholds and response times of the sensors. 8

6. MAINTENANCE 9

7. CHANGE OF SENSOR IDENTIFICATION CODE (ID) 10

8. TROUBLESHOOTING (FAQ) 10

9. DRILLING DRAWING 11

10. PRODUCT DISPOSAL 11

11. WARRANTY 11

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1. GENERAL SAFETY WARNINGS

WARNING!

Before installing the product it is mandatory to read the document related to the GENERAL SAFETY WARNINGS

accompanying the product. Document 6-1620001. The additional sheet can also be downloaded from www.

allmatic.com.

KAIROS devices are a family of climate sensors suitable for the detection of atmospheric events.

The sensor communicates via radio the atmospheric state detected through radio communication at 433,92Mhz, so it is not

necessary to make wired connections between the sensor and the control unit. The device can only work in combination with

Allmatic control units predisposed to radio reception (see compatibility table below).

There are various types of climate sensors depending on the installation needs, both powered by 100-240Vac network and

2. DESCRIPTION

ATTENTION!

The KAIROS device is not a measuring instrument and therefore does not communicate to the control unit a detected

value, but communicates the presence or absence of the aected atmospheric event.

The automation management of this event is assigned exclusively to the control unit in use.

During the installation also refer to the instruction manual of the control unit in use.

TABLE 1 - Sensor compatibility with ALLMATIC awning control unit.

CODE CLIMATE SENSOR

COMMUNICATION

WITH THE

CONTROL UNIT

AWNING

MICROCAP

B1VR

PROX

B2VR

PROX

HELIOS

KAIROS

12001766 KAIROS wireless • •

12001770 KAIROS SA wireless • •

12001765 KAIROS DUO wireless • •

12001772 KAIROS DUO SA wireless • •

12001768 KAIROS PERGOLA wireless • •

12001774 KAIROS PERGOLA SA wireless • •

12001760 KAIROS S wired • •

12001705 WIN S wired • •

12001762 AXEM wireless • •

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3. PRODUCT VIEW AND TECHNICAL CHARACTERISTICS

FRONT VIEW

PHOTOVOLTAIC PANEL

RAIN SENSOR

LIGHT SENSOR

WIND SENSOR

REAR LABEL VIEW

KAIROS

KAIROS SA

KAIROS PERGOLA

KAIROS PERGOLA SA

6020

Test km/h Test

12040

Test km/h Rain

Test

ATTENTION!

The regulation trimmers and labels change depending on the sensor model in use.

KAIROS DUO

KAIROS DUO SA

6020

Test km/h Test

B B

CCC

D D E

FFF

A A A

Description:

A. TRANSMISSION button

B. TEMPERATURE SENSOR

C. Trimmer for the regulation of WIND INTENSITY

D. Trimmer for the regulation of LIGHT INTENSITY

E. Trimmer for the regulation of RAIN INTENSITY

F. Multicolor signalling LED

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3.1 TECHNICAL CHARACTERISTICS

TABLE 2 - Available versions of wireless KAIROS sensors.

Sensor

Functionality

Power supply Heater Consumption

LIGHT

WIND

RAIN

TEMPERATURE

KAIROS • • • • 100-240Vac YES 1,5 W

12 W with heater

KAIROS SA • • • • Photovoltaic panel - -

KAIROS DUO • • 100-240Vac - 1,5 W

KAIROS DUO SA • • Photovoltaic panel - -

KAIROS PERGOLA • • • 100-240Vac YES 1,5 W

12 W with heater

KAIROS PERGOLA SA • • • Photovoltaic panel - -

In the versions called "SA" (Stand-Alone) the device is powered by the photovoltaic panel on the upper cover. In addition, in this

version, the device has a type CR2032 battery mounted internally that, in case of a prolonged power failure through the solar panel

(for example because covered by a shadow) it shall ensure the proper functioning of the whole system.

3.2 RADIO COMMUNICATION

In wireless KAIROS sensors, communication between the device and the control unit is via radio waves at 433,92Mhz.

The climate sensors must be positioned on the same wall as the awning to be protected, at a maximum distance of 20-25 meters

from the control unit.

WARNING!

The maximum distance may vary considerably in the presence of metal parts, in the presence of shielding between

the device and the control unit or in the presence of other devices that communicate at the same radio frequency.

STANDARD VERSION "SA" VERSION

100-240

Vac

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4. MOUNTING AND CONNECTIONS

Mounting instructions:

• Attach the plate 1to the wall using the drilling table (see Chap-

ter 9) at least 2m from the ground.

• Apply the gasket 2, passing the power cable through the hole

(only on standard versions).

• Connect the power cable to the terminal 3(only on standard

versions).

• Screw 4the sensor to the wall plate, lift the sensor and screw

the screws 5.

• Remove the protection 6and adjust the grade of the sensor so

that the blades are level (see below).

