WAREMA climatronic Control panel 3 Series Installation And Connection
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WAREMA climatronic Control panel 3 Series Installation And Connection

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

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Summary of Contents for WAREMA climatronic Control panel 3 Series

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

  • Page 2: General Information

     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.

  • Page 3: Table Of Contents

    Installation and connection .................7 Working safely .......................7 Scope of delivery ..................... 8 Planning ......................9 Principal structure of a WAREMA climatronic® system .........9 Network ........................ 10 Installation ...................... 11 Procedure during installation ................11 Installing base plate for control panel ............12 Installing weather station ..................
  • Page 4 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.

  • Page 5: Safety Instructions

    Safety 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.

  • Page 6: Intended Use

    WAREMA climatronic® 3.x Installation and connection 1.2 Nntended 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.

  • Page 7: Installation And Connection

    1.5 Nnstallation and connection DEANAN The electrical installation must be performed by a certified electrician in accordance with the electrical installation regulations published by the Association of German lectrical ngineers (VD 0100) or the standards and legal requirements of the country in which the device is being installed.

  • Page 8: Scope Of Delivery

    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 We reserve the right to make technical changes 2017717_b•en•2016-11-01...

  • Page 9: Planning

    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. 2017717_b•en•2016-11-01 We reserve the right to make technical changes...

  • Page 10: Network

    WAREMA climatronic® 3.x Installation and connection 3.2 Aetwork 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. = Terminating resistor 120 = Component Fig.

  • Page 11: Procedure During Installation

    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.

  • Page 12: Installing Base Plate For Control Panel

    WAREMA climatronic® 3.x Installation and connection 4.2 Nnstalling 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.

  • Page 13: Installing Weather Station

    4.3 Nnstalling 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.
  • Page 14 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 2 Photo 4 Fig. 5 Positioning of the photodiodes Fig. 6 Installation of the weather station We reserve the right to make technical changes 2017717_b•en•2016-11-01...

  • Page 15: Install Actuators

    4.4 Nnstall 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. DATNIA 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.

  • Page 16: Connection

    WAREMA climatronic® 3.x Installation and connection onnection DEANAN In a permanently routed installation, an in-series disconnecting and isolating switch must be provided to separate the WAR MA climatronic® from the operating voltage (switch according to N 60335-1, Section 25.2, e.g. in-line circuit breaker).

  • Page 17: Connecting Control Panel

    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 Ω terminating resistor. See also chapter 7.11 on page 56.

  • Page 18: Connecting Weather Station

    WAREMA climatronic® 3.x Installation and connection onnecting weather station The weather stations are equipped with a terminating resistor of 120 Ω 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.

  • Page 19: Connecting Switch Actuator 4M230/6M230

    onnecting 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.
  • Page 20 WAREMA climatronic® 3.x Installation and connection Motor 1 Motor 2 Motor 3 Motor 4 Lighting Motor 5 ATTENTION: Sun shading system Window 230 V Sun shading system Sun shading system Sun shading system Only one motor can be connected per motor terminal set.
  • Page 21 BU BK BN BU BK BN BU BK BN GNYE GNYE GNYE GNYE 6,3 AT H 6,3 AT H WAREMA climatronic Schaltaktor 4M230 Bus A Bus A To next Bus B Bus B bus device Example: Group push button, motor 7 and motor 8 Connection of group push buttons at the locking inputs.
  • Page 22 WAREMA climatronic® 3.x Installation and connection 5.3.2 Local group push buttons The local inputs (E1.1...E6.2) are available for the local operation of individual products Local group push buttons are only used for the joint local operation of products with push buttons (product groups). They are independent from the groups in the control panel that can be used to operate several channels together via the control panel (channel groups).

  • Page 23: Connect Hub

     A hub is an additional bus device that must be included in the calculation to determine the maximum number of bus users.  A maximum of two hubs may be switched in series for the WAREMA climatronic® bus.  A hub is not required for less than 100 devices, except for line extension.
  • Page 24 WAREMA climatronic® 3.x Installation and connection Fig. 12 Connection example for use of a hub We reserve the right to make technical changes 2017717_b•en•2016-11-01...

