Related Manuals for WAREMA climatronic 1002 234
Summary of Contents for WAREMA climatronic 1002 234
- Page 1 WAREMA climatronic Sensor Interface ® Installation instructions (Keep for future use) Valid from 01 July 2017 Sun. Light. WAREMA . 890360_g•en...
- Page 2 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 WAREMA and the WAREMA logo are trademarks of WAREMA Renkhoff All other brand or product names included in this document are trademarks or registered trademarks of their respective owners.
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Page 3: Table Of Contents
Content Table of contents Characteristics ....................4 Safety instructions ................... 5 Meanings of symbols and pictographs ............5 Intended use ......................6 Targeted reader group ..................7 Retrofitting and modifications ................7 Mounting, connection and repairs ..............8 Additional documentation ...................9 Maintenance......................9 Liability ........................9 Installation ...................... 10 Mounting the device .................. -
Page 4: Characteristics
Do not supply heating units in sensors with power via Sensor Interface. Use a separate voltage source. The Sensor Interface is connected to the WAREMA climabus, which also pro- vides the necessary voltage. The measurement values of the connected sensors are read in by the control... -
Page 5: Safety Instructions
WAREMA climatronic Sensor Interface ® 2 Safety instructions We developed and tested the WAREMA climatronic Sensor Interface in com- ® pliance with the basic safety requirements. onetheless, some risks remain. For this reason, please read these instructions before commissioning and operating the control. -
Page 6: Intended Use
The triangle marks an event or the result of a preceding action. The black triangle is the bullet point for lists or selections. 2.2 Intended use The WAREMA climatronic Sensor Interface is used to connect con- ® ventional meteorological sensors. The sensor data are read in by the WAREMA climatronic via the climabus. -
Page 7: Targeted Reader Group
WAREMA climatronic Sensor Interface ® 2.3 Targeted reader group This instructions address persons mounting, wiring or connecting the Sensor Interface and all necessary parts. Please contact your specialist deal- er if you need additional information. WARAIAN Mounting, connection, commissioning or operation by insufficiently... -
Page 8: Mounting, Connection And Repairs
WAREMA climatronic Sensor Interface ® 2.5 Mounting, connection and repairs AANER Danger to life through electrical voltage! Connecting, maintenance or repair work on the electrical parts of the entire system must only be performed when power to the system has been cut off, unless otherwise described. -
Page 9: Additional Documentation
® 2.6 Additional documentation The following documents are available in addition to these instructions: Document umber WAREMA climatronic 3.0 Installation and connection instructions 2017 717 WAREMA climatronic 3.0 Comissioning / Setting 2017 718 WAREMA climatronic 3.0 Operation 2017 719 WAREMA climatronic studio software manual 890 674 2.7 Maintenance... -
Page 10: Installation
WAREMA climatronic Sensor Interface ® 3 Installation This chapter will tell you where and how the individual components must be installed. WARAIAN Hazardous conditions and malfunctions are possible! The device and its auEiliary components may only be operated when installed and at the specified installation locations. -
Page 11: Mounting The Device
WAREMA climatronic Sensor Interface ® 3.1 Mounting the device The device is designed for installation in a distributor or for surface-mounted installation. It is to be mounted in a dry and readily accessible location. The device absolutely must not be mounted outdoors and must not be subjected to direct sunlight. -
Page 12: Surface Mounting
WAREMA climatronic Sensor Interface ® 3.1.2 Surface mounting Please observe the cable types recommended in the wiring diagrams. Fig. 3 Sensor Interface in a surface-mounted housing 119 mm 184 mm 60 mm 210 mm 180 mm 3 ‒ 4 mm Fig. -
Page 13: Mounting The Sensors
WAREMA climatronic Sensor Interface ® 3.2 Mounting the sensors Sensor Function/connection Installation Setting Photo (4 inputs) "Photo" sensor For example, this sensor enables the light-dependent Mounted on a fixing bracket or photo Encoding (type III) control of sun shading products.Up to 4 individual... - Page 14 WAREMA climatronic Sensor Interface ® Sensor Function/connection Installation Setting Wind/photo sensor The sensor is connected to a sun shading control sys- Install the sensor using the mounting Encoding bracket supplied, or, alternatively, on switch S2_2 to (1 facade) and enables the wind or light-dependent a pole.
- Page 15 WAREMA climatronic Sensor Interface ® Sensor Function/connection Installation Setting "Precipitation" sen- The sensor is used to measure precipitation in the The sensor is delivered with fixing No settings re- sor (infrared) form of drizzle, rain, hail or snow. The precipitation is...
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Page 16: Connection
WAREMA climatronic Sensor Interface ® 4 Connection 4.1 Connection information WARAIAN In a permanently routed installation, there must be an in-series disconnecting and isolating device to separate the device from the supply voltage (switch according to CE 60335-1, Section 25.2, e.g. circuit breaker). -
Page 17: Setting Up The Inputs
WAREMA climatronic Sensor Interface ® 4.2 Setting up the inputs Depending on the sensor in use, it may be necessary to change the charac- teristic of the inputs. This can be achieved using the encoding switches on the printed circuit board. By default, all encoding switches are set to the OFF position. -
Page 18: Wiring Diagrams
WAREMA climatronic Sensor Interface ® 5 Wiring diagrams Fig. 6 All connections at a glance We reserve the right to carry out improvements 890360_g•en•2018-07-01... - Page 19 Power supply (8 outputs) Extra terminals: Only use these terminals if their use is de- scribed in the instructions of a WAREMA product. Relative humidity (1 input) analogue (voltage 0 - 10 V) Precipitation (1 input) digital (frequency 0 - 1 kHz) ohmic resistance 10 kΩ...
