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Technical data sheet: S000074637EN-5

Updated: 12/03/2015

Created: 15/04/2014

mber(s): 0 484 22

Catalogue number(s): 0 484 22

KNX multiapplication controller 16 outputs

8. COmmUNiCaTiON OBJECTS (CONTiNUED)

e

flags

002 DPT_

ool

CRW

002 DPT_

ol_Control

007 DPT_

ontrol_Dim-

ng

010 DPT_

alue_1_

ount

001 DPT_

alue_2_

ount

001 DPT_

alue_4_

ount

function.

his communication

002 DPT_

ool

CT

002 DPT_

ol_Control

007 DPT_

trol_Dim-

g

010 DPT_

alue_1_

ount

001 DPT_

alue_2_

ount

001 DPT_

alue_4_

ount

a the address linked with

uration.

Parameters

Setting

Active Logic

function X

Yes /

No

This is a parameter that indicates if Logic function X should be used or

not. If not, no communication object parameters will be visible.

input 1 : Object

size

1 bit/2 bits/4 bits/1 Byte/2 Bytes/4 Bytes

Here it is posible to make an adjustment to set the datapoint size of the

“Logic Fn Input XXX” communication object.

input 1 : Type of

value

"Input Size" value

Possible setting values

1 bit

Value

On/Off

Enable/Disable

Up/Down

2 bits

Value

Control Value

4 bits

Value

Dimming

1 Byte

Non-scaled value

Scaled value

Scene

2 Bytes

Unsigned value

Floating value

4 Bytes

Unsigned value

Floating value

Here it is posible to make an adjustment to set the datapoint type of

the comparison value.

Input 1 : value

1 bit | Value

0, 1

1 bit On/Off

On, Off

1 bit Enable/Disable Enable / Disable

1 bit Up/Down

Up / Down

2 bits Value

0, 1, 2, 3

2 bits Control Value

Priority High / On

Priority High / Off

Priority Low / On

Priority Low / Off

4 bits Value

0

 15

4 bits Dimming

Up 100%, Up 50%, Up 25%,

Up 12%, Up 6%, Up 3%,

Up 1%, Stop, Stop, Down

1%, Down 3%, Down 6%,

Down 12%, Down 25%,

Down 50%

1 Byte Non-scaled

value

0

255

1 Byte Scaled value 0

100%

1 Byte Scene

1

 64

2 Bytes Unsigned

value

0

65535

2 Bytes Floating

value*

0

65535

4 Bytes Unsigned

value

0

4294967295

4 Bytes Unsigned

value

0

4294967295

Here it is posible to make an adjustment to set the value that should be

compared to Logic Fn Input 1 XXX value (received from the bus).

*: Only the positive integer part is used.

Comparator 1

= (equal to)

!= (not equal to)

< (lower than)

<= (lower than or equal to)

> (higher than)

>= (higher than or equal to)

This is an adjustment to choose which comparator should be used to

compare Value 1 parameter and the value received from the bus (Logic

Fn Input 1 XXX).

Attention : Due to errors of precision, it’s strongly recommended not to

use the “=” and “!=” comparator with floating value or scaled value.

Parameters

Setting

Operator 1

None

AND

OR

XOR

NAND

NOR

Operator 1

input 2 : Object

size

See "Input 1 : Object size" parameter description

Here it is posible to make an adjustment to set the datapoint size of the

“Logic Fn Input XXX” communication object.

input 2 : Type of

value

See "Input 1 : Type of value" parameter description

Here it is posible to make an adjustment to set the datapoint type of

the compared value.

Input 2 : value

See "Input 1 : value" parameter description

Here it is posible to make an adjustment to set the value that should be

compared to Logic Fn Input 2 XXX value (received from the bus).

Comparator 2

= (equal to)

!= (not equal to)

< (lower than)

<= (lower than or equal to)

> (higher than)

>= (higher than or equal to)

Here it is posible to make an adjustment to choose which comparator

should be used to compare Value 2 parameter and the value received

from the bus (Logic Fn Input 2 XXX).

