Elsner KNX S4-B12 24 V User manual

Item number 70533

EN

KNX S4-B12 24 V

Actuator for 12/24 V Drives

Installation and Adjustment

1 Content

Elsner Elektronik GmbH • Sohlengrund 16 • 75395 Ostelsheim • Germany

Actuator KNX S4-B12 24 V • from software version 4.00, ETS programme version 4.0

Status: 28.08.2023 • Technical changes and errors excepted.

1. Description ........................................................................................... 5

1.0.1. Scope of delivery .......................................................................................... 5

1.1. Technical data ........................................................................................................... 6

2. Installation and Commissioning ........................................................... 6

2.1. Safety notice for automatic functions .................................................................... 7

2.2. Connection ................................................................................................................ 8

2.2.1. Device design ................................................................................................ 9

2.2.2. Display of operating status by the power supply LED ............................. 10

2.2.3. Status display by the channel LEDs .......................................................... 10

2.3. Notes on mounting and commissioning .............................................................. 10

2.4. Connection examples ............................................................................................ 11

2.5. Addressing of the device at the bus ..................................................................... 12

3. Disposal ............................................................................................. 12

4. Transfer protocol ............................................................................... 13

4.1. List of all communication objects ......................................................................... 13

5. Parameter setting .............................................................................. 39

5.1. General settings ..................................................................................................... 39

Parameter „Application when programming“ ......................................... 39

5.1.1. Local operation ........................................................................................... 39

5.2. Inputs ....................................................................................................................... 40

Input as bus button ..................................................................................... 41

5.3. Outputs .................................................................................................................... 44

5.3.1. Channel settings – drives ........................................................................... 45

5.3.1.1. Control (drives) ............................................................................ 47

Block – blocking objects ............................................................................. 51

Block – wind blocking ................................................................................. 52

Block – rain blocking ................................................................................... 53

Movement limits ......................................................................................... 54

5.3.1.2. Manual ........................................................................................... 55

5.3.1.3. Automation - external .................................................................. 55

5.3.1.4. Automatic - internal for shading (drives) .................................... 56

5.3.1.5. Automatic for windows (drives) .................................................. 60

5.3.1.6. Scenes (drives) .............................................................................. 64

5.3.1.7. Button inputs (drives) ................................................................... 65

Input as bus button ..................................................................................... 65

Input as actuator button ............................................................................. 65

Input as zero position sensor ..................................................................... 66

5.3.2. Output channel with drive .......................................................................... 66

Control modi for drive control ................................................................... 66

5.3.3. Connection option for zero position sensors ........................................... 68

5.3.4. Output channel with switch function ........................................................ 70

Correlation connection – time switch – block ........................................... 70

5.3.5. Channel settings – switch functions .......................................................... 71

2 Content

Elsner Elektronik GmbH • Sohlengrund 16 • 75395 Ostelsheim • Germany

Actuator KNX S4-B12 24 V • from software version 4.00, ETS programme version 4.0

Status: 28.08.2023 • Technical changes and errors excepted.

5.3.5.1. Connection (switch functions) ..................................................... 71

5.3.5.2. On/Off switch delays, time switching (switch functions) .......... 72

5.3.5.3. Blocking function (switch functions) ........................................... 73

5.3.5.4. Button input (switch functions) ................................................... 73

Input as bus button ..................................................................................... 73

Input as actuator button ............................................................................. 73

3 Clarification of signs

This manual is amended periodically and will be brought into line with new software

releases. The change status (software version and date) can be found in the contents footer.

If you have a device with a later software version, please check

www.elsner-elektronik.de in the menu area "Service" to find out whether a more up-to-

date version of the manual is available.

Clarification of signs used in this manual

Safety advice.

Safety advice for working on electrical connections, components,

etc.

DANGER! ... indicates an immediately hazardous situation which will lead to

death or severe injuries if it is not avoided.

