WAREMA climatronic Control panel 3 Series Guide

Valid from 1st November 2016
2017717_b•en
Installation and connection
WAREMA climatronic®
Control panel 3.x

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2
WAREMA climatronic® 3.x
Installation and connection
General information
The publication of this document supersedes all previous corresponding
documentation. We reserve the right to make changes in the interest of
technical progress. Particular care was taken in producing the text and
graphics in this document. In spite of this, we cannot accept liability for any
existing errors or the consequences thereof.
Legal information
Operating instructions, manuals and software are protected by copyright.
All rights to the software are specified in the license agreement included.
WAREMA climatronic is a registered trademark of WAREMARenkhoff SE.
WAREMA and the WAREMA logo are trademarks of WAREMARenkhoff SE.
All other brand or product names included in this document are trademarks
or registered trademarks of their respective owners.
Contact
Customer Center Control Systems
Sales, order processing and applied engineering
Tel. [phone] • Fax -3759
[e-mail]
International
Tel. [phone] • Fax -3749
steuerungssyst[email protected]
Control Systems Helpline
Tel. [phone] • Fax -6769
ser[email protected]
Building automation systems sales
Dillberg 33, 97828 Marktheidenfeld
Tel. [phone] • Fax -3719
© 2016, WAREMA Renkhoff SE

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Contents
Table of contents 1 Safety instructions........................................................................................... 5
1.1 Meanings of symbols and pictograms ............................................................5
1.2 Intended use .........................................................................................................6
1.3 Target group .........................................................................................................6
1.4 Retrofitting and modifications.............................................................................6
1.5 Installation and connection .................................................................................7
1.6 Working safely .......................................................................................................7
2 Scope of delivery ............................................................................................. 8
3 Planning ............................................................................................................ 9
3.1 Principal structure of a WAREMA climatronic system .................................9
3.2 Network................................................................................................................ 10
4 Installation ...................................................................................................... 11
4.1 Procedure during installation........................................................................... 11
4.2 Installing base plate for control panel............................................................ 12
4.3 Installing weather station.................................................................................. 13
4.4 Install actuators .................................................................................................. 15
5 Connection ..................................................................................................... 16
5.1 Connecting control panel................................................................................. 17
5.2 Connecting weather station ............................................................................. 18
5.3 Connecting switch actuator 4M230/6M230 ................................................ 19
5.4 Connect hub ....................................................................................................... 23
5.5 Connection examples for custom products.................................................. 25
5.6 Dimensioning of the power supply ................................................................ 30
6 Commissioning .............................................................................................. 32
7 System components ...................................................................................... 33
7.1 Switch actuator 4M/6M AP/REG.................................................................... 34
7.2 Switch actuator 4MDC AP/REG...................................................................... 34
7.3 Switch actuator 16M230SMI AP/REG.......................................................... 35
7.4 Switch actuator 4M230I (vivamatic 3.0) AP/REG ..................................... 36
7.5 Switch actuator 4M230LS2Low AP/REG ................................................... 37
7.6 Dim actuator 2D AP/REG ................................................................................ 38
7.7 Sensor Interface................................................................................................. 50
7.8 Tableau Interface................................................................................................ 52
7.9 Sensor Splitter .................................................................................................... 54
7.10 Sensor Inside temperature / Humidity........................................................... 55
7.11 WAREMA climatronic WebControl................................................................ 56
8 Restoring the factory settings ...................................................................... 58
9 Technical data ................................................................................................ 59
10 Troubleshooting ............................................................................................. 60
10.1 Fault table............................................................................................................ 60
10.2 Checklist for checking the connection work................................................. 61
11 Index................................................................................................................ 63

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WAREMA climatronic® 3.x
Installation and connection
Before you start
In these instructions you will find all the relevant information for installing and
connecting the components of a WAREMA climatronic system.
These instructions are subdivided into separate sections with symbols to
improve orientation. Proceed according to the order so that no problems
occur later when commissioning.
Safety
This section covers all the rules that you must observe so that your safety is
ensured and the WAREMA climatronic system functions safely and without
errors.
Information for installation and connection
When you install a WAREMA climatronic system for the first time, you will
find important basics here. These will help you to make the correct decisions
when installing and connecting.
Installation
Here you are led step by step through the installation of all the components
of the WAREMA climatronic system.
Connection
Here you will find all the information for connecting the WAREMA climatronic
components to each other and the controlled products safely and according
to their function.
Commissioning
For commissioning and setting the WAREMA climatronic please consult the
document with the art. no. 2017718.