Attention : Due to errors of precision, it’s strongly recommended not to

use the “=” and “!=” comparator with floating value or scaled value.

Operator 2

None

AND

OR

XOR

NAND

NOR

Operator 2

input 3 : Object

size

See "Input 1 : Object size" parameter description

Here it is posible to make an adjustment to set the datapoint size of the

“Logic Fn Input XXX” communication object.

input 3 : Type of

value

See "Input 1 : Type of value" parameter description

Here it is posible to make an adjustment to set the datapoint type of

the compared value.

Input 3 : value

See " Input 1 : value" parameter description

Here it is posible to make an adjusment to set the value that should be

compared to Logic Fn Input 3 XXX value (received from the bus).

Comparator 3

= (equal to)

!= (not equal to)

< (lower than)

<= (lower than or equal to)

> (higher than)

>= (higher than or equal to)

Comparator 3

S000074637EN-5.indd 27

20/05/15 10:16

Summary of Contents for 0 484 22

Page 1: ...tributed in each of the blocks blinds 2 blocks of 2 relays 2 1 A max to be distributed in each of the blocks and power sockets 2 blocks of 2 relays 16 A max to be distributed in each of the blocks Eac...

Page 2: ...E and F 2 blocks of 2 relays 16 A max to be distributed in each of the blocks For controlling 2 separate loads per block Each block includes energy measurement Dali output For controlling 64 DALI ball...

Page 3: ...A Power Supply 27 50 VA 6 W min L N L N L N L N L N L N L N 30 mA L 4 3 2 1 L 1 2 3 4 L 1 2 1 2 3 4 8 7 6 5 1 2 1 2 DA DA 12 V 128 mA 27 50 V Made in France A B C D E L 1 2 F DALI G H 1 2 3 4 8 7 6 5...

Page 4: ...A 6 A 30 mA 30 mA 30 mA 6 A 10 A 10 A L N L N 30 mA L 4 3 2 1 L 1 2 3 4 L 1 2 1 2 3 4 8 7 6 5 1 2 1 2 DA DA 12 V 128 mA 27 50 V Made in France A B C D E L 1 2 F DALI G H 1 2 3 4 8 7 6 5 110 230 VA 50...

Page 5: ...30 mA 6 A 10 A 10 A L1 L2 L3 N L1 L2 L3 N L1 L2 L3 N 30 mA L 4 3 2 1 L 1 2 3 4 L 1 2 1 2 3 4 8 7 6 5 1 2 1 2 DA DA 12 V 128 mA 27 50 V Made in France A B C D E L 1 2 F DALI G H 1 2 3 4 8 7 6 5 110 230...

Page 6: ...ly OFF no fault L 4 3 2 1 L 1 2 3 4 L 1 2 1 2 3 4 8 7 6 5 1 2 1 2 DA DA 12 V 128 mA 27 50 V Made in France A B C D E L 1 2 F DALI G H 1 2 3 4 8 7 6 5 110 230 VA 50 60 Hz 6 W NC ND NE NF 0 484 22 Power...

Page 7: ...el input The rising edge corresponds to a change in the signal status at the input from logical 0 to 1 No reaction An edge change at the input does not change the object value and also does not send a...

Page 8: ...the switching value stored in the commu nication object is inverted and the new value is sent Long push action min 0 5 second 1 second 2 seconds 3 seconds 4 seconds 5 seconds 10 seconds This parameter...

Page 9: ...ine which movement command is written into the storage cell of the communication object and sent after a short press the push button attached to the input No reaction action does not change the object...

Page 10: ...Scene Number CT The telegrams to recall the scene with the configured number between 1 and 64 are sent via the group address link with this object 4 11 18 25 32 39 46 53 60 67 74 81 88 95 102 109 Inpu...