WARNING! ... indicates a potentially hazardous situation which may lead to

death or severe injuries if it is not avoided.

CAUTION! ... indicates a potentially hazardous situation which may lead to

trivial or minor injuries if it is not avoided.

ATTENTION! ... indicates a situation which may lead to damage to property if it is

not avoided.

ETS In the ETS tables, the parameter default settings are marked by

underlining.

4 Clarification of signs

5 Description

Actuator KNX S4-B12 24V • Status: 28.08.2023 • from software version 4.00, ETS programme version 4.0 •

Technical changes and errors reserved.

1. Description

The Actuator KNX S4-B12 24V with integrated facade control has 4 outputs for

direct current drives (12...24V DC, Up/Down), 4 button pairs and control LEDs. The

outputs are compatible with shutter, awning, blind or window drives. Connected drives

can be operated directly at KNX S4-B12 24V and via a hand switch.

The automation can be specified externally or internally. Internally, there are

numerous options available for blocking, locking (e.g. master-slave) and priority

definition (e.g. manual-automatic). Scenes can be saved and called up via the bus

(scene control with 16 scenes per drive).

Twelve binary inputs can be used either for direct operation (e.g. hand switches) or as

bus switches (or also for e.g. alarm notifications). The desired behaviour can be

defined precisely through selection of the response times in Standard, Comfort or

Deadman mode.

Functions:

•4 outputs with polarity changer for motors 12...24 V DC (shading,

windows)

• 20...32 V DC internal supply voltage for inputs and for outputs

• Keypad with 4 button pairs and status LEDs

•12 binary inputs for use as hand switches or as bus switches with variable

voltage (12...24 V DC)

•Automatic runtime measurement of the drives for positioning (including

fault notification object)

•Position feedback (movement position, also slat position for blinds)

•Position storage (movement position) via 1-bit object (storage and call-up

e.g. via buttons)

•Control via internal or external automation

•Integrated shade control for each drive output (with slat tracking

according to sun position for blinds)

•Scene control for movement position with 16 scenes per drive (also slat

position for blinds)

• Mutual locking of two drives using zero position sensors prevents collisions

e.g. of shade and window (master–slave)

•Blocking objects and alarm notifications have different priorities, so safety

functions always take precedence (e.g. wind block)

•Manual or automatic priority setting via time or communication object

•Brief time limit (movement command blocked) and 2 movement limits

Configuration is made using the KNX software as of ETS 5. The product file can be

downloaded from the ETS online catalogue and the Elsner Elektronik website on

www.elsner-elektronik.de.

1.0.1. Scope of delivery

•Actuator

6 Installation and Commissioning

Actuator KNX S4-B12 24V • Status: 28.08.2023 • from software version 4.00, ETS programme version 4.0 •

Technical changes and errors reserved.

1.1. Technical data

The product conforms with the provisions of EU guidelines.

2. Installation and Commissioning

Installation, testing, operational start-up and troubleshooting should

only be performed by an authorised electrician.

Housing Plastic

Colour White

Assembly in distribution boxes or small housings according to

DIN VDE 0603 on 35 mm mounting rails according to

DIN EN 60715

Degree of protection IP20 according to DIN EN 60 529

Dimensions approx. 107 x 88 x 60 (W × H × D, mm)

6 dividing units

Weight approx. 300 g

Ambient temperature Operation -5…+45 °C, storage -25…+70 °C

Ambient humidity max. 95 % RH, avoid condensation

Operating voltage 20...32 V DC.

A suitable power pack can be

purchased from Elsner Elektronik.

Power consumption typically 5 mA, max. approx. 80 mA

Power on bus: 10 mA

Outputs 4 x Output with polarity changer

for motors 12 V DC/24 V DC (+/-), max. 3A

separate power supply for each channel

(internal or external voltage)

Maximum load Each terminal contact may be loaded with a maximum

of 10 A.