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1 Safety instructions
 Read these instructions before installing and connecting the control.
 Note the safety instructions; failure to do so will void any warranty claims
against the manufacturer.
 Keep these instructions for future use.
1.1 Meanings of symbols and pictograms
The safety information contained in these instructions is marked with warning
symbols. They are categorised into different warning types depending on the
level of potential danger:
DANGER
warns of an imminently dangerous situation.
Possible consequences may include serious injuries and even death
(personal injury), property damage or environmental harm.
WARNING
warns of a potentially dangerous situation.
Possible consequences may include light or serious injuries and even
death (personal injury), property damage or environmental harm.
CAUTION
Reminder to exercise care.
Failure to comply may result in property damage.
The following pictograms and symbols may be affixed to the control unit itself
or to the connected devices, alerting you to potential danger:
WARNING
Warning against dangerous electrical voltage.
CAUTION
component damage due to electrostatic discharge.
The i symbol designates important information and helpful tips.
Example The term Example marks an example.
 The square indicates an instruction or a prompt for action. Perform this
action.
The triangle denotes an event or the result of a preceding action.
The black triangle is a bullet point for lists or selections.
Safety

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WAREMA climatronic® 3.x
Installation and connection
1.2 Intended use
The WAREMA climatronic is an electronic system for switching and con-
trolling different devices such as sun shading product equipment, lighting,
heating, cooling and ventilation equipment as well as window drives.
WARNING
Please obtain the written approval of the manufacturer for the connection
of devices not listed in these instructions.
1.3 Target group
These instructions address persons installing, wiring or connecting the
WAREMA climatronic, including all necessary parts, to the mains voltage.
WARNING
Installation, connection, commissioning or operation by insufficiently
qualified and knowledgeable persons may cause serious damage to the
system or even personal injuries.
 Installation, connection and commissioning may only be performed by
trained qualified technicians. These technicians must be able to recognise
dangers that may be caused by the mechanical, electrical or electronic
equipment.
1.4 Retrofitting and modifications
WARNING
Retrofitting and modifications may impact the safety of the system or
reduce its effectiveness. Possible consequences may include death,
serious or light injuries, and property or environmental damage.
 Contact us or your specialist dealer before retrofitting or changing the system
or the unit parameters.
 Exercise special care when components of different versions are combined
or when existing components are replaced by older/newer products with a
different scope of functions or a different software version.

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1.5 Installation and connection
WARNING
The electrical installation must be performed by a certified electrician
in accordance with the electrical installation regulations published
by the Association of German Electrical Engineers (VDE 0100) or the
standards and legal requirements of the country in which the device is
being installed. The electrician must observe the installation instructions
included with the supplied electrical devices.
All control devices are intended to be installed indoors unless otherwise
specified.
The applicable national standards and guidelines must be followed for the
control of lighting, heating, cooling and ventilating equipment.
Do not use this device to control doors, gates and garage door drives.
Window drives may only be controlled in compliance with the applicable
standards and national safety regulations (key points: safety distance, move-
ment speed, entrapment protection system, etc.)
Only fans approved for a dimming function may be dimmed.
1.6 Working safely
When performing work on motor-operated windows or building facades
where motor-operated sun shading products are installed:
WARNING
Danger to life and property damage through sudden movement of the
controlled products.
 De-energise the unit
 Sufficiently secure the unit against unauthorised and inadvertent reactivation.
 Use suitable safety devices for personal protection
 Do not place or store any items within the range of movement of
automatically operated mechanisms (e.g. ladder against a house wall with an
articulated arm awning)