Page 11: ...w Priority Off State 01b Low Priority On State 10b High Priority Off State 11b High Priority On State Switch This function is used for inputs with a switch to send a priority telegram the contact is c...

Page 12: ...4 31 38 45 52 59 66 73 80 87 94 101 108 Input G H 1 2 8 Reset Counter 1 015 DPT_Reset CW If a telegram linked with this object is received then the counter value is reset to the minimum value set by t...

Page 13: ...tion On Off Toggle Here an adjustment is made to define which switching value is written into the storage cell of the communication object and sent after short pressing the push button attached to the...

Page 14: ...n ding input They are only visible if Add enable object parameter value is set to yes Parameters Setting Byte value when contact is closed 0 255 1 Here an adjustment is made to define which unsigned 8...

Page 15: ...to the input Byte value on long push 0 255 0 Here an adjustment is made to define which unsigned 8 bit value is written into the storage cell of the communication object and sent after long pressing...

Page 16: ...e storage cell of the communication object and sent after short pressing of the push button attached to the input No reaction A short push does not change the object value and also does not send a tel...

Page 17: ...at the channel input The falling edge corresponds to a change in the signal status at the input from logical 1 to 0 No reaction action does not change the object value and also does not send a telegr...

Page 18: ...so does not send a telegram Stop the stop command value 1 or 0 is transferred into the com munication object and sent Xn Long push action min 0 5 second 1 second 2 seconds 3 seconds 4 seconds 5 second...

Page 19: ...t They are used to lock disable or unlock enable the correspon ding input No Object name function Size flags 117 121 125 129 133 137 141 145 149 153 157 161 165 169 173 177 Output Xn 2bits Over ride 2...

Page 20: ...telegrams are received via the group address linked with this object They are used to lock disable or unlock enable the correspon ding input In ventian blind use you have the parameters for slat cont...

Page 21: ...at shall be used for the dimmer Attention this value can be overridden by the dali ballast physical minimum level Max Level 0 100 default 100 This parameter is used to set the maximum level that shall...

Page 22: ...None On or Enable On No Object name function Size flags 198 Mode_Sytem Mode_Sytem 1 010 DPT_ Start CRW 1 Enables System mode disables all other modes 0 No reaction 199 Mode_1 Mode_1 1 010 DPT_ Start C...

Page 23: ...e order action that should be executed on the output when the corresponding scene number is received Xn n 1 Delay immediate 500 ms 1 second 2 seconds 5 seconds 10 seconds 30 seconds 1 minute 90 s 2 mi...

Page 24: ...utput 3 4bytes 12 001 DPT_ Value_4_ Ucount The Program function Output 3 value is sent via the address linked with this object when the program is triggered No Object name function Size flags 218 224...

Page 25: ...ts 1 Byte 2 Bytes 4 Bytes Here it is possible to make an adjustment to set the datapoint size of the Program Fn Output Y XXX communication object Parameters Setting Output 1 2 5 value Type Input Size...

Page 26: ...Value_2_ Ucount Logic Fn Input 1 4bytes 12 001 DPT_ Value_4_ Ucount This object is used as an event to trigger the logical function Depending on the Input 1 Object size parameter this communication ca...

Page 27: ...djustment to choose which comparator should be used to compare Value 1 parameter and the value received from the bus Logic Fn Input 1 XXX Attention Due to errors of precision it s strongly recommended...

Page 28: ...lue 0 15 4 bits Dimming Up 100 Up 50 Up 25 Up 12 Up 6 Up 3 Up 1 Stop Stop Down 1 Down 3 Down 6 Down 12 Down 25 Down 50 1 Byte Non scaled value 0 255 1 Byte Scaled value 0 100 1 Byte Scene 1 64 2 Bytes...

Page 29: ...elegrams Relay contact On Off On On Off On Off Time delay Off d Delay before OFF delay before ON Switching telegrams Relay contact On Off On On Off On Off Time delay Off On Off e Auto Switch OFF Switc...

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