Minimum current for runt-

ime measurement

DC 150 mA

Inputs 12 x binary inputs, low voltage (12...24 V DC)

Max. cable length

Binary inputs

100 m

Data output KNX +/- Bus connector terminal

Group addresses max. 1024

Assignments max. 1024

Communication objects 585

7 Installation and Commissioning

Actuator KNX S4-B12 24V • Status: 28.08.2023 • from software version 4.00, ETS programme version 4.0 •

Technical changes and errors reserved.

CAUTION!

Live voltage!

• Inspect the device for damage before installation. Only put undamaged

devices into operation.

• Comply with the locally applicable directives, regulations and provisions for

electrical installation.

• Immediately take the device or system out of service and secure it against

unintentional switch-on if risk-free operation is no longer guaranteed.

Use the device exclusively for building automation and observe the operating

instructions. Improper use, modifications to the device or failure to observe the

operating instructions will invalidate any warranty or guarantee claims.

Operate the device only as a fixed-site installation, i.e. only in assembled condition and

after conclusion of all installation and operational start-up tasks, and only in the

surroundings designated for it.

Elsner Elektronik is not liable for any changes in norms and standards which may occur

after publication of these operating instructions.

2.1. Safety notice for automatic functions

WARNING!

Risk of injury from automatically moving components!

Parts of the system can be started by the automatic controls

and be a danger to persons.

• No persons may remain in the travelling range of parts

driven by an electric motor.

• Adhere to the relevant building regulations.

• Ensure that the return path/access to the building is not blocked

if spending time outside the building (danger of being locked out).

• Correctly decommission the system for maintenance and

cleaning work.

If there is a power outage, the system does not work. Therefore, shadings should be

moved to a save position if there are anticipated weather conditions, for example, if

this has not already been done by the automatic function (product protection).

If the power supply is removed, the connected drive switches off. When the power is

restored, the consumer remains switched off until a new movement command is

received by the actuator.

8 Installation and Commissioning

Actuator KNX S4-B12 24V • Status: 28.08.2023 • from software version 4.00, ETS programme version 4.0 •

Technical changes and errors reserved.

2.2. Connection

Follow the guidelines and standards for SELV electric circuits

while installing and cable laying of the KNX connection and the

inputs and outputs!

Mixed installation of SELV and non-SELV electrical circuits on the inputs and

outputs of the device is not permitted.

9 Installation and Commissioning

Actuator KNX S4-B12 24V • Status: 28.08.2023 • from software version 4.00, ETS programme version 4.0 •

Technical changes and errors reserved.

2.2.1. Device design

The device is designed for series installation on mounting rails and occupies 6U.

1) Binary inputs 1-12 (see also connection example )

2) Programming LED and programming buttons (PRG)

3) Bus terminal slot (KNX +/-)

4) LED "Power", mode display. See “Display of operating status by the power supply

LED” on page 10.

5) Up/Down button pairs and LEDs channel A-D

6) 24 V DC supply voltage input

7) Output A "Up"-"Down", max. 3 A

8) Output B "Up"-"Down", max. 3 A

9) Output C "Up"-"Down", max. 3 A

10) Output D "Up"-"Down", max. 3 A

All +24 V terminals and the top terminal strip are bridged internally.

All +24 V terminals and the bottom terminal strip are bridged internally.

3

4

5

7 9 10

12

6

8

10 Installation and Commissioning

Actuator KNX S4-B12 24V • Status: 28.08.2023 • from software version 4.00, ETS programme version 4.0 •

Technical changes and errors reserved.

2.2.2. Display of operating status by the power supply LED

2.2.3. Status display by the channel LEDs

2.3. Notes on mounting and commissioning

Device must not be exposed to water (rain). This could result in the electronics being

damaged. A relative air humidity of 95% must not be exceeded. Avoid condensation.

Behaviour Colour

On Green Normal operation.

Bus connection/bus voltage available.

Flashes Green Normal operation.

No bus connection/bus voltage available.