  • Page 25: Connection Examples For Custom Products

    Fig. 17 Connection example for fan 6 V / 12 V with fan valve on page 29 5.5.1 Pres (present) and B S (building control system) WAREMA climatronic Schaltaktor 6M oder 6M230 Fig. 13 Connection example pres (present) and BCS (building control system) Pres (present) contact closed -->...
  • Page 26 WAREMA climatronic® 3.x Installation and connection 5.5.2 Fault alarm contact green (OK) red (fault) WAREMA climatronic Schaltaktor 6M oder 6M230 Fig. 14 Connection example for fault alarm contact When de-energised (idle state) and if there is a fault, the "Fault" contact is closed.
  • Page 27 5.5.3 3-step fan Fan 3 levels Supply line, onsite 230 V AC/50 Hz/16 A 3x1.5 mm WAREMA climatronic switch actuator 6M All push button lines JY(St)Y 2x2x0.8 mm ∅ E 5.2 and E 6.1 are not max. line length 200 m...
  • Page 28 WAREMA climatronic® 3.x Installation and connection 5.5.4 Fan and/or fan valve Fan and/or fan valve Valve Supply line onsite 230 V AC/50 Hz/16 A 3x1.5 mm WAREMA climatronic switch actuator 6M All push button lines JY(St)Y 2x2x0.8 mm ∅ max. line length...
  • Page 29 0V 12V Motor Valve 0V 6V 12V 230 V Supply line onsite 230 V AC/50 Hz/16 A 3x1.5 mm WAREMA climatronic switch actuator 6M All push button lines JY(St)Y 2x2x0,8 mm ø max. line length 200 m Push button for fan Fig.

  • Page 30: Dimensioning Of The Power Supply

    This chapter should provide you with support when planning and dimension- ing the power supply of the WAREMA climatronic® system. If actuators that are not supplied by the 230 V mains are used (e.g. 4M, 6M, 4MDC or 2D), the use of multiple power supply units may be required.
  • Page 31 If a total current of 2.5 A is reached by adding a node (= network device) to the line, no additional network devices may be connected after this. In this case, provide an additional power supply unit for a separate section of the line.

  • Page 32: Commissioning

     WAREMA climatronic® studio software recommended for all types of projects With the WAREMA climatronic® studio software, you can create a complete project and make additional adjustments to the WAREMA climatronic® on a PC.

  • Page 33: System Components

    7 System components In this chapter you can find an overview of the available system components with which you can further expand the WAREMA climatronic® system. Components Switch actuator 4M/6M AP/REG Chapter 7.1 on page 34 Switch actuator 4MDC AP/REG Chapter 7.2 on page 34...

  • Page 34: Switch Actuator 4M/6M Ap/Reg

    24 V DC of power. The products can be supplied either with 230 V AC or 24 V DC of power on separate terminal sets. The connected drives are controlled by the WAREMA climatronic®, local control with suitable operating elements is also possible.

  • Page 35: Switch Actuator 16M230 Smi Ap/Reg

    The switch actuator and its downstream power consumer are supplied with 230 V AC. The connected products are controlled via the WAREMA climatronic®; an on-site control device with operating elements is also a possibility. Either a maximum of 6 D370 SMI motors, protected via the integrated 6.3 AT H miniature fuse (maximum total power 1300 VA), or 16 motors...

  • Page 36: Switch Actuator 4M230I (Vivamatic® 3.0) Ap/Reg

    The switch actuator and its downstream power consumer are supplied with 230 V AC. The connected products are controlled via the WAREMA climatronic®; an on-site control device with operating elements is also a possibility. Function An UP or DOWN move command can be issued both using a local operating element and using the WAREMA climatronic®.

  • Page 37: Switch Actuator 4M230 Ls2 Low Ap/Reg

    5-wire motor lines must be used to connect these kind of external venetian blinds. The switch actuator and its downstream power consumer are supplied with 230 V AC. The connected products are controlled via the WAREMA climatronic®; an on-site control device with suitable operating elements is also a possibility.