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WAREMA climatronic® 3.x
Installation and connection
2 Scope of delivery
Fig. 1 Scope of delivery
1WAREMA climatronic control panel
2Installation and connection instructions
3Commissioning and setting instructions
4Operation instructions
Base plate for the control panel with a fixing screw and nut
Accessories kit with:
Terminating resistance
Connection terminals
4 screws and screw anchors each for wall installation
USB cable to connect the control panel to a PC
Magnet for identification of the weather station
SD card for storing settings of the WAREMA climatronic incl. WAREMA
climatronic studio software and additional menu languages for loading onto
the control panel

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3 Planning
3.1 Principal structure of a WAREMA climatronic system
WAREMA climatronic®
WAREMA climabus
Actuator Actuator
Sun shading
system
Sunblind
pushbutton
Light
pushbutton
Light
WAREMA climatronic®
weather station
230 V/50 Hz 230 V/50 Hz
Power supply unit
230 V/50 Hz
Fig. 2 Overview of the structure of a WAREMA climatronic system
The WAREMA climatronic is a complete solution for controlling all WAREMA
products and additional systems in a conservatory or in larger building
complexes.

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WAREMA climatronic® 3.x
Installation and connection
3.2 Network
All components of the control communicate with each other via an RS485
bus system. Careful planning of the network prior to installation saves you
elaborate and time-consuming adjustment work.
= Component = Terminating resistor 120 Ω
✔
✘✘
✘
Fig. 3 Bus topology
Please observe the following items regarding the network structure:
A maximum of one control panel, 1200actuators, 3weather stations and
2sensors for inside temperature/humidity may be used in one system.
When using 100actuators or more, one hub is required per 100devices.
One hub is required after every 1200m of line length.
3.2.1 Network cables
Use only high-grade twisted-pair network cables with a characteristic wave
impedance of 120.
We recommend using:
JY(St)Y2x2x0.8mmø or JY(St)Y4x2x0.8mmø
YCYM2x2x0.8mmø or YCYM4x2x0.8mmø (Siemens)
Unitronic bus line 2x2x0.8mm ø or 4x2x0.8mmø (LAPP)
Cables resistant to UV rays must be used for outdoor installation
(e.g. to connect the weather station). We recommend using:
8xAWG26CULblack
A-2Y(L)2Y...ST III BD 2x2x0.8mm or 4x2x0.8mm

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4 Installation
CAUTION
The control and its auxiliary components may only be operated when
installed or at the specified installation locations.
Malfunctions or dangerous situations may occur at the unit if this is
neglected. If this is the case, any guarantee or warranty claim becomes
void.
4.1 Procedure during installation
Follow the points below in the order given:
1. Determine the installation location of the individual compo-
nents
Refer to the specifications in chapter 3.2 Network on page 10, chapter
5 Connection on page 16 and in the sensor and switch actuator data
sheets.
2. Determine the lines required for connecting the components
to each other
Use the information given in chapter 5 Connection on page 16.
Be aware that terminal sets of multi-pole products must be connected to the
same terminal block of a switch actuator and not to two separate ones.
3. Install components
The last page of the switch actuator instructions contains tables for
noting down the terminal assignments. This is absolutely essential for the
future software-specific allocation on the control panel of the WAREMA
climatronic. Also affix an ID sticker of the actuator on the field provided
for this purpose and note down the installation location and any other
information about the device that may be available.
4. Install required lines
5. Continue with chapter „5 Connection“

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WAREMA climatronic® 3.x
Installation and connection
4.2 Installing base plate for control panel
The control panel is intended to be surface-mounted on a level substructure.
 Install the base plate with the rectangular opening in front of a flush-mounted
switch box. Screws and screw anchors are enclosed.
 Align the base plate exactly horizontally with the help of the oblong holes.
 Countersink the 4countersunk head screws included with the delivery until
they are flush to allow the control panel to fully engage.
A temperature sensor is integrated in the control panel itself. Therefore,
to prevent erroneous readings, do not install the control panel where a
heat source may influence the measurements (solar radiation, radiator,
outside wall).
170 mm
76 mm
4x
min. 120 - 150 mm
ca. 1450 mm
Fig. 4 Installation of the base plate
Once connected the control panel can be engaged in the base plate. See
chapter5.1 Connecting control panel on page 17.

