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Electrical installation solutions for buildings ABB i-bus® KNX

Electrical installation solutions for buildings ABB i-bus® KNX

Product catalog summary

Overview: The document provides a comprehensive guide to ABB i-bus® KNX electrical installation solutions for buildings, focusing on smart building automation and connectivity. It highlights the MyBuildings portal, powered by ABB Ability™, which integrates various digital services for smarter home and building management.

Key Sections:

Power Supply: Details on KNX power supplies, including specifications for different models (160 mA, 320 mA, 640 mA) with features like short-circuit protection, LED status indicators, and diagnostics capabilities.
System Infrastructure and Interfacing: Discusses interfacing with other systems via KNXnet/IP, OPC, and remote access, including IP routers and switches.
Connection and Wiring: Guidelines for wiring and connecting various KNX components, ensuring efficient energy management and control.
Multifunction Room Automation: Solutions for room automation, including inputs and outputs for lighting, shading, and HVAC control.
Energy Management: Tools and devices for monitoring and managing energy consumption, including energy meters and analyzers.
Safety and Security: Systems for safety monitoring and security, including access control and fault monitoring units.

Tools and Support: ABB provides a range of tools for configuration and commissioning, such as the ABB i-bus® Tool and various ETS apps for firmware updates and device configuration.

Conclusion: ABB's solutions offer a robust framework for building automation, emphasizing connectivity, energy efficiency, and comprehensive control over building systems.

Overview: This document provides technical specifications and descriptions for various ABB i-bus® KNX system components, including power supplies, IP switches, routers, interfaces, and room controllers. It outlines their functionalities, installation requirements, and technical parameters.

1. Power Supply Units:

CP-D 24/2.5: An uninterruptible power supply delivering 12 V DC and 2 A, suitable for demanding applications. It supports connection with sealed lead-acid batteries for backup power.
Redundancy Unit: Used for decoupling two CP-D power supply units to ensure reliability.

2. IP Connectivity Solutions:

ABB IP Switches: Industrial-grade, unmanaged switches designed for DIN-Rail installation, providing fast Ethernet connectivity with options for PoE.
IP Routers and Interfaces: Devices like IPR/S 3.1.1 and IPS/S 3.1.1 connect KNX buses with Ethernet networks, supporting KNXnet/IP protocols for routing and tunneling. Secure versions encrypt communication.

3. System Infrastructure and Interfacing:

Line Coupler: Connects KNX lines or areas, providing galvanic isolation and telegram filtering to manage traffic.
Optical Fibre Interface: Couples bus line sections using optical fibre, ideal for long distances and avoiding overvoltage protection issues.
USB Interface: Connects KNX installations with PC software for programming and monitoring.

4. Connection and Wiring:

Diagnosis and Protection Module: Provides quick diagnosis of bus state and protects against overvoltages.
Wiring Jumpers and Busbars: Facilitate interconnection and reduce wiring efforts for modular devices.
Surge Protective Devices: Protect against overvoltages from lightning strikes, ensuring system safety.

5. Room Automation:

Room Controller: A multifunction device controlling all room functions with modular plug-in capabilities, enhancing flexibility and safety while reducing wiring and fire risks.

6. Switching Performance Overview:

Details on various modules like SA/M 2.6.1 and SD/M 2.6.2, including their output types, rated voltage, and current specifications.

Overview: The document provides detailed technical specifications and functionalities of the ABB i-bus® KNX Multifunction Room Automation system, focusing on Room Controllers, Function Modules, and Room Masters. It includes information on switching capacities, lamp loads, and module configurations.

Specifications: The document outlines the DC current switching capacity for various modules, with resistive load capacities ranging from 6 A to 16 A at 24 V. It also details lamp load capacities for different types of lamps, including incandescent, fluorescent, and halogen lamps, with specific wattage limits for each module type.

Room Controller: The Room Controller acts as a central device for room automation, featuring a modular design for flexible functionality. It supports quick installation and commissioning, with features like manual operation and robust housing. The controller can accommodate up to 4 or 8 plug-in modules, depending on the model.

Function Modules: Various function modules are described, including Binary Input Modules, Switch Actuator Modules, Shutter Actuator Modules, and Dim Actuator Modules. Each module type has specific voltage and current handling capabilities, with detailed order information provided.

Room Master: The Room Master is a KNX device designed for comprehensive room control, suitable for applications in hotels, hospitals, and residential care facilities. It integrates inputs and outputs for lighting, heating, cooling, and shading control. Different models offer varying numbers of inputs and outputs, with some preprogrammed for specific applications.

Binary Inputs: The ABB i-bus® KNX Binary Inputs serve as interfaces for KNX systems, supporting a wide range of input voltages from 10 to 230 V AC/DC. They offer flexibility and reduced stock requirements, with features like manual operation and extended software functionality.

Key Features: The document highlights the flexibility of the system, the streamlined product range, and the ease of commissioning. It also emphasizes the ability to integrate with KNX networks for extended functionality.

Overview: The document provides detailed technical specifications and functionalities of ABB i-bus® KNX devices, focusing on inputs and outputs for building electrical installations. It includes binary inputs, universal interfaces, analogue inputs, weather units, and various switch actuators.

