RCC200-L Room Controller

Transcription

1 Issue Datasheet E Room Controller pplication The is a O bus-capable room controller for energy-efficient temperature, air quality and humidity control. It can be used with onmark-compliant standard applications or customer-specific solutions (can be freely configured) for up to 4 room control circuits with integrated weekly schedule programs. The is controlled using additionally connectible room control modules. The innovative distributor with integrated controller concept makes it suitable for decentralized installation in false ceilings or floors. The has an integrated touch guard according to E and a connection cable strain relief device according to E Content Page Important Information Regarding Product Safety...2 Item...3 Technical Data...3 ccessories (included in delivery)...4 ccessories (not included in delivery)...4 Dimensions...5 Connection...6 Mounting...11 Installation...12 Removal...13 Range of functions...14 etwork Installation...15 Änderungen vorbehalten - Contents subject to change - Sous réserve de modifications - Reservado el derecho a modificación - Wijzigingen voorbehouden - Con riserva di modifiche - Innehåll som skall ändras - Změny vyhrazeny - Zmiany zastrzeżone - Возможны изменения - változtatások jogát fenntartjuk - Kieback&Peter GmbH & Co. KG Tempelhofer Weg 50, Berlin/Germany Telefon: , Telefax: info@kieback-peter.com

2 Datasheet E Issue Important Information Regarding Product Safety Safety Instructions This data sheet contains information on installing and commissioning the product "". Each person who carries out work on this product must have read and understood this data sheet. If you have any questions that are not resolved by this data sheet, you can obtain further information from the supplier or manufacturer. If the product is not used in accordance with this data sheet, the protection provided will be impaired. pplicable regulations must be observed when installing and using the device. Within the EU, these include regulations regarding occupational safety and accident prevention as well as those from the VDE (ssociation for Electrical, Electronic & Information Technologies). If the device is used in other countries, it is the responsibility of the system installer or operator to comply with local regulations. Mounting, installation and commissioning work on the devices may only be carried out by qualified technicians. Qualified technicians are persons who are familiar with the described product and who can assess given tasks and recognize possible dangers due to technical training, knowledge and experience as well as knowledge of the appropriate regulations. egend WRIG Indicates a hazard of medium risk which can result in death or severe bodily injury if it is not avoided. CUTIO Indicates a hazard of low risk which can result in minor or medium bodily injury if it is not avoided.! CUTIO Indicates a hazard of medium risk which can result in material damage or malfunctions if it is not avoided. OTE Indicates additional information that can simplify the work with the product for you. otes on Disposal For disposal, the product is considered waste from electrical and electronic equipment (electronic waste) and must not be disposed of as household waste. Special treatment for specific components may be legally binding or ecologically sensible. The local and currently applicable legislation must be observed. Page 2 / 16

3 Issue Datasheet E Item Room controller for decentralized installation in false floors or ceilings. Can be used for energy-efficient temperature, air quality and humidity control with standard applications or freely configurable with up to 4 room control circuits. Technical Data ominal voltage Power consumption C 230 V with integrated fuse; 50/60 Hz; max. 36 V 4.7 W - 24 W (depending on the output circuit) Inputs and outputs 3 binary outputs 3 voltage-free relay contact (2 : with inductive load); C 230 V 1 binary output Voltage-free relay contact max. 2,000 W 4 binary outputs Electronic switch relay DC 24 V together max. 500 m constant load 2 binary inputs 8 universal inputs/outputs that can be independently configured as: Binary input Contact inputs (voltage-free) nalog output DC 0 to 10 V; max. 2.5 m nalog input See table Sensor types, page 4. Bus connection O FTT10, 78 kb/s Standards onmark function profiles: Space Comfort Controller #8500 Real Time Based Scheduler #3301 Controls and display Service PI and ED (on the PCB) Green ED: Operating voltage Red ED: ode status Interfaces Room control module - 4-wire, for connecting up to 4 room control modules RBW30x-C or RBW20x-C (address 1-4) - Power supply (internal) for room control module: 12 V DC; 2.64 W sufficient for 3 x RBW20x-C or 2 x RBW30x-C can be directly connected to terminals "57" and "58", see page 9 - Max. total cable length for all room control modules: 50 m maximum Strain relief device Connection cable of 2.8 mm to 10 mm diameter according to E Housing Plastic housing in R 9010 (pure white), base in black, self-extinguishing (according to U 94 V-0) Protection class II Degree of protection IP30 mbient temperature C mbient humidity During operation: 20%..90% r.h.; non-condensing Out of operation: % r.h.; non-condensing Installation Intended for wall and ceiling mounting Weight 0.90 kg Dimensions WxHxD: x 80 x mm Page 3 / 16