• Tighten the screw with a hexagonal wrench of 4 and reposition

the protection 6by inserting it from the bottom and pressing

until closing.

• Cover with the covers 7.

WARNING!

If you are using a KAIROS sensor with solar panel power it is very important to ensure that it is installed in a position

that is exposed as much as possible to direct sunlight.

In case the sensor is covered or shadowed by buildings or trees, the photovoltaic panel does not properly supply the

sensor and therefore the buer battery inside the sensor can be consumed early making the device stop working.

For replacement of the buer battery refer to chapter "6. MAINTENANCE".

120°

INDICATIONS OF INSTALLATION

W E

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5. SENSOR FUNCTIONALITIES AND ADJUSTMENTS

In this section it is necessary to operate simultaneously with the instructions of the sensor and the control unit in use.

Functionalities are related to the sensor model in use (see Table 2 in Chapter 3.1).

5.1 LEARNING OF THE SENSOR

Each sensor can be learned on one or more control units (positioned within a maximum range of 20-25 meters).

To learn the sensor on the control unit refer to the instructions of the control unit in use.

A short press of the button A(< 2 sec.) carries out the transmission by the sensor, displayed with a fast ﬂashing red color of the

multicolored LED F.

5.2 DESCRIPTION OF THE REGULATION TRIMMERS

Each KAIROS has two trimmers placed on the back of the same, thanks to which you can adjust the sensor associated with it.

LIGHT SENSOR

The adjustment ranges from a few lux up to a maximum of 60Klux.

By setting a low value the sensor will react with little brightness.

WARNING! The sensor reacts after the brightness has remained stable above or below

the threshold for at least 10 minutes. This is to avoid continuous movements by the

automation.

WIND SENSOR

The adjustment ranges from a few km/h up to a maximum of 80km/h (160km/h for KAIROS

PERGOLA). By setting a low value the sensor reacts with little wind.

You can disable the wind sensor by turning the trimmer completely clockwise.

WARNING! Disabling the wind sensor there is a risk of damaging the automation.

RAIN SENSOR

The adjustment ranges from little moisture detected to heavy rain detected on the sensor.

By setting a low rain value the sensor will react with little water/humidity, while setting a high

value the sensor will react in the presence of a lot of water.

WARNING! The sensor is also sensitive to moisture in the hands. For this reason,

when adjusting, be careful NOT TO TOUCH the sensor with your hands.

TEMPERATURE SENSOR

The temperature thresholds are deﬁned and cannot be changed.

The sensor will intervene when the surrounding temperature has fallen below the threshold of

about 4 º C ( in "SA" versions the threshold is around 2 º C).

Test

6020

Test km/h

Rain

Test

POSITION "Test"

Each trimmer also has a position called "Test".

This position is found by turning the trimmer completely counterclockwise.

In this position the sensor speeds up the threshold transitions and the sending of alarms and has a very high sensitivity to the

atmospheric event.

For this reason, in some environments, the "Test" position could make the sensor always look alarmed.

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5.3 ADJUSTMENT OF THE SENSOR

The sensor has a ADJUSTMENT MODE to be able to correctly adjust the sensors according to your needs and the environmental

conditions in which you are located.

Entering the ADJUSTMENT MODE you can view the current status of the sensors and, by adjusting the intervention thresholds, ﬁnd

the desired value of brightness, wind speed and amount of rain needed to intervene the sensor.

To enter the ADJUSTMENT MODE you need to press and hold the button Aon the sensor for 10 seconds, until the LED turns green.

In this condition the status of the light sensor is displayed.

With another short press of the button the LED becomes yellow and displays the status of the wind sensor.

With another short press of the button the LED becomes red and displays the status of the rain sensor.

With another short press of the button the LED becomes green and displays the status of the temperature sensor.

To exit the ADJUSTMENT MODE, brieﬂy press the sensor button Aor wait 5 minutes.

In this mode, by moving the trimmers, it is possible to identify the transition thresholds between ﬁxed LED and ﬂashing LED, corre-

sponding to the ambient conditions detected by the sensor at that time.

TABLE 3 - Use of ADJUSTMENT MODE.

Sensor LED Colour FIXED LED

(sensor does not intervene)

FLASHING LED

(sensor intervention)

LED FLASHES

SLOW

Light GREEN Below the set threshold Above the set threshold -

Wind YELLOW Below the set threshold Above the set threshold Sensor disabled

Rain RED Below the set threshold Above the set threshold -

Temperature GREEN > 4°C ( > 2°C "SA" version) < 4°C ( < 2°C "SA" version) -

WARNING!

When using this mode, the sensor does not communicate to the associated control unit the situation detected by the

sensors.

The intervention of the sensor in the detection of the atmospheric event is not immediate and is related to timing to avoid false

alarms or accidental interventions. During the adjustment mode such times are reduced to allow a smoother conﬁguration.

Please refer to the table below for values against each sensor.