Inputs:

Binary Inputs: Detect AC/DC signals from 12 to 230 V, with manual operation pushbuttons and yellow LED indicators. No additional power supply is needed as they are powered via the ABB i-bus®.
Universal Interface: Offers 2, 4, or 12 channels configurable as inputs or outputs. It supports conventional push-buttons, auxiliary contacts, LEDs, and electronic relays, with a maximum cable extension of 10 m.
Analogue Input: Designed for detecting analogue variables like temperature and brightness. It supports a wide range of sensors and requires auxiliary voltage for active sensors.
Weather Unit and Sensor: Collects weather data such as brightness, rain, temperature, and wind speed. It supports advanced diagnostics and commissioning through the ABB i-bus® Tool.

Outputs:

Combi Switch Actuators: Combine switching and shading applications, suitable for residential use. They support various functions like central on/off, staircase lighting, and load control integration.
Standard Switch Actuators: Designed for commercial buildings, focusing on cost optimization. They offer functionalities like central on/off, flashing, and logic functions.
Professional Switch Actuators: Built for high switching capacity, meeting industry standards. They include energy functions and support a wide range of lamp loads and motor power.

Key Specifications:

Rated current and voltage vary across devices, with specific configurations for different applications.
Switching capacities and mechanical service life are detailed for each actuator type.
Functions supported include manual operation, switching position indication, and various logic and threshold functions.

Conclusion: The document provides comprehensive technical details for ABB i-bus® KNX devices, highlighting their capabilities and applications in building electrical installations. It emphasizes the flexibility and integration of these devices in residential and commercial settings.

Specifications:
1. AC Operation: The document specifies AC1 and AC3 operations according to EN 60947-4-1 standards, with respective current ratings of 20 A and 16 A. The C-Load switching capacity is also rated at 20 A.
2. Lighting Loads: Fluorescent lighting load is specified at 20 AX (200 μF) according to EN 60669-1. Incandescent and halogen lamp loads are rated at 3,680 W, with specific ratings for fluorescent and mercury-vapour lamps.
3. Switching Capacities: Minimum switching capacity is 100 mA/12 V, and DC current switching capacity is 20 A/24 V.
4. Mechanical and Electronic Endurance: Mechanical service life exceeds 1 million operations, with electronic endurance rated for various currents.
5. Inrush Current: Maximum peak inrush currents are specified for different durations (150 μs, 250 μs, 600 μs).

Procedures and Functions:
1. Switch Actuators: The document details various switch actuators with different current ratings (6 A, 10 A, 16 A) and functionalities, including manual operation, switching position indication, and energy functions.
2. Combi Switch Actuators: These actuators can control electrical loads or roller shutter/blind drives, featuring manual operation and KNX power supply.
3. Shading Control: The document outlines the use of Blind/Roller Shutter Actuators for sun protection and ventilation control, highlighting features like automatic travel detection and diagnostics.

Norms and Standards:
The document references several standards, including EN 60947-4-1 and EN 60669-1, for various operational and load specifications.

Recommendations and Best Practices:
1. Energy Efficiency: Integration of shading control with room temperature management is recommended for energy-efficient building usage.
2. Setup and Diagnostics: Features like automatic travel detection and enhanced diagnostics are recommended for efficient setup and fault management.

Overview: The document provides detailed specifications and functionalities of ABB i-bus® KNX products, focusing on shading and lighting control solutions for buildings. It includes technical details, installation guidelines, and product features for various actuators and gateways.

Shading Control: The document outlines the capabilities of different ABB i-bus® KNX shading control devices, such as blind/roller shutter actuators. These devices are designed for controlling blinds, roller shutters, awnings, and other shading products. Key features include manual operation, automatic travel detection, and status indication via LEDs. The actuators support various operating modes, including control with or without slat adjustment and ventilation flap control. Safety features like wind/rain/frost alarms and forced operation are also highlighted.

Lighting Control: The document describes the ABB i-bus® KNX DALI Gateways, which serve as interfaces between KNX installations and DALI lighting control systems. The gateways offer flexibility in controlling lighting individually or in groups, supporting up to 64 DALI devices. The premium versions include tunable white and color control functions. The DALI Light Controller provides decentralized constant lighting control, supporting up to 8 independent lighting groups with fault feedback capabilities.

Product Specifications: Detailed specifications for each product are provided, including supply voltage, type of installation, module width, number of outputs, and degree of protection. The document also lists order details, prices, and packaging information for each product variant.

Key Features and Functions: - Manual and automatic operation modes
- Safety alarms and forced operation
- Status indication via LEDs
- Integration with KNX and DALI systems
- Support for multiple lighting and shading scenarios

Overview: The document provides detailed specifications and functionalities of various ABB i-bus® KNX lighting control devices, including dimmers, actuators, and sensors. It outlines the capabilities, technical specifications, and application scenarios for each device.

Specifications: The document lists multiple devices such as LED dimmers, switch/dim actuators, and light controllers. Each device is described with its model width, order details, weight, and packaging unit. The dimmers are optimized for different types of lamps, including LED, incandescent, and halogen, with specific power ratings and operational modes.

Functionalities: Key functionalities include brightness control, dimming speed adjustment, forced operation, and status feedback. Devices support manual operation, even without bus voltage, and offer comprehensive test and diagnostic functions via the i-bus® Tool.

Recommendations: The document advises using bulbs of the same type and manufacturer for optimal performance. It also highlights the importance of proper configuration and parameterization using the ETS software.

Applications: Devices are suitable for various lighting control applications, including constant lighting control, staircase lighting, and integration with light sensors for precise lighting condition detection.

Technical Details: Detailed technical specifications are provided for each device, including rated power, load detection capabilities, and connection options. The document also includes information on the physical dimensions and environmental operating conditions for the devices.

