LEGRAND 0 026 72 Manual Download Page 28

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Technical data sheet: S000114123EN-1 

Updated: 

Created: 18/01/2021

Cat. No(s): 0 026 72/73/74/76/78/79

KNX controller multi-application DIN

   7 .  COMMUNICATION OBJECTS (continued)

7 .15 Blind Object Description

No

Object name

Name

DTP Type

Length Flags

95

Move blind/shutter up-down

Output A

DPT 1.008

1 bit

CW

When the telegram is received from bus, blind is moved to the direction (the value 0 or 1) of 

movement of the set time. 

The object is;

0 = up

1 = down

96

Slat adjustment/stop up-down

Output A

DPT 1.007

1 bit

CW

While blind is moving, the telegram is received then the blind movement is stopped. Other 

time the blind slat can be adjusted. 

The object is;

0 = stop/slat move one step open

1 = stop/slat move one step close

97

Blind/shutters up-down limid

Enable limitation

Output A

Output A/B

DPT 1.008

DPT 1.003

1 bit

CW

This communication objects are controlled by “Limit travelling range” parameter. Blind up or 

down end position can be limited by this communication object. The blind stops automatically 

when the configured upper or lower end position have been reached. After the bus voltage, 

return object value is set to 0 so this meaning upper end position is limited.

For the first communication object “Blind/shutters up-down limit”;

0 = limited upper end position active

1 = limited lower end position active

For the second communication objet “Output A/B, Enable limitation”

0 = limitation disable

1 = limitation enable

98

Move to position height 0…255

Output A

DPT 5.001

1 byte

CW

If device is received this telegram, the blind is moved to height determined by the percentage 

of value. After the blind moving operation is finished, the slats are returned its previous 

position. 

While the blind is moving, the “Move slat 0…255” command is received from the bus. If the 

blind is reached its target position, the slats are set to the received position.

The object is;

= upper end position %0

255 

= lower end position %100 

99

Move slats 0…255

Output A

DPT 5.001

1 byte

CW

If the device is received this communication object, the slats are moved to the desired position.

The object is;

0 = slats open %0

255 = slat closed %100

100

101

Move to position 1, 2

Move to position 3, 4

Output A

DPT 1.022

1 bit

CW

This object is used to move to the blind saved preset position. After the position has been 

reached, the slat position is move to the own preset position.

The object is;

0 = move to position 1 or 3

1 = move to position 2 or 4

102

103

Set position 1, 2

Set position 3, 4

Output A

DPT 1.022

1 bit

CW

This object is used to save the current position of blind. If the telegram value is received 0, the 

current position is stored as the new position 1 or 3. If the telegram value is received 1, the 

current position is stored as the new position 2 or 4.

The object is ; 

0 = set to position 1 or 3

1 = set to position 2 or 4 

104

Trigger reference movement

Output A

DTP 1.008

1 bit

CW

This object is triggered the reference movement. If the telegram is received, the blind is moved 

up or down end position. Then the blind can return its last position or desired position.  End of 

reference movement, the device is updated travel times.

The travel time operation can be interrupted by

• Weather alarm, forced operation, block functio

• Manual operation

• Move to position UP or DOWN commands

The object is;

0 = no reaction

1 = trigger the reference movement (UP – DOWN – UP)

105

Block

Output A

DPT 1.003

1 bit

CWTU

The state of the blind cannot changed by other control commands as long as block telegram 

with the value 1 is received. You can define the reaction of output relay via parameters.

The object is;

0 = operation enable

1 = operation disable

   7 .  COMMUNICATION OBJECTS (continued)

7 .15 Blind Object Description (continued)

No

Object name

Name

DTP Type

Length Flags

106

Forced operation 1 bit

Output A

DPT 1.003

1 bit

CWTU

If the telegram is received (value 1), the blind is moved to parameterized position and the blind 

is locked for the movement command. After the forced operation is disabled by the object 

(value 0), the blind is moved to parameterized position.