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4.3 Installing weather station
The weather station records precipitation events such as rain or snow,
wind speed and direction, ambient brightness, dawn/dusk and temperature
and receives the radio time telegram. The weather station only has to be
connected as a network device; the 24VDC power supply is provided via
the four-wire bus line.
 Use the enclosed mounting hardware to install the weather station. Note
also the installation instructions for the weather station in the associated
installation and operating instructions.
Metal-clad buildings, domestic interference sources (unshielded household
appliances, television sets, computers), supply lines and metal objects such
as sheet metal enclosures must be at least 0.5 m away from the sensor.
Check the radio clock reception prior to final installation.
The weather station must be mounted in an upright position with a maximum
inclination of ±2°. The photodiodes must be at right angles to the building
facades being shaded. Please refer also to the information on sun control in
the “Commissioning/Setting instructions” document.
The information on the allocation of the photodiodes to the facades is
required for commissioning.
Install the weather station in an easily accessible location at the highest point
of the roof structure or conservatory. To avoid hindering accurate
wind evaluation, do not mount the device away from the wind.
For the system to function properly, precipitation must be able to hit the
sensor surface from any direction without interference.
The connecting line must be routed so that water cannot enter into the inside
of the device. Use a weather-proof (suitable for outdoor installation) line for
this, such as 4x AWG26C UL BK or A-2Y(L)2Y...ST III BD 2x2x0.8mm.
The photodiode 1 “Dawn/dusk” controls the dawn/dusk control. The weather
station should therefore be positioned so that the photodiode cannot be
influenced at night by street or garden lighting or other external light sources
(e.g. flashlights).

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WAREMA climatronic® 3.x
Installation and connection
Allocation of the photodiodes
The numbers 1 to 4 have been allocated at the factory to the four photodiodes.
Photo 1 (dawn / dusk)
Photo 3
Photo 4 Photo 2
Fig. 5 Positioning of the photodiodes
Fig. 6 Installation of the weather station

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4.4 Install actuators
The actuators are available as a DIN rail-mounted device (REG) and in a
surface-mounted housing depending on the model. The devices must be
installed in a dry and easily accessible location. Never install them outdoors
or where they are subjected to direct solar radiation.
CAUTION
DIN rail-mounted devices must be mounted on a symmetrical DIN rail
(TH35 as per EN60715:2001) when installed in a distribution board.
CAUTION
The minimum distance between the connection terminals and another
object equals must be at least 10 mm in the DIN rail-mounted model. When
actuators are properly installed in the surface-mounted housing, then no
minimum distances need to be observed between the housing and the
surrounding objects.
REG: When installing the device in a distribution board, clip it onto a
symmetrical DIN rail. To make the connection work easier, the terminal
covers can be removed (see Fig. 7).
AP: Insert a slotted screwdriver (3 – 4mm blade) into the appropriate
cover opening and carefully pry the hinged cover open. Repeat the
procedure for the second opening of the cover. After both latches
have been unlatched, the cover can be flipped open. Open the
second cover in the same way. Alternatively, the AP model may also
be mounted on a DIN rail.
This device type is not suitable for use in damp interiors.
Remove the terminal covers:
Insert a suitable screwdriver
into the notch.
Fig. 7 Detaching the terminal covers
 Note the information in the associated operating and installation instructions
when installing the surface-mounted or DIN rail-mounted housing model.