Overview: The document provides detailed specifications and functionalities of various ABB i-bus® KNX movement and presence detectors, including the Outside Light Sensor for HS/S 4.2.1 and different models of Busch-Presence Detectors.

Specifications:

Outside Light Sensor: Compatible with Interface HS/S 4.2.1, operating temperature range from -40 °C to +70 °C.
Busch-Presence Detectors: Available in Mini, Basic, Premium, and Sky models with varying detection ranges and functionalities. Operating temperature range from -5 °C to 45 °C, storage from -25 °C to 55 °C, and transport from -25 °C to 70 °C. Protection class IP 20.

Functionalities:

Presence detectors feature 4 PIR sensors, with detection ranges up to 360° circular for seated and walking persons.
Adjustable sensitivity via ETS parameters, with automatic and manual operating modes.
Integrated brightness sensors with a range of 1 - 1000 Lux, adjustable via KNX communication objects.
Support for constant light control, HVAC functions, and scene control via KNX.

Installation and Compatibility:

Suitable for mounting heights between 2 m and 12 m, depending on the model.
Compatible with false ceilings and surface mounting installations, with specific recommendations for installation housing.
Not compatible with British Standard or VDE flush-mounted boxes.

Additional Features:

Firmware updates via ETS and KNX Firmware Update App.
Integrated KNX bus coupler and power supply via KNX bus.
IR receiver for remote control activation and programming mode.

Recommendations: Use installation housing from Kaiser HaloX-O or IBTronic for optimal setup.

Overview: The document provides detailed specifications and installation guidelines for ABB i-bus® KNX movement and presence detectors, as well as HVAC automation solutions under the ClimaECO product range. It covers various models, their features, installation requirements, and operational parameters.

Specifications: The presence detectors are designed for automatic light control based on room brightness and movement detection. They feature integrated brightness sensors with a range of 1-1000 Lux, KNX communication for brightness adjustment, and support for scene control. The devices are suitable for mounting heights between 2 to 12 meters and are compatible with false ceilings and surface mounting installations.

Installation Recommendations: The detectors require specific installation housings, such as the Kaiser HaloX-O or IBTronic H120-68, and are not compatible with British Standard or VDE flush-mounted boxes. The recommended mounting hole size is Ø 68 mm.

Operational Features: The detectors support automatic and manual switch-off/on modes, two-stage switch-off with delay, and reduced brightness. They can operate in master-slave configurations and allow firmware updates via ETS and KNX Firmware Update App.

HVAC Automation - ClimaECO: ClimaECO integrates heating, ventilation, and air-conditioning (HVAC) automation into a single system using the ABB i-bus® KNX platform. It aims to enhance energy efficiency and reduce operational costs by combining room automation, central HVAC functions, and management into one cohesive solution.

Key Benefits: The ClimaECO system simplifies planning, integration, and maintenance while improving energy efficiency. It supports multiple HVAC functions and levels, from room automation to building management systems (BMS) via BACnet.

Overview: The document provides a comprehensive overview of ABB i-bus® KNX systems for Heating, Ventilation, and Air Conditioning (HVAC) solutions, focusing on room climate control, air quality, and various controllers and actuators used in building automation.

Influencing Variables on Room Climate: The document discusses internal and external factors affecting room temperature, such as solar radiation, thermal energy exchange through windows and walls, and internal thermal inputs from lighting and devices. It emphasizes the importance of optimizing these factors for energy efficiency.

Influencing Variables on Air Quality: The document highlights the impact of indoor climate on health and performance, with CO2 concentration being a key indicator of air quality. It stresses the need for monitoring CO2 levels in crowded spaces and using ABB i-bus® KNX for automatic control of ventilation systems.

ABB-Tenton® Room Temperature Controller: The ABB-Tenton® is a standalone room temperature controller for heating and cooling systems, featuring a display, temperature sensor, and fan speed control. It is designed for easy operation and is available in multiple colors.

ClimaECO Portfolio Overview: The document lists various components of the ClimaECO portfolio, including HVAC room automation, application controllers, central HVAC automation, and user operation units like ABB-Tenton® and room control units.

Technical Specifications: Detailed specifications are provided for various devices, including electronic switch actuators, valve drive controllers, fan coil controllers, and thermoelectric valve drives. Key parameters such as supply voltage, installation type, current consumption, and supported functions are outlined.

Product Descriptions: The document includes descriptions and order details for specific products like valve drive actuators, floor heating controllers, electronic relays, and split unit gateways, highlighting their features, installation requirements, and compatibility with KNX systems.

Overview: The document provides detailed specifications and functionalities of ABB i-bus® KNX products for heating, ventilation, and air conditioning (HVAC) systems. It includes information on blower actuators, fan coil controllers, room temperature controllers, and air quality sensors.

Blower Actuators: The FCL/S series supports one or two fans with a rated current of 6 A and voltage of 250/440 V AC. They are designed for DIN-Rail installation and do not support manual operation. The second fan output can be used as three switch outputs.

Fan Coil Controllers: Various models (FCC/S series) are available for controlling fan coil units. They feature electronic and analog outputs for valve control, relay outputs for fan control, and inputs for room status monitoring. These devices support the ABB i-bus® Tool for advanced diagnostics and commissioning.

Room Temperature Controllers: The ABB Caldion® series offers controllers for 2/4 pipe systems with options for standalone or KNX integration. They include built-in temperature sensors, binary inputs for alarms, and actuator output control for valves and fan speeds.