The object is:

0 = operation enable

1 = forced active / operation disable

106

Forced operation 2 bit

Output A

DPT 2.002

2 bit

CWTU

If the telegram is received value 2 or value 3, the blind is moved to UP (2) or DOWN (3) and 

the blind is locked for the movement command. After the forced operation is disabled by the 

object (value 0) or (value 1), the blind is moved to parameterized position.

The object is:

0 = operation enable

1 = operation enable

2 = forced active, move UP / operation disable

3 = forced active, move DOWN / operation disable

107

Status height 0…255

Output A

DPT 5.001

1 byte

CRT

The blind position of drive is available as a value 0…255 percentage %0…%100. The height 

status is to be transmitted or read out via this object. 

The height status object is only updated when the blind has reached a target position after 

movement.

The object is:

0 = upper end position %0

255 = lower end position %100 

108

Status slat 0…255

Output A

DPT 5.001

1 byte

CRT

The blind slat position of drive is available as a value 0…255 percentage %0…%100. The slat 

status is to be transmitted or read out via this object. 

The slat status object is only updated when the blind has reached a target position after 

movement.

NOTE: 

This object is only available in the venetian blind type.

The object is:

0 = slat open %0

255 = slat close %100

109

Status upper end position

Output A

DPT 1.011

1 bit

CRT

The blind is reached the upper end position, the device sends information. 

The object is:

0 = the blind is not in upper end position

1 = the blind is in upper end position

110

Status lower end position

Output A

DPT 1.011

1 bit

CRT

The blind is reached the lower end position, the device sends information. 

The object is;

0 = the blind is not in lower end position

1 = the blind is in lower end position 

CONTENTS

Summary of Contents for 0 026 72

Page 1: ...ch Sensor parameter 10 7 5 2 a Switch Dim Sensor parameter 11 7 5 2 a Switch Dim Sensor parameter continued 11 7 5 3 a Blind Sensor parameter 11 7 5 4 a Value Forced Operation parameter 12 7 6 Enable...

Page 2: ...n parameter 23 7 10 2 A B1 Status Message parameter 24 7 10 3 A B1 Automatic Operation parameter 25 7 10 4 A B1 Direct Mode parameter 25 7 11 Function Chart 26 7 12 Object Description 26 7 12 1 Genera...

Page 3: ...ut x4 AC Blind x2 DC Blind x1 2 Point valve x2 3 point valve x2 Suitable for switching resistive capacitive and inductive loads as well as fluorescent lamp loads according to EN 60 669 A single switch...

Page 4: ...4123EN 1 Updated Created 18 01 2021 Cat No s 0 026 72 73 74 76 78 79 KNX controller multi application DIN 4 CONNECTION 0 026 72 73 AC Motor D2 NA Fan1 Fan2 Fan3 4 CONNECTION continued 0 026 74 AC Moto...

Page 5: ...ted 18 01 2021 Cat No s 0 026 72 73 74 76 78 79 KNX controller multi application DIN 4 CONNECTION continued 0 026 76 AC Motor AC Motor DC Motor F G DC Motor F G 4 CONNECTION continued 0 026 78 79 AC M...

Page 6: ...S4 or higher Important A detailed information about parameter configuration can be found in Product Manual of device Installation and commissioning of device may only be implemented by trained electri...

Page 7: ...100 1 bit CW 98 Output A1 Staircase lighting duration 7 007 2 byte CRW Output A Output A B Move to position height 0 255 5 001 1 byte CW Fan A B1 Switch speed 3 1 001 1 bit CW Control input Fault con...

Page 8: ...e sent freely within a period Note If the value of the object cannot be sent in the time of a period The object is buffered for the next period time The buffered object will be updated if the object v...

Page 9: ...valuate the transmitted scene address and switches the output to the stored scene value A scene is activated when it receives its scene number at the scene object The storing of the current channel va...

Page 10: ...is distinction between short and long operation The contact type of the push button attached to the channel is adjusted here Cyclic transmission of object no switch OFF switch ON always This paramete...