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WAREMA climatronic® 3.x
Installation and connection
5 Connection
WARNING
In a permanently routed installation, an in-series disconnecting and
isolating switch must be provided to separate the WAREMA climatronic
from the operating voltage (switch according to EN 60335-1, Section 25.2,
e.g. in-line circuit breaker).
DANGER
The components must be disconnected from the mains voltage before the
housing is opened.
When establishing the supply line connection, apply EN 60335-1 (line
cross-section, line model, additional locks to prevent loosening, strain relief,
ferrules for wire conductors, in-line circuit breakers).
As specified in VDE 0022, the operating company and the installer are
responsible for compliance with the regulations put forth by the power
supply company and the VDE.
The wiring specified in the cable diagrams is for minimum cross sections
in copper, taking no account of the length and the resulting voltage drops.
The relevant VDE regulations must be followed when routing lines outdoors.
Furthermore, the lines must be suitable for outdoor use. The distance from
high-voltage power lines must be at least 20cm; parallel routing to lines
carrying mains voltage must be avoided. The insulation voltage between
shielding and wires must be >2.5kV. The lines should be routed in one piece.
Commercially available low-voltage cables (e.g. JY(St)Y) are normally used
for push button lines, sensor lines and network lines. This is usually sufficient
regarding external EMC interference, e.g. in residential areas with line lengths
up to 50m. By contrast, optimal protection against external EMC interference
is provided by high-quality lines with braided shields (no foil shields) and
tightly twisted cable pairs. The longer the line, the greater the susceptibility
toward interference. For this reason, only install high-grade cables.
 Do not use lines of a larger or smaller cross-section than specified.
WARNING
The electrical installation must be performed by a certified electrician in
accordance with VDE 0100 or the legal requirements and standards of the
country in which the device is being installed.

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5.1 Connecting control panel
 Connect the control panel according to the following diagram; observe the
colours of the connection terminals.
X5 X6 X7
JY(St)Y 4×2×0.8 mm ∅
Bus A
Bus B
0 V
24 V DC
to other
bus devices
climabus
Bus A
Bus B
controlbus to WAREMA climatronic®
WebControl (optional)
WH
YL
BK RD BU
OG
Terminating resistors 120 Ω
Fig. 8 Control panel wiring diagram
The connection terminals (black/red) are already fitted with a 120
terminating resistor.
If the control panel is not mounted at the end of the bus, use the connection
terminals supplied in the accessories box instead.
 Attach the control panel to the base plate by hooking it on the top edge of
the base plate and then pushing against the bottom edge until it snaps into
place.
 Fix the control panel with the supplied screw, which is turned into the centre
of the bottom edge.
The control panel is now securely mounted to the wall.
The RS485 interface is used for connecting a WAREMA climatronic
WebControl. The connection terminals (blue/orange) are already fitted with a
120 terminating resistor. See also chapter 7.11 on page 56.

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WAREMA climatronic® 3.x
Installation and connection
5.2 Connecting weather station
The weather stations are equipped with a terminating resistor of 120
activated at the factory. If the weather station is not positioned at the
beginning or end of the bus line, the installed terminating resistor must be
deactivated by reconnecting the jumper (see Fig. 9).
1234
Weather station
Onsite junction box
From previous
bus device
X1
J1
Bus A
0V A B 24V
Bus B
0 V
24 V DC
CAT line, weather-proof
Network closed (120 Ω)
Network open
Plug connector J1
Bus A
Bus B
0 V
24 V DC
To next
bus device
1234
Weather station
Onsite junction box
From previous
bus device
JY(St)Y 4×2×0.8 mm ø
X1
J1
Bus A
0V A B 24V
Bus B
0 V
24 V DC
4xAWG 26C UL black
Network closed (120 Ω)
Network open
Plug connector J1
Weather station
at the end of
the bus line
Weather station
in the middle of
the bus line
Fig. 9 Weather station connection examples