Air Quality Sensors: The LGS/A 1.2 model measures CO2 concentration, humidity, and temperature, sending data via the bus. It includes an integrated controller for room temperature and HVAC actuator control.

Application Controllers: The AC/S series provides automation solutions for HVAC systems, including predefined modules for scheduling, set point calculation, and data logging. They feature a KNX-BACnet/IP Gateway for integration with building management systems.

Heating/Cooling Circuit Controllers: The HCC/S series controls heating or cooling circuits with electronic outputs for mixing valves and relay outputs for pump control. They support manual operation and feature integrated temperature controllers.

Overview: This document provides detailed specifications and functionalities of ABB i-bus® KNX products for building automation, focusing on heating, ventilation, air conditioning, and control systems. It includes interfaces, controllers, modules, and software tools designed for efficient building management.

1. Heating, Ventilation, and Air Conditioning (HVAC) Interface:

The Boiler/Chiller Interface (BCI/S 1.1.1) connects the KNX system to heat generators or chillers, allowing temperature set points to be transmitted via an analog output (0-10 V).
It includes binary inputs for monitoring the status of the heat generator/chiller and relay outputs for switching operations.
Supports advanced diagnostics and commissioning through the ABB i-bus® Tool.

2. Building Automation Controller (BAC/S 1.5.1):

A programmable KNX controller supporting IEC 61131 programming languages, integrated with ABB Automation Builder software.
Features include up to 1000 KNX group objects, two Ethernet interfaces, and a built-in display.
Expandable with various input/output modules for enhanced functionality.

3. BAC Modules:

Various modules are available, including digital input/output modules, analog input/output modules, and temperature sensor modules.
Modules support different voltage and current signals, with connections via pluggable spring terminals.

4. Logic and Time Control:

Logic modules (LM/S 1.1, ABL/S 2.1, ABZ/S 2.1, ABA/S 1.2.1) provide extensive logic functions, including logic gates, time delays, and PID controllers.
Time control units offer yearly time clock programs and can manage up to 300 participants in macro groups.

5. Visualisation and Display:

Display and control tableaus (MT 701.2) for indicating switching status and manual control of electrical consumers.
Busch-SmartTouch® panels offer capacitive touch control with support for swiping gestures and integration with door communication systems.

6. Remote Control and Connectivity:

Busch-ControlTouch® enables remote control of KNX functions via smartphones, tablets, and PCs by connecting the KNX installation with the IP network.

Overview: The document provides detailed information on various ABB i-bus® KNX products and solutions for building automation, focusing on features, specifications, and installation options.

Key Features:

External access to the KNX system and easy scene creation.
Integrated weekly timer with astro function and logic editor.
Sonos and Philips Hue integration, IP camera connection, and user management.
Alarm notifications via email or push, and iOS widget for quick access.

Busch-SmartTouch®:

7" programmable KNX touch display for home automation control.
Functions include switching, dimming, blind control, and more.
Available in white and black, with options for surface or flush mounting.

Busch-VoiceControl® KNX:

Voice control integration with Google Assistant, Amazon Alexa, Apple HomeKit, and Yandex Alice.
Controls lighting, heating, and blinds with up to 150 functions.

IP Touch Panels:

Available in 7" and 10" models with LAN/Wifi options.
Support for ABB Welcome IP, ABB i-bus KNX, and ABB-free@home.
Power supply options include PoE, local, or plug-in.

ABB RoomTouch®:

5" touch display with up to 30 control elements.
Features include acoustic feedback, proximity sensor, and temperature control.

Busch-ControlTouch® 2:

Visualisation server for mobile devices and PCs.
Integrates Sonos, Philips Hue, and IP cameras.
Features include unlimited time programs, scenes, and cloud backups.

Security and Installation:

All communications are encrypted with username and password protection.
Installation options include surface, flush, and desktop mounting.

Overview: The document provides detailed information on ABB's i-bus® KNX energy management solutions for buildings, focusing on energy measurement, management, and security systems.

Energy Management Solutions:

Energy Measurement: ABB offers solutions for decentralized energy measurement using the KNX standard. Electronic energy meters provide current energy values on the KNX bus system, allowing for data storage, evaluation, and visualization.
Energy Actuator: Facilitates control of connected consumer loads via ABB i-bus® KNX. It measures individual consumption for each switch channel and supports various functionalities like switching resistive, inductive, and capacitive loads.
Energy Module: Records energy consumption for individual devices, particularly useful for upgrading existing KNX systems without switch functions.

Technical Specifications:

Devices like the Energy Module, Energy Actuator, and Meter Interface Module are installed on DIN-Rail and support various measurement values such as active energy, voltage, current, frequency, and power factor.
Load control capabilities are available, with the Energy Actuator serving as a master for up to ten slave devices.

Energy Analyzer:

Compact, web-based devices for monitoring and analyzing consumption data from up to 16 or 64 meters via KNX, M-Bus, or Modbus RTU.
Features include graphical analysis functions, alarm functions, and data export options for further processing.

Security and Monitoring:

Fault Monitoring Unit: Detects and manages fault messages, providing optical and acoustic status signals.
EIB Monitoring Unit: Monitors up to 100 bus devices in KNX systems, ensuring their presence and functionality.
Data Logging Unit: Logs operation cycles and operating hours for maintenance planning.

Security Systems:

Security Terminals: Provide a compact solution for security applications, interfacing between security sensors and KNX.
Security Module: Links various KNX devices to a security system, supporting up to 64 zones.

User Interface and Integration:

Web-based graphical user interface for data commissioning, evaluation, and analysis.
Integration options via Modbus TCP and API for supervisory systems.