Page 11: ...operation STOP telegram sends at the end of operation Brightness change on every sent telegram 100 6 25 1 56 This parameter is only visible with the Dimming steps options This parameter is cyclically...

Page 12: ...op command is sent such as STOP Lamella adj UP or STOP Lamella adj DOWN 1 Shutter MOVE UP STOP Lamella UP 2 Shutter MOVE DOWN STOP Lamella DOWN 2 button stepping On operation Stop lamella adjustment T...

Page 13: ...n shutter blind DC fan coil valve control individually Both output group can be combined into one DC blind In DC blind operation the four relay contacts of the device can be used to control electrical...

Page 14: ...bus voltage return Behavior bus voltage failure keep position open contact close contact When the bus voltage fails the device set the wanted switching state of the output The relay can be open close...

Page 15: ...mber of pre warning and time for pre warning interval The warning function is for warning that the staircase lighting time run out and the lights are switched off soon In the warning lights short turn...

Page 16: ...B General parameter continued Behavior after ETS programming or after ETS reset Behavior bus voltage failure no reaction up down stop position 1 2 3 4 approach position This parameter can be used to c...

Page 17: ...e Trigger reference movement communication object is visible The reference movement is triggered via this communication object In long time slight inaccuracies can occur so the upper and lower end pos...

Page 18: ...This function allows you set a height position or slat position directly using with communication object Enable communication objects Move to pos Height Move slat 0 255 no yes The communication Move t...

Page 19: ...havior in case of rain alarm Behavior in case of frost alarm no reaction up down stop position 1 position 2 position 3 position 4 individual position When the alarm is activated the blind moves this p...

Page 20: ...tion communication object is updated After the bus voltage return forced position function set to the parametrized position Set the parameter to no forced position active The forced operation is deact...

Page 21: ...ING is deactivated Set the parameter to 1 When the telegram is received 1 HEATING operation is activated COOLING is deactivated Monitoring control valves yes no This parameter activate the thermostat...

Page 22: ...vel time This time is maximum one minute Valve limitation yes no The limitation of the control value limits the height of the control value The limitation is activated when a value is chosen which is...

Page 23: ...ons Thus initially the number of fan levels required for the connected devices can be defined The number of fan levels can be specified separately for each fan coil channel Controlling the fan levels...

Page 24: ...ime has elapsed 7 COMMUNICATION OBJECTS continued 7 10 Fan Coil parameter continued 7 10 2 A B1 Status Message parameter Enable communication object Status fan speed x 1 bit yes no The data format for...

Page 25: ...peed In s 0 65535 0 65535 This parameter defines the dwell time for a fan speed of the fan until it switches to the next higher or lower fan speed 0 no delay time for switching 7 COMMUNICATION OBJECTS...

Page 26: ...x Des 1 0x00 0 0x80 128 2 0x01 1 0x81 129 3 0x02 2 0x82 130 4 0x03 3 0x83 131 5 0x04 4 0x84 132 6 0x05 5 0x85 133 7 0x06 6 0x86 134 8 0x07 7 0x87 135 9 0x08 8 0x88 136 10 0x09 9 0x89 137 11 0x0A 10 0x...

Page 27: ...d operation 1 byte 0 255 DPT 5 001 brightness value 2 byte 32768 32767 DPT 7 001 signed value 2 byte 0 65535 DPT 8 001 unsigned value 4 byte float value DPT14 068 temperature 4 byte 0 4294967295 DPT12...

Page 28: ...or 4 104 Trigger reference movement Output A DTP 1 008 1 bit CW This object is triggered the reference movement If the telegram is received the blind is moved up or down end position Then the blind c...

Page 29: ...OMMUNICATION OBJECTS continued 7 17 Fan Object Description No Object name Name DTP Type Length Flags 95 Fan speed switch Fan DPT 5 010 1 byte CW This object is used to switch on fan speed via 1 byte o...

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