4 Datasheet E Issue Sensor types Type Value range and unit V % KP C TC10K C TC10KPRE C Resistor (potentiometer) k ccessories (included in delivery) Six strain relief clamps with 12 screws 3.0 x 14 mm PZ1 RCx200- tool as S3 plug-in ccessories (not included in delivery) Z250 HW Z178 Z178-15M Z230 Z232 Six strain relief clamps with 12 screws 3.0 x 14 mm PZ1 Semiconductor relay, input voltage C/DC V for 24 V C small thermoactuators Connection line (10 m; both sides equipped with RJ plug) Room control module <> room controller Connection line (15 m; both sides equipped with RJ plug) Room control module <> room controller Power supply unit for 230 V C / 12 V DC, 0.83, 10 W Power supply unit for 230 V C / 12 V DC, 2.5, 30 W Page 4 / 16

5 Issue Datasheet E Dimensions 253,5 229,0 80,0 201,5 130,0 Installation template (see back of housing) Page 5 / 16

6 Datasheet E Issue Connection Wiring diagram K1 P1 K2 P2 K3 P3 K4 P4 P5 P6 P7 P8 K9 K V= K8 K5 K6 K7 3 2) B O B +12V= 0V C P1 to P2 configurable to: 0 V to 10 V input Binary input 0 V to 10 V output P3 to P8 switchable to: KP10 TC V input Binary input 0 V to 10 V output Resistor (potentiometer) k K1 to K4: Binary DC 24 V output, together max. 500 m K5 to K7: Binary output (BO), 3 voltage-free relay contacts (2 : with inductive load) K8: Binary output (BO), voltage-free relay contacts 2,000 W; C 230 V K9 to K10: Binary input (BI) Page 6 / 16

7 Issue Datasheet E Sensor and actuator connection Binary output (Connection for thermoactuator) 24V 0V 24V 0V 24V 0V 24V 0V V output 24V 0V Y 24V 0V Y 24V 0V Y 24V 0V Y K1 P1 K2 P2 K3 P3 K4 P4 P5 P6 P7 P8 K9 K V= K8 K5 K6 K7 3 2) B O B +12V= 0V C V input (External power supply) 24V 0V 24V 0..10V= 0..10V= 24V 0V b 24V 0V b V input (Supplied by loop controller) 0..10V= 24V 0V Y 0..10V= 24V 0V Y 0..10V= 24V 0V Y 0..10V= 24V 0V Y K1 P1 K2 P2 K3 P3 K4 P4 P5 P6 P7 P8 K9 K V= K8 K5 K6 K7 3 2) B O B +12V= 0V C Page 7 / 16

8 Datasheet E Issue k TC10 KP10 Binary input K1 P1 K2 P2 K3 P3 K4 P4 P5 P6 P7 P8 K9 K V= K8 K5 K6 K7 3 2) B O B +12V= 0V C! CUTIO The resistor (potentiometer) k sensor type can only be used when the is being used as a freely configurable room controller, not with basic applications. Sample connection: TDF setting knob 10 k K1 P1 K2 P2 K3 P3 K4 P4 P5 P6 P7 P8 K9 K V= K8 K5 K6 K7 3 2) B O B +12V= 0V C Page 8 / 16