Overview: The document provides detailed information about ABB i-bus® KNX Security – Alarm System GMA, which is designed for enhanced security applications. It outlines the system's compatibility with international standards and its suitability for various security requirements.

Specifications: The KNX Security Panel GM/A 8.1 is compatible with the international KNX standard and ISO/IEC 62642 for alarm systems. It is designed for universal usage in hazardous situations like intrusion, personal attack, smoke, gas, and water leakage. The system includes a complete product portfolio for professional alarm technology.

Components and Features: The system includes various components such as magnet reed contacts, glass break sensors, water and gas detectors, and smoke detectors. It supports internal, external, or remote alarming and integrates with building automation systems via a KNX interface. The panel provides Ethernet connectivity for programming and diagnostics.

Security Panel Details: The GM/A 8.1 Security Panel is suitable for small to medium properties, supporting up to five logical areas with eight integrated zones. It complies with VdS classes A, B, and C, and European Standard EN 50131, Grade 1 to 3.

Keypads and Modules: The system includes keypads for operation and display of system states, with safety functions protected by a user PIN. Zone modules expand the panel by four detector zones, and motion detectors use passive infrared technology for monitoring.

Additional Components: The document lists various components like SafeKey Evaluation Module, SafeKey Chipkey, and SafeKey Chipreader for secure access control. It also includes details on dualtech motion detectors, magnet reed contact sets, and emergency call buttons.

Detectors and Sensors: The system features gas detectors for monitoring gas leaks and water detectors for detecting water ingress. These devices can be connected to ABB intrusion and fire alarm control panels.

Conclusion: ABB i-bus® KNX Security – Alarm System GMA offers a comprehensive solution for building security, integrating various sensors and detectors with advanced alarm and automation capabilities.

Optical Smoke Detector
The optical smoke detector uses threshold alarm technology and the scattered-light principle to detect smoke. It features an alarm indicator visible from all angles, which can be tested with a permanent magnet. The detector is mounted using a base with a bayonet connection and includes an alarm LED. The detector/base diameter is 110 mm and it is VdS approved.

Thermal Maximum Detector
This static heat detector triggers at 78°C and uses threshold alarm technology. It includes an alarm indicator and LED, with a detector/base diameter of 110 mm. It is VdS approved.

Relay Base, 12/24 V
This base allows the FC650 series fire detector to connect to systems not designed for this technology, such as intrusion alarm panels and elevator controls. It requires a 12 V or 24 V DC supply and includes a floating 30 V DC/1 A changeover contact for alarm transfer.

Busch-Smoke Alarm® ProfessionalLine
Designed for early detection of smouldering and open fires indoors using the photooptical measurement principle. It includes a lithium battery with a minimum 10-year life, a test button, and muting capability. It can network with up to 12 detectors via radio module or 2-wire cable. It is VdS certified and conforms to EN 14604.

Busch-Heat Alarm ProfessionalLine
This alarm triggers at over 57°C and includes a lithium battery with a minimum 10-year life. It can network with up to 12 detectors via radio module or 2-wire cable. It is VdS certified and conforms to EN 14604.

Busch-Smoke Alarm® Radio Module
Enables wireless networking of multiple Busch smoke and heat alarms. It operates at 868 MHz with a range of up to 100 m outdoors and 30 m indoors.

Busch-Smoke Alarm® Relay
Connects external systems like KNX with a relay contact supporting up to 230 V~ max. 5 A. It includes a radio module and requires a 230 V~ supply.

Busch-Smoke Alarm® Remote Control
Used for service purposes with muting, test, and search functions.

Indoor Siren, 12 V DC
An electronic siren with an intermittent tone for indoor alarms, measuring 90 x 37 mm.

Siren in Enclosure
Features an aluminium housing with protective enamel coating, sabotage protection, and terminal strip wiring. Dimensions are 200 x 205 x 88 mm.

Siren with Strobe
Similar to the siren in enclosure but includes a strobe light. Dimensions are 258 x 205 x 88 mm.

ABB i-bus® KNX Guest Room Management
Includes various sensors and card holders with bus couplers for room management. These devices support KNX functions and require external power supplies. They offer customizable designs and programmable functions like "Do not disturb" and "Make up room".

Overview: The document provides detailed information on ABB i-bus® KNX Guest Room Management systems, focusing on various devices and their functionalities for access control and room management in hotels and commercial buildings.

Specifications: The devices operate on a 12...24 V AC/DC external power supply to ensure functionality even during bus voltage failures. They support KNX functions with an innovative color concept for different operations such as lighting, blinds, RTC, and scenes.

Devices and Features:

Room Outdoor Sensor: Configurable via a web tool, supports functions like "Do not disturb," "Bell," and "Make up room." It includes a backlit room number and supports KNX functions.
USB Programmer - MIFARE: Used for programming MIFARE transponder cards, compatible with ABB MiniMAC and RoomGuard software.
Transponder Readers and Holders: Available in various designs (Millenium, Chiara, Mylos), these devices support access control with KNX bus communication, equipped with relays and inputs for external connections.
Transponder Cards: Utilize passive transponder technology for contactless operation, available in sets for different design programs.
RoomGuard Software: A web-based solution for configuration and supervision of access control systems, offering features like access control management, room state monitoring, and guest check-in/check-out.

Recommendations: The document suggests using the RoomGuard software for enhanced accessibility and management capabilities, as the MiniMAC software will be discontinued.