  • Page 38: Dim Actuator 2D Ap/Reg

    WAREMA climatronic® 3.x Installation and connection im actuator 2 DP/EGN Dim actuator 2D (300 VA for vertical installation, 200 VA for horizontal instal- lation, see Technical Data and Fig. 3) is an electronic control device for sup- plying all standard light sources and fan motors with power.
  • Page 39 50 Hz, 16 A, 3 x 1.5 mm To additional Max. total current actuators per supply 15 A All motor lines H05-RR-F 4 G 0.75 black type WAREMA Fehler Fehler LED 1.2 LED 2.2 3,15 AT H 3,15 AT H All push button lines JY(St)Y 2x2x0.8 mm...
  • Page 40 WAREMA climatronic® 3.x Installation and connection Motor 1 Motor 2 Motor 3 Motor 4 Lighting Motor 5 ATTENTION: Sun shading system Window 230 V Sun shading system Sun shading system Sun shading system Only one motor can be connected per motor terminal set.
  • Page 41 M∼ M∼ BU BK BN GNYE BU BK BN GNYE BU BK BN GNYE BU BK BN GNYE WAREMA climatronic Schaltaktor 4M Bus A Bus A Bus B Bus B To next bus device 24 V DC Example: group push button, motor...
  • Page 42 The locking function is no longer availa- ble. The relevant group is freely programmable All bus lines Example: within an actuator (see WAREMA climatronic ® installation instructions) JY(St)Y 4×2×0.8 mm Push button, motor 1 Fig.
  • Page 43 5,0 AT H 5,0 AT H Bus connection "nc" = not connected (not assigned) The yellow terminal is not WAREMA climatronic connected to the device and can Schaltaktor 4MDC be used to connect through the 24 V wire. Bus A...
  • Page 44 WAREMA climatronic® 3.x Installation and connection Distribution board Example: Connection of motors D370 SMI on fuse-protected SMI interface Motor 6 GNYE (terminals OUT) Maximum 6 motors Total power maximum 1300 VA on fuse-protected SMI interface (miniature fuse 6.3 AT H 250 V in actuator) when using the motor lines H05RR-F 5 G 0.75...
  • Page 45 Group push button connection to general interface that is not fuse-protected purpose inputs The relevant group is freely programmable within an actuator (see (terminals Lout) WAREMA climatronic installation instruc- tions). Maximum 16 motors Total power maximum 3500 VA on SMI interface that is not fuse-protected.
  • Page 46 Bus B bus device All motor lines Example: H05-RR-F 4 G 0.75 black, type WAREMA Group push button, motor 1 and motor 2 Connection of group push buttons at the All push button lines, JY(St)Y 2x2x0.8 mm locking inputs. The locking function is no Max.
  • Page 47 Motor 5 Motor 6 Connection example Motor with additional M∼ incremental encoder BU BK BN GNYE LIHCH 2x2x0,14 BK Supply to motors: The power supply to the motors can be implemented via a jumper to the L-terminals at terminal block X1. 6,3 AT H 6,3 AT H Schaltaktor...
  • Page 48 WAREMA climatronic® 3.x Installation and connection Motor 2 Motor 4 Motor 1 Motor 3 ATTENTION: 2 TE 2 TE 2 TE 2 TE Only one motor can be connected per motor terminal set. Parallel connection will M∼ M∼ M∼ M∼...
  • Page 49 GNYE BU BK BN GNYE Motor lines for motors with 1 lower limit switch H05-RR-F 4 G 0,75 bk Typ WAREMA For Switzerland: H05-RR-F 4 G 1,5 bk 6,3 AT H WAREMA climatronic 6,3 AT H Schaltaktor 4M230 LS2 Tief...

  • Page 50: Sensor Interface

    The Sensor Interface can be used as an alternative to the climatronic® weather station or as an additional system component. These two products can be combined as desired, but it should be noted that WAREMA climatronic® supports a maximum of three components for collecting measuring data.
  • Page 51 WAREMA climatronic For the supply of the Sensor Interface we Sensor Interface recommend the mounting of a separate power supply unit, depending on the X5:Input X6:RS485 Prog number and type of sensors connected to 0V 24V ID LED 0V 15V 1 0V 15V the Sensor Interface.