TABLE 4 - Thresholds and response times of the sensors.

SENSOR SETTING LIGHT

SENSOR

RAIN

SENSOR

WIND

SENSOR

TEMPERATURE

SENSOR

NORMAL

THRESHOLD

ADJUSTMENT

Trimmer

min: 100 lux

max: 60 Klux

• PERGOLA vers.: Trimmer

little moisture - heavy rain

• Standard vers.: 23% umidity

• "SA" vers.: 20% umidity

Trimmer

• PERGOLA vers.:

0-160Km/h

• OTHER: 0-80 Km/h

• Standard vers.:

around 4°C

• "SA" vers.: around 2°C

Minimum time

above threshold 10 min 4 sec. 4 sec. 30 sec.

Minimum time

below threshold 10 min 60 sec. 60 sec. 30 sec.

ADJUSTMENT

MODE

THRESHOLD

ADJUSTMENT

Trimmer

min: 100 lux

max: 60 Klux

• PERGOLA vers.: Trimmer

little moisture - heavy rain

• Standard vers.: 23% umidity

• "SA" vers.: 20% umidity

Trimmer

• PERGOLA vers.:

0-160Km/h

• OTHER: 0-80 Km/h

• Standard vers.:

around 4°C

• "SA" vers.: around 2°C

Minimum time

above threshold 4 sec. 4 sec. 2 sec. 5 sec.

Minimum time

below threshold 4 sec. 4 sec. 2 sec. 5 sec.

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6. MAINTENANCE

For the correct functioning of the sensor over the time it is recommended periodically to:

• verify that the sensor is securely attached to the wall.

• verify that the sensor is not damaged.

• clean the top cover including photovoltaic panel, rain sensor, light sensor with a microﬁber cloth WITHOUT using chemicals

that could damage the sensors.

• replace the internal buer battery every 3 years.

6.1 REPLACEMENT OF INTERNAL BUFFER BATTERY (only for "SA" version)

WARNING!

As the sensor is equipped with highly sensitive and fragile components, this procedure must be carried out ONLY by

specialized personnel.

Damaging one or more parts, both electrical and mechanical, of the sensor could compromise the correct functioning

of the sensor.

To open the sensor and replace the battery buer proceed as

follows:

1. Unscrew and remove the six screws under the

sensor.

2. Gently remove the top cover, taking care not to

damage the connected cables.

3. Remove the two screws that hold the board ﬁxed to

the lower cover and lift it gently, taking care not to hit

the electrical components mounted on it.

4. Replace the battery with a new one, type CR2032.

Once replaced the battery reassemble the sensor taking care

to put the board back in its seat without causing shock or

crushing to the electrical components.

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7. CHANGE OF SENSOR IDENTIFICATION CODE (ID)

To be performed only in exceptional cases.

The ID change is necessary when two sensors operate in the same range and have the same ID; this operation allows you to auto-

matically change the ID.

Press and hold the Abutton for more than 20 seconds.

The LED starts ﬂashing red, yellow, amber, and when the LED turns on green ﬁxed the ID change was executed correctly and you

can release the key.

Releasing the key before the end of the procedure cancels the ID change.

ATTENTION!

After the ID change, repeat the procedure for learning the sensor on the control unit.

8. TROUBLESHOOTING (FAQ)

Trouble Possible causes Solutions

When the sensor Abutton is

pressed, the LED does not ﬂash.

Lack of power. Standard versions:

• Check power supply connection.

"Stand-Alone" versions:

• Clean the photovoltaic panel surface and

leave the sensor in direct sunlight for at

least 10-15 minutes.

• Replace the buer battery, inside the

sensor.

The automation does not close in

case of wind.

The set threshold (trimmer) of the

wind sensor is too high.

Rotate the trimmer adjusting the wind sensor

counterclockwise to a lower value.

Wrong incline of the sensor. Adjust the grade of the sensor so that the wind

sensor blades are level.

Wrong settings of the control unit. Check the Control Unit settings.

The automation closes with little

wind.

The set threshold (trimmer) of the

wind sensor is too low.

Rotate the trimmer adjusting the wind sensor

clockwise over a higher value.

Automation opens too late in the

morning.

The threshold set (trimmer) of the

light sensor is too high.

Rotate the light adjusting trimmer counter-

clockwise to a lower value.

It is recommended to use the ADJUSTMENT

MODE for this adjustment.

Automation opens too early in the

morning.

The threshold set (trimmer) of the

light sensor is too low.

Rotate the light adjusting trimmer clockwise

over a higher value.

It is recommended to use the ADJUSTMENT

MODE for this adjustment.

Automation always has an active

rain alarm.

The set threshold (trimmer) of the

rain sensor is too low.

Check that the adjustment trimmer is not set

to the "Test" position and adjust the trimmer

clockwise over a higher value.

It is recommended to use the ADJUSTMENT

MODE for this adjustment.

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