Key Parameters: Devices require specific power supply ranges and are equipped with relays and inputs for various functionalities. The transponder readers and holders are designed for integration with KNX systems and support multiple programming options.

Overview: The document provides a comprehensive overview of ABB i-bus® KNX user operation and design ranges, focusing on various control elements and their functionalities. It includes detailed specifications for different product lines such as Busch-Watchdog, PEONIA®, and ABB tacteo®.

Specifications: The document outlines the supported functions for each product line, including switching, dimming, blind control, and logic functions. It highlights the compatibility of these functions with different design ranges like basic55®, future® linear, and others. The document also specifies the presence of features like LED status illumination, RTC operating modes, and temperature control capabilities.

Procedures: The document details the programming and configuration procedures for various control elements, including push-button coupling units and room temperature controllers. It describes the integration of bus couplers and the use of rocker switches for different operations.

Standards and Recommendations: Installation standards such as VDE, BS, IT, and NEMA are mentioned for different configurations. The document recommends specific configurations for optimal performance, including master/slave settings and fan coil operations.

Key Features: The PEONIA® system is highlighted for its smart integration of lighting, temperature, and air quality control. It features a unique proximity sensor system, dynamic display options, and energy-saving functions. The document emphasizes the convenience and comfort provided by these advanced features.

Critical Information: The document provides critical information on the temperature range, dimensions, and installation requirements for various control elements. It also includes order details, pricing, and packaging information for different models and finishes.

Overview: The document provides detailed specifications and ordering information for various ABB i-bus® KNX products, including card holders, touch control elements, room sensors, and temperature controllers. These products are designed for building automation and are customizable via a web configuration tool.

Specifications: Each product is equipped with a KNX bus coupler and supports various functions such as switching, dimming, and scene control. They utilize an innovative color concept for function indication and require an external power supply of 12...24 V AC/DC.

Customization and Ordering: Products can be customized through a web configurator available at tacteo-configurator.eu.mybuildings.abb.com. Ordering is contingent upon selecting a design ID, and both standard and premium customization options are available.

Key Products:

Card Holder with Bus Coupler: Programmable for MIFARE RF cards, includes functions like 'Do not disturb' and 'Make up room'.
Touch Control Element: Multifunctional with integrated temperature sensor and proximity function, available in 1-fold to 6-fold configurations.
Room Outdoor Sensor: Features a card reader and backlit room number, supporting KNX functions.
Touch Room Temperature Controller: Controls room temperature with thermostat function, compatible with KNX heating actuators.
Busch-Watchdog® 180 Sensor: Movement detector with up to 4 channels and integrated temperature sensor.

Installation and Power Requirements: All devices require a bus connection via an enclosed terminal and an external power supply to function during bus voltage failures.

Overview: The document provides detailed specifications and descriptions of ABB i-bus® KNX frames and Busch-triton® control elements, focusing on design ranges and functionalities for building electrical installations.

Frames Specifications: The document lists various frames categorized by fold type (1-fold to 5-fold) and finishes (polished brass, antique brass, ivory, anthracite). Each entry includes a type code, order code, weight, and packaging details. The frames are part of the Dynasty® series, designed for user operation within the ABB i-bus® KNX system.

Busch-triton® Control Elements: These elements are described with functionalities such as switching, dimming, blinds control, and value transmission. They feature labellable switch rockers, rear-illuminated labelling fields, and anti-theft protection. The control elements are available in different configurations (1/2 gang, 3/6 gang, 5/10 gang) and colors, including alpha platinum, studio white, palladium, champagne metallic, and aluminium silver.

Features and Functions: The Busch-triton® series includes integrated bus couplers and IR receivers, making them suitable for various applications, including hotels and public areas. They support multiple IR channels and light scenes, enhancing their versatility in building control systems.

Push Button Coupling Unit: This section details the push-button coupling units, which allow integration with conventional switch ranges. They are designed for easy mounting and compatibility with water-protected installations, offering flexibility in retrofitting and new installations.

Infra-Red Hand Held Transmitter: The document also mentions an IR transmitter for controlling up to 10 consumers, highlighting its programming capabilities and detection range.

Conclusion: The document serves as a comprehensive guide for selecting and implementing ABB i-bus® KNX frames and control elements, emphasizing design flexibility, functionality, and integration capabilities for modern building systems.

Overview: The document provides detailed specifications and ordering information for ABB i-bus® KNX push-button coupling units and related components. These units support various KNX functions and are available in different designs and colors.

Specifications: The push-button coupling units are available in 1 gang and 2 gang configurations, with options for different icons such as 'Light', 'Blind', 'Scene', and 'Dimmer'. They feature an integrated temperature sensor and support KNX functions through a color-coded system (yellow for lighting, blue for blinds, orange for RTC, magenta for scenes, and white for neutral/no function).

Design Ranges: The units are available in various design ranges including Reflex SI, future® linear, solo®, Busch-axcent®, pure stainless steel, carat®, and Dynasty®. Each design range offers multiple color options such as white, alpine white, anthracite, ivory, aluminium silver, studio white, studio white matt, black matt, grey metallic, and antique brass.

Ordering Information: Each product is listed with a type code, order code, weight, and packaging unit. Prices are provided per piece, and the document includes detailed order details for each variant.

Installation and Connectivity: The bus connection is facilitated via an enclosed bus terminal or terminal block, ensuring easy integration into building systems.

Additional Features: Some control elements offer up to 6 control functions with RTC extension units, status bars for operation indication, and universal inputs for binary and analogue sensors.