  • Page 52: Tableau Interface

    7.8 Tableau Nnterface The WAREMA climatronic® Tableau Interface can be used to connect addi- tional switches and push buttons to a WAREMA climatronic® system. At the same time operating panels can be implemented to operate the systems connected to the WAREMA climatronic®.
  • Page 53 WAREMA climatronic For the supply of the Tableau Interface M Tableau Interface M we recommend the mounting of a separate power supply unit, depending on X5:Input X6:RS485 Prog the line length and the number of devices. 0V 24V ID LED...

  • Page 54: Sensor Splitter

    Installation and connection 7.9 Sensor Splitter The Sensor Splitter is used to connect several WAREMA climatronic® units to 1 to 3 weather stations or Sensor Interfaces. For example, if there is one central control unit per storey in a construction project, all central control units can be supplied with the necessary weather data from a single weather station.

  • Page 55: Sensor Inside Temperature / Humidity

    7.10 Sensor Nnside temperature / Humidity 7.10.1 Nnstalling inside temperature / Humidity sensor The installation location is critical for obtaining correct measurements, as, for example, installation above a heater or below a window will lead to incorrect measurements. Do not expose the sensor to direct solar radiation or drafts;...

  • Page 56: Warema Climatronic® Webcontrol

    10 entries per room, i.e. channels, groups or scenes). The project data is stored directly on the device. WAREMA climatronic® WebControl can be used to carry out the following functions on the WAREMA climatronic® control panel:  Operating 1-64 channels...
  • Page 57 Power must be supplied to the WAREMA climatronic® WebControl from the WAREMA climatronic® power supply unit. The WAREMA climatronic® WebControl is also connected to your existing configured router via the included LAN cable. (One WAREMA climatronic® WebControl can be connected per router.) "DHCP"...

  • Page 58: Restoring The Factory Settings

    Installation and connection 8 Eestoring the factory settings If the WAREMA climatronic® no longer has the factory settings when it is commissioned or if it is not possible to correct a faulty parameterisation, the WAREMA climatronic® control panel can be restored to its settings on leaving the factory.

  • Page 59: Technical Data

    245 × 160 × 28 mm Degree of protection/safety class Protection rating surface mounting IP30 Safety class Conformity can be viewed at www.warema.com This device complies with the EMC directives for use in residential and commercial areas. Ambient conditions Operating temperature °C Storage temperature °C...

  • Page 60: Troubleshooting

    Wrong connection Correct connection Switch actuators: when operating using The default settings are such that only one Completely commission the WAREMA local push buttons only one product moves relay is activated at a time and connected climatronic® system. single push buttons operate in dead man's mode.

  • Page 61: Checklist For Checking The Connection Work

    10.2 hecklist for checking the connection work 10.2.1 orrect bus lines  JY(St)Y 2x2x0.8 mm JY(St)Y 4x2x0.8 mm  YCYM 2x2x0.8 mm YCYM 4x2x0.8 mm For other line types see chapter 3.2 on page 10 10.2.2 orrect bus structure = Component = Terminating resistor 120  Only a line structure is permissible –...
  • Page 62 WAREMA climatronic® 3.x Installation and connection 10.2.6 24 V  supply  Is there 24 V DC in contact with the weather station, control panel and, if available, hub or actuators powered by other sources? For multiple power supply units:  Do not connect power supply units in parallel.

  • Page 63: Index

    Installation 11 Troubleshooting 60 Installation and connection 7 Installing base plate for control panel 12 Installing control panel 12 WAREMA climatronic® WebControl 17, 56 Installing weather station 13 Weather station photo diodes 13 Intended use 6 Working safely 7 2017717_b•en•2016-11-01...
  • Page 64 KGGP NA D SDFG PLD G FIE IMMNSSNIANAN Affix ID sticker of control panel here Note down installation location here Notes on commissioning (e.g. special features of installation location, wiring, etc.): WAR MA Renkhoff S • Hans-Wilhelm-Renkhoff-Strasse 2 • 97828 Marktheidenfeld • Germany www.warema.com • info@warema.com...

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