- Page 20 Sensor Interface ® Terminal Identifica- Terminal Comment block tion Commissioning Logs the Sensor Interface on to the WAREMA Push button Prog ID climatronic ® Display of the DCF77 functionality and Prog ID LCED is pressed Radio clock signal DCF77 (1 input)
- Page 21 WAREMA climatronic Sensor Interface ® Terminal Identifica- Terminal Comment block tion CEncoding switch Photo inputs: wind/photo/radio clock or photo/radio clock Photo inputs: photo type III Wind inputs: wind/photo/radio clock (see also S2_4) Wind inputs: wind type 3H (see also S2_4)
- Page 22 WAREMA climatronic Sensor Interface ® Depending on the number and type of sensors connected to the sensor inter- face, a separate power supply unit may be necessary. X5:Input X6:RS485 Prog 0V 24V ID LED 0V 15V 1 0V 15V WH YL...
- Page 23 WAREMA climatronic Sensor Interface ® Sensor Photo/Radioclock Sensor “Temperature” ϑ 4xAWG 26C UL black* 8xAWG CUL black* Onsite junction Onsite junction JY (St) Y 2x2x0,8 mmø max. line length 200 m** JY(St)Y 4x2x0,8 mmø max. line length 200 m** Sensor...
- Page 24 WAREMA climatronic Sensor Interface ® Sensor Wind (Type 3H) *To simplify connection, the preassembled line 8xAWG 26 C UL black* Art. No. 634 082, length 5 m, can also be used. Power supply unit for heating Sensor Wind Onsite junction H05RR-F 4 G 0.75 BK...
- Page 25 WAREMA climatronic Sensor Interface ® Wind/Photo sensor (1 Facade) Photo 2 Photo 1 Photo 3 on-site junction box JY(St)Y 4x2x0.8 mmø max. line length 200m** 1 0V 1 Sensor Interface * Recommended line type when routing outdoors ** for twisted pair line This input must always be connected for the dawn/dusk control to work properly.
- Page 26 WAREMA climatronic Sensor Interface ® Sensor Wind direction Heating Li Y CY 6x0.25mm Power supply unit for heating Sensor "Wind direction" Onsite junction N L1 NYM-J 3x1.5 mm H05RR-F4G0.75mm Supply line JY (St) Y 2x2x0.8 mmø 230V AC max. line length 200 m**...
- Page 27 WAREMA climatronic Sensor Interface ® Sensor Sensor Temperature/Humidity “Dawn/Dusk” Supply ϑ 8xAWG 26 CUL black* 4xAWG 26C UL black* Onsite junction Onsite junction JY (St) Y 2x2x0.8 mmø max. line length 200 m** JY (St) Y 2x2x0.8 mmø max. line length 200 m**...
- Page 28 WAREMA climatronic Sensor Interface ® Sensor Solar radiation Supply ϑ 1 2 3 8xAWG 26 CUL black* Onsite junction JY (St) Y 2x2x0.8 mmø max. line length 200 m** Sensor Sensor Interface Interface * Recommended line type when routing outdoors...
- Page 29 WAREMA climatronic Sensor Interface ® Sensor Precipitation (infrared) W R + - 4xAWG 24C UL BK* Power supply unit for Sensor Precipitation Onsite junction N L1 NYM-J 3x1.5 mm H05RR-F4G0.75mm Supply line 230V AC JY (St) Y 2x2x0.8 mmø max. line length 200 m**...
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Page 30: Commissioning
WAREMA climatronic Sensor Interface ® 6 Commissioning The Sensor Interface can be set up and managed directly on the control panel or with the PC software. The Assistant does not provide support with commissioning and parameter settings. Proceed as follows to integrate the... - Page 31 WAREMA climatronic Sensor Interface ® The following display appears: Press the Prog ID button on the Sensor Interface. The LED to the right of the button lights up. The Sensor Interface logs onto the climatronic with its serial number. The ®...
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Page 32: Loading The Sensor Interface
WAREMA climatronic Sensor Interface ® 6.2 Loading the Sensor Interface Return to the [Project planning] menu level by pressing the [Back] button Start menu twice. Main menu Settings Select [Load data to devices]. Authorised Dealer Project planning ... -
Page 33: Testing The Sensor Interface
6.4 Configuring the Sensor Interface After the Sensor Interface has been set up, you can configure all functions of the climatronic , as described in Chapter 8 of the WAREMA climatronic ® ® installation instructions (art. no. 890034). The Sensor Interface is not supported by the Assistant in the control panel or NTICCE the PC software. -
Page 34: Technical Data
WAREMA climatronic Sensor Interface ® 7 Technical data Sensor Interface Min. Typ. MaE. Unit 24 V DC supply Operating voltage V DC Power consumption umber of sensors Analogue 0-10 V / 0-20 mA Pieces Analog 0-10 V Pieces Digital Pieces... - Page 35 WAREMA climatronic Sensor Interface ® 890360_g•en•2018-07-01 We reserve the right to carry out improvements...
- Page 36 WAREMA climatronic Sensor Interface ® We reserve the right to carry out improvements 890360_g•en•2018-07-01...
- Page 37 WAREMA climatronic Sensor Interface ® 890360_g•en•2018-07-01 We reserve the right to carry out improvements...
- Page 38 Keep in a safe place for use during commissioning! Affix the ID label of the Sensor Interfaces here. Note down the installation location here. Notes for commissioning (e.g. special features concerning mounting position, wiring, etc.): WAREMA Renkhoff SE http://www.warema.de info@warema.de Hans-Wilhelm-Renkhoff-Strasse 2...
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