Product Overview
This document provides detailed specifications and ordering information for ABB i-bus KNX products, focusing on user operation and design ranges under the Zenit and Mylos series.

1. Room Thermostat and Control Elements
- Available in white, anthracite, and silver.
- Functions include heating/cooling control for Fan Coil units in 2- and 4-pipe systems.
- Features manual or automatic fan stage switching, 10 logic channels, and LCD display.

2. Watchdog Movement Sensor
- Flush-mounted with a detection range of 6 meters and a 180° angle.
- Brightness limit value ranges from 5 Lux to 150 Lux.

3. Zenit Control Covers and Frames
- Available in various colors and materials including glass and stainless steel.
- Frames are offered in 1 to 4 gang configurations.
- Symbols for marking different functionalities like light, blinds, and temperature are available.

4. Mylos Binary Inputs and Switch Actuators
- Devices equipped with binary input channels and rocker switches for KNX system integration.
- Includes options for multifunctional use with LEDs for functional signaling.

5. Thermostat and Dimmer Actuators
- KNX thermostats with backlight LCD and multiple control options.
- Dimmer actuators suitable for various load types with automatic recognition.

6. Transponder Reader
- Used for access control in various sectors, equipped with bistable relays.

Key Specifications
- Detailed order codes and weights for each product.
- Products are designed for flush-mounted installation.
- Emphasis on compatibility with KNX systems for building automation.

Overview: The document provides detailed information on ABB i-bus® KNX products, focusing on user operation and design ranges, particularly the Mylos and Chiara series. It includes specifications, functionalities, and ordering details for various devices used in building electrical installations.

Transponder Reader and Holder: The transponder reader requires an external power supply of 10...32 V DC/12...24 V AC to function even during bus voltage failure. It features two bistable relays and three voltage-free inputs. The transponder holder, used in hotel applications, allows for occupancy recognition and room status management. It also requires a similar power supply for operation during KNX voltage failure.

Transponder Programming Device: This device is used for programming transponder cards and is equipped with bistable relays and voltage-free inputs. It also requires an auxiliary power supply to function during KNX voltage failure.

Transponder Cards: The cards operate using passive transponder technology and can be read at a maximum distance of 20 mm from the reader.

Software Solutions: The document mentions the discontinuation of MiniMAC software and introduces RoomGuard software, a web-based solution for configuration and supervision of ABB Access Control range. RoomGuard offers features like access control, room state monitoring, and integration with building automation systems.

Design Ranges: The Mylos series includes various design finishes such as Lucent, Velvet, and Metal, each offering unique aesthetic and tactile qualities. The document provides detailed descriptions and ordering information for different finishes and module configurations.

Chiara Series: This section covers devices like binary inputs with rocker switches and thermostats, providing specifications and ordering details. The Chiara series is designed for integration with the KNX system, offering functionalities like load signaling and temperature control.

Overview: The document provides detailed information on various access control devices and software solutions designed for integration with the KNX bus system, primarily used in hotel, residential, and commercial sectors. The focus is on transponder readers, holders, programming devices, and associated software.

1. Transponder Reader and Holder:

These devices are flush-mounted and designed for access control systems using the KNX bus. They include relays and inputs for connecting external devices like cardholders or push-buttons.
The output can be programmed in multiple ways, such as linked to access control or as a standard KNX switch actuator.
They feature a bicolor LED for operation monitoring and require an external power supply (12-24 V AC/DC) to function during bus voltage failures.
Available for ABB Chiara wiring accessories range.

2. Transponder Programming Device:

Allows programming of transponder cards and is equipped with relays and voltage-free inputs.
Requires a 10-32 V DC/12-24 V AC external power supply.

3. Transponder Cards:

Utilize passive transponder technology operating in radio frequency, allowing contactless reading at a maximum distance of 20 mm.
Available in sets for different design programs like Chiara and Mylos.

4. Software Solutions:

MiniMAC Software: Previously used for management and configuration of access control systems, now discontinued.
RoomGuard Software: A new web-based solution for configuration and supervision of ABB Access Control range, replacing MiniMAC. It offers features like access control management, room state monitoring, guest check-in/check-out, and integration with building automation systems.

Key Specifications:

Devices are equipped with bistable relays and require specific voltage inputs for operation.
Software solutions are scalable and accessible via web browsers, providing enhanced functionality for hotel and maintenance staff.

Catalog excerpts

Electrical installation solutions for buildings ABB i-bus® KNX-1

— Electrical installation solutions for buildings ABB i-bus® KNX Index ABB MyBuildings portal Service & Support Tools Overview 14/6 Power Supply System Infrastructure and Interfacing Multifunction Room Automation Inputs 14/29 Outputs 14/35 Shading Control Lighting Control Movement and Presence Detection Heating, Ventilation and Air Conditioning Automation, Logic and Time Control Energy Management Security 14/130 Guest Room Management User Operation – Design Ranges Unique diversity of the range Functional Overview Standard Control Elements Multifunction Control Elements Movement Detectors Room Thermostats Frames 14/240 Busch-triton® 14/246 Push Button Coupling Unit Millenium 14/270 Zenit 14/278 Mylos 14/288 Chiara 14/302 You may also visit our KNX website: Visualisation, Display and Sign

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Electrical installation solutions for buildings ABB i-bus® KNX-2

CONNECTIVITY Shaping the future of the digital world today requires fully automated solutions that can be networked with all other intelligent devices. 14

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Electrical installation solutions for buildings ABB i-bus® KNX-3

— Powerful digital solutions in a single portfolio MyBuildings portal powered by ABB AbilityTM Controlling and planning smart buildings is now easier than ever: ABB bundles its digital services for Smarter Home and Building in the MyBuildings portal (formerly my.abb-livingspace. com) under the ABB Ability umbrella. The online portal gives you access to many of ABBʼs tools and services that you can use for your individual needs. You have the option to configure KNX systems, fire alarm technology, door entry system or ABB tacteo® KNX as well as to extend system functionality with remote access...