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5.3 Connecting switch actuator 4M230/6M230
The safety instructions from section 5 Connection on page 16 also
apply for connecting the actuators.
To prevent damage to the connected motors, the default settings are such
that only one relay is activated at a time and connected single push buttons
operate in dead man's mode. Group buttons and locking contacts are
functional after the actuator has been commissioned.
Detailed information on connecting can be found in the associated
installation instructions art. no. 890350.
Information and wiring diagrams for other actuators can be found
in chapter 7 on page 33:
7.1 Switch actuator 4M/6M AP/REG on page 34
7.2 Switch actuator 4MDC AP/REG on page 34
7.3 Switch actuator 16M230SMI AP/REG on page 35
7.4 Switch actuator 4M230I (vivamatic® 3.0) AP/REG on page 36
7.5 Switch actuator 4M230LS2Low AP/REG on page 37
7.6 Dim actuator 2D AP/REG on page 38
5.3.1 Switch actuator outputs
Each controllable product requires 1 to 3 output terminals:
Sun shading products and windows use 2adjacent outputs of a terminal
block and 2inputs of the same number, e.g. A1.1, A1.2, E1.1, E1.2
Fans and lights use 1 output and 1 input of the same number, e.g. A1.1,
E1.1
Infinitely variable fans (external) and dimmable lights use 2 adjacent outputs
of a terminal block and 1 input with the same number as the first output, e.g.
E3.2, A3.2, A4.1
Fans6/12V, 3-step fans and 3-step fans with valve use 3adjacent outputs
of a terminal block and 1input with the same number as the 1stoutput, e.g.
E5.2, A5.2, A6.1, A6.2
All outputs for one product are always located on the same terminal block.
In product management, each product can be allocated any locking contact
of the same actuator.

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WAREMA climatronic® 3.x
Installation and connection
WAREMA climatronic®
Schaltaktor 6M230
F3
6,3 AT H
F2
6,3 AT H
F1
6,3 AT H
WAREMA climatronic®
Schaltaktor 4M230
F2
6,3 AT H
F1
6,3 AT H
L
N
PE
1 32
BU BK BN GNYE
M∼
Motor 1
Sun shading system
1 32
BU BK BN GNYE
M∼
Motor 2
Sun shading system
NPE NPE
1 32
BU BK BN GNYE
M∼
Motor 3
Sun shading system
1 32
BU BK BN GNYE
M∼
Motor 4
Window 230 V
NPE NPE
Lighting
1 32
BU BK BN GNYE
M∼
Motor 5
Sun shading system
NPE
H1 H2
1 32
BU BK BN GNYE
M∼
Motor 6
Sun shading system
1 32
BU BK BN GNYE
M∼
Motor 7
Sun shading system
NPE NPE
1 32
BU BK BN GNYE
M∼
Motor 8
Sun shading system
1 32
BU BK BN GNYE
M∼
Motor 9
Sun shading system
NPE NPE
N
CLOSE
OPEN
Power line provided
by customer
230 V AC, 50 Hz,
16 A, 3 x 1.5 mm2
ATTENTION:
Only one motor can be connected
per motor terminal set.
Parallel connection will
damage the motor.
The total power (of all 4 outputs)
per fuse must not exceed 1000 VA.
All motor lines
H05-RR-F 4 G 0.75 black
type WAREMA
All push button lines
JY(St)Y 2x2x0.8 mm
Max. line length 200 m for
interference-proof routing,
use a twisted pair line.
All bus lines
JY(St)Y 4×2×0.8 mm
From
previous
bus device
Bus A
Bus B
0 V
To next
bus device
Bus A
Bus B
0 V
Example: Interlocking
via window contact
Operation is enabled
when the window is shut.
This function must be
programmed accordingly.
Example: Group push button,
motor 7 and motor 8
Connection of group push
buttons at the locking inputs.
The locking function is no
longer available.
The relevant group is freely
programmable within an
actuator (see
WAREMA climatronic®
Commissioning/Setting
instructions,
art. no. 2017718).
Example: group push
button, motor 5 and
motor 6
Groups are built for all
actuators by "jumpering".
Only connect In+ for the
actuators in the group.
Example:
Single push
button,
motor 1
S1
Bus A
Bus B
0 V
Bus A
Bus B
0 V
L
N
PE
L
N
PE
Example:
Group push
button, motor 2
and motor 3
Groups are built
by means of
"jumpering"
P
P
Fig. 10 Connection example for switch actuators 6M230 and 4M230