9 Issue Datasheet E OTE With a set range of -5 K to 5 K, the scaling for a TDF setpoint adjuster at the pin is as follows: - Scal = ScalB = ScalC = Page 9 / 16

10 Datasheet E Issue ! Connection of the room control modules CUTIO Connecting up to 4 RBW30x-C or RBW20x-C room control modules (address 1-4) Up to 3 x RBW20X-C or 2 x RBW30x-C can be connected to the internal power supply. dditional room control modules must be supplied with an additional power supply unit, see connection example. - Connection example K8 K5 K6 K7 3 2) B O B 0VDC 12VDC C- 12VDC 12V 0V RJ RBW20x-C 12VDC 0VDC C- RJ RBW20x-C 12VDC 0VDC C- RJ RBW20x-C 12VDC 0VDC C- RJ RBW20x-C Page 10 / 16

11 Issue Datasheet E Mounting WRIG Danger of death by electrocution. Mount or remove only when power is switched off. OTE Choose an installation location that allows for expansion. < 4,2 DI E Decide between wall or standard rail mounting, and select the corresponding installation location. Standard rail mounting on ceilings is not permitted. Take into account the installation position specified on the back of the device. For wall mounting, use appropriate cylinder head screws only. Mounting on wall Page 11 / 16

12 Datasheet E Issue Mounting on standard rail DI E Installation Wall mounting/standard rail mounting 50 mm mm 1 2 0,1 mm²... 2,5 mm² 3 90 mm mm 20 mm mm 0,1 mm²... 1,5 mm² 4 5 Z250 Ø > 5 mm Ø < 5 mm 9 10 Page 12 / 16

13 Issue Datasheet E Removal WRIG Danger of death by electrocution. Mount or remove only when power is switched off. Removal from wall Removal from standard rail Page 13 / 16

14 Datasheet E Issue Range of functions The range of functions can be configured using standard basic applications that are equipped with an S3 plugin. Room temperature control for plants with preconditioned air, volume flow control and water afterheater/aftercooler with ChangeOver (B10101) or electric afterheater Room temperature control for plants with preconditioned air, volume flow control and water afterheater and aftercooler (B10102) Room temperature control for air circulation plant, fan convector with water heating coil/cooler with ChangeOver or electric heating coil and second room temperature control, e.g. for bath with radiator (B10201) Room temperature control with fan convector: Electric heating and cooling (B10202-Electric), as fan convector and second room temperature control, e.g. for bath with radiator Room temperature control for air circulation plant, fan convector with cooling coil and radiator or electric heating coil and second room temperature control, e.g. for bath with radiator (B10207) You can find a detailed description of the basic applications in the manual technoon RCC/ RC200- Room Controller: Basic pplications. OTE Customer-specific solutions can also be offered with a onmark-compliant interface. For these solutions, please contact our branch offices or regional technical offices. Page 14 / 16

15 Issue Datasheet E etwork Installation etwork installation is performed using a network management tool based on onworks S3 network services. Offline installation The neuron ID of the technolon room controller can be found on the included pull-off bar code label, which is used for system documentation. simple bar code reader can be used for reading in the neuron ID. Online installation Online installation on the technolon room controller: The node is identified by manually inputting the euron ID code or by activating the service PI (1) on the technolon room controller. 2 (1) Service PI (2) Service ED 1 ED status: Green ED: Operating voltage Red ED O: When the service PI is pressed Red ED flashing: ot commissioned Red ED OFF: Commissioned Online installation on the room control module RBW20x-C or RBW30x-C: The technolon room controller can also be identified quickly and easily directly on the room control module using a magnet (3). magnet (3) is guided along the right side of room control module RBW20x-C or RBW30x-C. Internally, this triggers the service PI in the RC room controller. To verify this, a service ED (4) on the top part of the housing on the room control modules lights up green RBW205-C RBW305-C Page 15 / 16

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