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Electrical installation solutions for buildings ABB i-bus® KNX-4

Plan, configure and modify as desired with the MyBuildings portal powered by ABB AbilityTM — Commissioning Busch ControlTouch® Remote access Amazon Alexa voice control Busch voice control ABB-Welcome configurator ABB-Terminal configurator ABB tacteo® configurator Remote access Amazon Alexa voice control Notifications A central contact point for Smarter Building services. Global availability of ABB services. 24/7 monitoring for best worldwide availability. Regular cyber security: audits and tests by independent third par

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Electrical installation solutions for buildings ABB i-bus® KNX-5

— ABB i-bus® KNX – Service & Support Tools For a fast and intuitive self-support in your daily work ABB provides a wide range of tools to enable an uncomplicated and time-saving support for many of your concerns. Below you can find some tools which helps you during configuration and commissioning of your i-bus® KNX installation. ABB i-bus® Tool A professional service tool which supports system integrators during commissioning and service of KNX installations. For more information and to download the tool have a look on the linked website. ABB Update Copy Convert The ETS app Update Copy Convert...

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Electrical installation solutions for buildings ABB i-bus® KNX-6

— ABB i-bus® KNX Overview ETHERNET 230 V Mains Supply Power Supply Energy consumption measurement Switch energy with and without current detection Switch energy with energy measurement Programming (ETS), Analysis (i-bus® Tool), Visualization KNXnet/IP, OPC, Remote access, Interfacing to other systems - Energy Analyzer - nergy Meter with Meter Interface Module E - Energy Module - Switch Actuator - Energy Actuator - Switch Actuator with Energy Function Switch, dim and control light Digital lighting control using DALI Control of shutters, blinds and ventilation flaps with and without automatic travel...

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Electrical installation solutions for buildings ABB i-bus® KNX-7

KNX-Main Line/TP - 64 devices/line - 15 lines/area with superordinated main line - max. 15 areas with superordinated area line Power Supply Line Coupler Detect and evaluate switching commands - Analogue Input Capture, evaluate and monitor physical values Evaluate and monitor meteorological data (wind, temperature, rain, etc.) - eather Station and W Weather Sensor Remote control via internet Display operating conditions and control functions Detect presence and movement - Presence Detector - Movement Sensor - Light Sensor Measure brightness levels Lighting Control Logic Module Application Unit...

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Electrical installation solutions for buildings ABB i-bus® KNX-8

— ABB i-bus® KNX Power Supply General Supply voltage Type of installation Back-up Mains failure back-up time without battery AM/S: 10 min SAK7: 2.5 h Mains failure back-up time with new, fully charged battery up to 2 x SAK7: 16 h Choke Integrated choke Extra Voltage output without choke (30 V DC) Operation and indication Short-circuit and overload indication Output voltage indication Overload indication Telegram traffic indication Communication error indication Bus reset button and indication Mains voltage indication Battery voltage indication

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Electrical installation solutions for buildings ABB i-bus® KNX-9

— ABB i-bus® KNX Power Supply Power Supply, 160 mA, MDRC KNX power supplies generate and monitor the KNX system voltage (SELV). The bus line is decoupled from the power supply by an integrated choke. The voltage output is short-circuit and overload protected. The two-color LED indicates device output status. With two-coloured status indicator and wide range input from 85…265 V AC, 50/60 Hz. SV/S 30.160.1.1 Order details Price Weight 1 piece 1 piece Pack unit Order code Order details Price Weight 1 piece 1 piece Pack unit Order code Power Supply, 640 mA, MDRC KNX power supplies generate and monitor...

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Electrical installation solutions for buildings ABB i-bus® KNX-10

— ABB i-bus® KNX Power Supply Power Supply with Diagnostics, 320 mA, MDRC Compact Power Supply with integrated choke. Quick diagnostics by LED display and ETS communication objects. Analysis of the operating state and the bus line possible by means of ABB i-bus® Tool. Description SV/S 30.320.2.1 Order details Price Weight 1 piece 1 piece Pack unit Order code Power Supply with Diagnostics, 640 mA, MDRC Compact Power Supply with integrated choke. Quick diagnostics by LED display and ETS communication objects. Analysis of the operating state and the bus line possible by means of ABB i-bus® Tool....

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Electrical installation solutions for buildings ABB i-bus® KNX-11

— ABB i-bus® KNX Power Supply Cable Sets For connection of sealed lead gel batteries SAK7, SAK12 and SAK17 to the uninterruptible KNX power supply SU/S 30.640.1 or the uninterruptible power supply NTU/S 12.2000.1. If only one battery is connected, the basic cable set KS/K 4.1 with integrated temperature sensor is to be used. In case two batteries are connected in parallel, the basic cable set KS/K 4.1 is to be used for the first battery and the extension cable set KS/K 2.1 is to used for the second battery. It is not permitted to connect more than two batteries in parallel. Description Order...

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.

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Electrical installation solutions for buildings ABB i-bus® KNX

Electrical installation solutions for buildings ABB i-bus® KNX

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