On Orange Device starts up or is being programmed via

the ETS. No automatic functions are executed.

Flashes Green (on),

Orange (flashing)

Programming mode active.

Behaviour LED

To top Drive in top end position/device on.

To bottom Drive in bottom end position/drive on.

Flashes slowly top Drive moves up.

Flashes slowly bottom Drive moves down.

Flashes

quickly

top Drive in top end position, barrier active.

Flashes

quickly

bottom Drive in bottom position, barrier active.

Flashes

quickly

both

simultaneously

Drive in intermediate position, barrier active.

Extend both Drive in intermediate position.

Flashes both alternately Automatic runtime determination error.

If the drive can be moved, drive it into the end

position by hand (drive in/drive out

completely or open/close) in order to restart

the runtime determination.

If the drive cannot be moved, check the

connections.

"Runlight"

above all LEDs

all channels Incorrect application version was loaded. Use

the version compatible with the device!

11 Installation and Commissioning

Actuator KNX S4-B12 24V • Status: 28.08.2023 • from software version 4.00, ETS programme version 4.0 •

Technical changes and errors reserved.

After the operating voltage has been applied, the device will enter an initialisation

phase lasting a few seconds. During this phase no information can be received or sent

via the bus.

For KNX devices with safety functions (e.g. wind or rain blocks), periodical monitoring

of the safety objects must be set up. The optimal ratio is 1:3 (example: if the weather

station sends a value every 5 minutes, the actuator must be configured for a

monitoring period of 15 minutes).

2.4. Connection examples

Use of binary input No. 1

with external auxiliary voltage

(12...24 V DC)

Use of binary input No. 12

with internal auxiliary voltage

(20...32 V DC)

Use of drive output A

with external auxiliary voltage

(12...24 V DC)

Use of drive output D with internal auxiliary

voltage (20...32 V DC). The +20...32 V DC

internal voltage must be bridged to the

+ terminal of output D for this.

supply unit

(12...24 V DC)

supply unit

(12...24 V DC)

Operating voltage

20...32 V DC

Each terminal con-

tact may be loaded

with a maximum of

10 A.

12 Disposal

Actuator KNX S4-B12 24V • Status: 28.08.2023 • from software version 4.00, ETS programme version 4.0 •

Technical changes and errors reserved.

2.5. Addressing of the device at the bus

The device is supplied with the bus address 15.15.255. You can program another

address into the ETS by overwriting the 15.15.255 address or by teaching via the

programming button.

3. Disposal

After use, the device must be disposed of in accordance with the legal regulations. Do

not dispose of it with the household waste!

13 Transfer protocol

Actuator KNX S4-B12 24 V • Status: 28.08.2023 • Technical changes and errors excepted.

4. Transfer protocol

4.1. List of all communication objects

Abbreviations:

R Read

W Write

C Communication

T Transfer

No. Name Function Flags Data Point Type Size

1 Software version Readable R C [217.1]

DPT_Version

2 Bytes

50 Input 1 long term Input /

output

RWCT [1.8]

DPT_UpDown

1 Bit

51 Input 1 short term Output R CT [1.8]

DPT_UpDown

1 Bit

52 Input 1 switching Input /

output

RWCT [1.1]

DPT_Switch

1 Bit

53 Input 1 dim relative Input /

output

RWCT [3.7]

DPT_Control_Dimmi

ng

4 Bit

54 Input 1 encoder 8 bit Output R CT [9.1]

DPT_Value_Temp

1 Byte

55 Input 1 encoder

temperature

Output R CT [9.4]

DPT_Value_Lux

2 Bytes

56 Input 1 encoder brightness Output R CT [18.1]

DPT_SceneControl

2 Bytes

57 Input 1 scene Output R CT [1.1]

DPT_Switch

1 Byte

58 Input 1 blocking object Input WC [1.8]

DPT_UpDown

1 Bit

60-

68

Input 2 (see input 1)

70-

78

Input 3 (see input 1)

80-

88

Input 4 (see input 1)

100 Channel A status automatic

or

manual

Output R CT [1]

1.xxx

1 Bit

101 Channel A manual long

term

Input RWC [1.8]

DPT_UpDown

1 Bit

102 Channel A manual short

term

Input RWC [1.8]

DPT_UpDown

1 Bit

14 Transfer protocol

Actuator KNX S4-B12 24 V • Status: 28.08.2023 • Technical changes and errors excepted.

103 Channel A manual

movement position

Input RWC [5.1]

DPT_Scaling

1 Byte

104 Channel A manual slat

position

Input RWC [5.1]

DPT_Scaling

1 Byte

105 Channel A automatic short

term

Input RWC [1.8]

DPT_UpDown

1 Bit

106 Channel A automatic long

term

Input RWC [1.8]

DPT_UpDown

1 Bit

107 Channel A automatic

movement position

Input RWC [5.1]

DPT_Scaling

1 Byte

108 Channel A automatic slat

position

Input RWC [5.1]

DPT_Scaling

1 Byte

109 Channel A switch from

manual to automatic

Input RWC [1]

1.xxx

1 Bit

110 Channel A automatic

blocking object

Input RWCT [1.1]

DPT_Switch

1 Bit

111 Channel A current

movement position

Output R CT [5.1]

DPT_Scaling

1 Byte

112 Channel A current slat

position

Output R CT [5.1]

DPT_Scaling

1 Byte

113 Channel A status object Output R CT [1]

1.xxx

1 Bit

114 Channel A - Approach

position memory for

manual

Input RWC [1.1]

DPT_Switch

1 Bit

115 Channel A - Learn object

position memory for

manual 0

Input RWC [1.1]

DPT_Switch

1 Bit

116 Channel A - Learn object

position memory for

manual 1

Input RWC [1.1]

DPT_Switch

1 Bit

119 Channel A - Approach

position memory for

automatic

Input RWC [1.1]

DPT_Switch

1 Bit

120 Channel A - Learn object

position memory for

automatic 0

Input RWC [1.1]

DPT_Switch

1 Bit

121 Channel A - Learn object

position memory for

automatic 1

Input RWC [1.1]

DPT_Switch

1 Bit

124 Channel A call saving

scenes

Input WC [1.1]

DPT_Switch

1 Bit

125 Channel A outdoor

temperature

Blocking object

Input RWC [1.1]

DPT_Switch

1 Bit

No. Name Function Flags Data Point Type Size

15 Transfer protocol

Actuator KNX S4-B12 24 V • Status: 28.08.2023 • Technical changes and errors excepted.

126 Channel A outdoor

temperature blocking

measurement value

Input WC [1.1]

DPT_Switch

1 Bit

127 Channel A outdoor

temperature blocking status

Output R CT [1.1]

DPT_Switch

1 Bit

128 Channel A twilight object Input RWC [1.1]

DPT_Switch

1 Bit

129 Channel A twilight

measurement value

Input RWC [1.1]

DPT_Switch

1 Bit

130 Channel A twilight status Output R CT [18.1]

DPT_SceneControl

1 Byte

131 Channel A time control Input RWC [1.1]

DPT_Switch

1 Bit

132 Channel A inside

temperature release object

Input RWC [9.1]

DPT_Value_Temp

2 Bytes

133 Channel A inside

temperature release

measurement value

Input RWC [1.1]

DPT_Switch

1 Bit

134 Channel A inside

temperature release target

value

Input RWC [1.1]

DPT_Switch

1 Bit

135 Channel A inside

temperature release status

Output R CT [9.4]

DPT_Value_Lux

2 Bytes

136 Channel A shading object Input RWC [1.1]

DPT_Switch

1 Bit

137 Channel A shading

brightness Measurement

value 1

Input RWC [1.1]

DPT_Switch

1 Bit

138 Channel A shading

brightness Measurement

value 2

Input RWC [1.1]

DPT_Switch

1 Bit

139 Channel A shading

brightness

Measurement value 3

Input RWC [9.1]

DPT_Value_Temp

2 Bytes

140 Channel A shading

threshold value

Input /

output

RWCT [9.1]

DPT_Value_Temp

2 Bytes

141 Channel A shading

threshold value 1 = + | 0 = -

Input RWC [1.1]

DPT_Switch

1 Bit

142 Channel A shading

threshold value +

Input RWC [1.1]

DPT_Switch

1 Bit

143 Channel A shading

threshold value -

Input RWC [9.4]

DPT_Value_Lux

2 Bytes

144 Channel A shading status Output R CT [9.4]

DPT_Value_Lux

2 Bytes

No. Name Function Flags Data Point Type Size

16 Transfer protocol

Actuator KNX S4-B12 24 V • Status: 28.08.2023 • Technical changes and errors excepted.

145 Channel A shading position

Teaching object

Input RWC [9.4]

DPT_Value_Lux

2 Bytes

146 Channel A azimuth Input RWC [9.4]

DPT_Value_Lux

2 Bytes

147 Channel A elevation Input RWC [1]

1.xxx

1 Bit

148 Channel A cold air supply

blocking object

Input RWC [1]

1.xxx

1 Bit

149 Channel A cold air supply

outside temperature

measurement value

Input RWC [1]

1.xxx

1 Bit

150 Channel A cold supply air

blocking status

Output R CT [1.1]

DPT_Switch

1 Bit

151 Channel A forced

ventilation

Input RWC [1]

1.xxx

1 Bit

152 Channel A warm air supply

blocking object

Input RWC [9]

9.xxx

2 Bytes

153 Channel A warm air supply

inside temperature

measurement value

Input RWC [9]

9.xxx

2 Bytes

154 Channel A warm air supply

outside temperature

measurement value

Input RWC [1.1]

DPT_Switch

1 Bit

155 Channel A warm air supply

blocking target value

Input RWC [9.1]

DPT_Value_Temp

2 Bytes

156 Channel A warm air supply

blocking status

Output R CT [1.1]

DPT_Switch

1 Bit

157 Channel A inside

temperature opening object

Input RWC [1.1]

DPT_Switch

1 Bit

158 Channel A inside

temperature opening

measurement value

Input RWC [1.1]

DPT_Switch

1 Bit

159 Channel A inside

temperature opening target

value

Input RWC [9.1]

DPT_Value_Temp

2 Bytes

160 Channel A inside

temperature opening

threshold value

Input /

output

RWCT [9.1]

DPT_Value_Temp

2 Bytes

161 Channel A inside

temperature opening

threshold value 1 = +

Input RWC [9.1]

DPT_Value_Temp

2 Bytes

162 Channel A inside

temperature opening

threshold value

Input RWC [1.1]

DPT_Switch

1 Bit

No. Name Function Flags Data Point Type Size

17 Transfer protocol

Actuator KNX S4-B12 24 V • Status: 28.08.2023 • Technical changes and errors excepted.

163 Channel A inside

temperature opening

threshold value -

Input RWC [1.1]

DPT_Switch

1 Bit

164 Channel A inside

temperature opening status

Output R CT [9.1]

DPT_Value_Temp

2 Bytes

165 Channel A inside humidity

opening object

Input RWC [9.1]

DPT_Value_Temp

2 Bytes

166 Channel A inside humidity

opening Measurement

value

Input RWC [9.1]

DPT_Value_Temp

2 Bytes

167 Channel A inside humidity

opening status

Output R CT [1]

1.xxx

1 Bit

170 Channel A zero position

reached

Input RWC [1]

1.xxx

1 Bit

171 Channel A zero position

sensor malfunctioning

Output R CT [1]

1.xxx

1 Bit

172 Channel A master zero

position status

Output R CT [1.1]

DPT_Switch

1 Bit

173 Channel A master zero

position command

Output R CT [1.1]

DPT_Switch

1 Bit

174 Channel A slave zero

position status

Input RWC [9.7]

DPT_Value_humidity

2 Bytes

175 Channel A master zero

position status

Input RWC [1.1]

DPT_Switch

1 Bit

176 Channel A master zero

position command

Input RWC [1.1]

DPT_Switch

1 Bit

177 Channel A slave zero

position status

Output R CT [1.1]

DPT_Switch

1 Bit

178 Channel A drive moving Output R CT [1.1]

DPT_Switch

1 Bit

179 Channel A malfunction

object

Output R CT [1.1]

DPT_Switch

1 Bit

180 Channel A block 1 blocking

object

Input RWC [1.1]

DPT_Switch

1 Bit

181 Channel A block 1 wind

blocking object

Input RWC [1.1]

DPT_Switch

1 Bit

182 Channel A block 1 wind

blocking

Measurement value

Input RWC [1.1]

DPT_Switch

1 Bit

183 Channel A block 1 wind

blocking status

Output R CT [1.1]

DPT_Switch

1 Bit

184 Channel A block 1 rain

blocking object

Input RWC [1]

1.xxx

1 Bit

185 Channel A block 2 blocking

object

Input RWC [1]

1.xxx

1 Bit

No. Name Function Flags Data Point Type Size

18 Transfer protocol

Actuator KNX S4-B12 24 V • Status: 28.08.2023 • Technical changes and errors excepted.

186 Channel A block 2 wind

blocking object

Input RWC [1.1]

DPT_Switch

1 Bit

187 Channel A block 2 wind

blocking Measurement

value

Input RWC [1.1]

DPT_Switch

1 Bit

188 Channel A block 2 wind

blocking status

Output R CT [9.5]

DPT_Value_Wsp

2 Bytes

189 Channel A block 2 rain

blocking object

Input RWC [1.1]

DPT_Switch

1 Bit

190 Channel A block 3 blocking

object

Input RWC [1.1]

DPT_Switch

1 Bit

191 Channel A block 3 wind

blocking object

Input RWC [1.1]

DPT_Switch

1 Bit

192 Channel A block 3 wind

blocking Measurement

value

Input RWC [1.1]

DPT_Switch

1 Bit

193 Channel A block 3 wind

blocking status

Output R CT [9.5]

DPT_Value_Wsp

2 Bytes

194 Channel A block 3 rain

blocking object

Input RWC [1.1]

DPT_Switch

1 Bit

195 Channel A block 4 blocking

object

Input RWC [1.1]

DPT_Switch

1 Bit

196 Channel A block 4 wind

blocking object

Input RWC [1.1]

DPT_Switch

1 Bit

197 Channel A block 4 wind

blocking

Measurement value

Input RWC [1.1]

DPT_Switch

1 Bit

198 Channel A block 4 wind

blocking status

Output R CT [9.5]

DPT_Value_Wsp

2 Bytes

199 Channel A block 4 rain

blocking object

Input RWC [1.1]

DPT_Switch

1 Bit

200 Channel A block 5 blocking

object

Input RWC [1.1]

DPT_Switch

1 Bit

201 Channel A block 5 wind

blocking object

Input RWC [1.1]

DPT_Switch

1 Bit

202 Channel A block 5 wind

blocking Measurement

value

Input RWC [1.1]

DPT_Switch

1 Bit

203 Channel A block 5 wind

blocking status

Output R CT [9.5]

DPT_Value_Wsp

2 Bytes

204 Channel A block 5 rain

blocking object

Input RWC [1.1]

DPT_Switch

1 Bit

205 Channel A - Movement

limitation 1 - Blocking

object

Input RWC [1.1]

DPT_Switch

1 Bit

No. Name Function Flags Data Point Type Size

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Elsner KNX S4-B12 24 V User manual

Elsner KNX S4-B12 24 V User manual

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