1. Basic Specifications & Appearance Design

• Product Series:ABB i-bus® KNX PEONIA Series Smart Card Holder (Konv. Conversion Model)
• Model:TKK/U.1.1-CG
• Product Positioning:Exclusive smart card holder (Konv. conversion model), mainly used for Mifare RF card insertion identification and function linkage control, with multiple attributes of card holder identification, programmable control and web configuration. It has no bus coupling, outdoor sensing, folding or temperature control related functions, completely different from all previous non-card holder models, highlighting the exclusive card holder positioning of the TKK prefix. It is the only card holder product in the same series with dual attributes of Mifare RF card adaptation and independent 24V auxiliary power supply.
• Ordering Requirement:Only available for ordering in connection with the design ID, cannot be ordered separately. The design ID linkage can ensure that the product is accurately compatible with the on-site application scenario and control system, avoiding model mismatch and reducing installation and commissioning costs. This requirement is exclusive to this model, completely different from all previous models that can be ordered separately.
• RF Card Adaptation:Exclusively supports Mifare RF card insertion identification. The card holder slot design fits the size of the RF card, with smooth insertion, firm fixation and high identification sensitivity. It can quickly read RF card information and trigger corresponding linkage functions (such as inserting a card to turn on room power, switch scene modes), compatible with various standard Mifare RF cards, with stable identification and no misreading. This function is the core unique feature of this model, which is not available in all previous models.
• Configuration Design:Supports flexible configuration of panel icons and texts through a web configuration tool. The icon style and text labels (such as labeling card holder functions and linkage scenes) can be customized according to actual application scenarios and usage needs. The configuration operation is convenient and highly flexible, which can be completed without professional programming foundation; the icons and texts are clearly displayed, wear-resistant and non-fading, which can effectively distinguish various function modes, avoid operation confusion, and adapt to the personalized configuration needs of diverse scenarios.
• Installation:Flush mounting, compatible with standard 86-type smart back box (installation depth ≥35mm, adapting to the structural needs of the card holder and independent 24V auxiliary power supply, different from the installation specifications of all previous models). The body is compact and thin, saving wall space, and can be seamlessly connected to the KNX smart control system. The installation is convenient, does not damage the integrity of wall decoration, and adapts to the installation layout of multiple scenarios such as hotel guest rooms, commercial building corridors, and entrance areas of high-end residences, supporting synchronous installation and linkage of multiple devices.
• Protection Rating:IP20, designed specifically for dry indoor environments, suitable for dry indoor areas such as hotels, commercial buildings and high-end residences. It can effectively resist dust invasion, avoid the impact of humid environments on RF card identification accuracy, button control sensitivity and equipment service life, ensure long-term stable operation of the card holder, and accurately adapt to the application environment needs of indoor card holder use.
• Material:High-weather resistance and high-strength engineering plastic with anti-aging, scratch-resistant and impact-resistant ingredients, with excellent scratch-resistant, anti-yellowing and anti-aging performance, which can maintain the integrity of the body and the clarity of icons and texts after long-term use; the card holder slot is made of high-wear-resistant material, adapting to high-frequency RF card insertion/removal operations, with a service life of more than 10 years, suitable for long-term commercial and household use scenarios.

2. Core Functional Parameters

• Communication Protocol:Natively supports KNX (TP) intelligent building control bus protocol, perfectly compatible with ABB i-bus® KNX smart control system, and can be seamlessly integrated into building automation networks and whole-house smart systems. It focuses on optimizing the coordination between Mifare RF card identification signal transmission efficiency, web configuration and programmable functions, ensuring accurate transmission of identification data and rapid response of configuration commands (response delay ≤0.2s), different from the communication logic of all previous non-card holder models, adapting to the signal transmission needs of RF card identification.
• Core Function:It mainly integrates four core functions: Mifare RF card insertion identification, web configuration, programmable control and bus subscriber management, without bus coupling, outdoor sensing, folding or temperature control related functions; it exclusively supports RF card information reading and linkage control, can link various indoor intelligent devices to realize scene-based regulation, and supports independent configuration of 1 bus subscriber, completely different from all previous models without card holder functions, filling the gap of smart card holder scenarios in the same series.
• Programmable Functions:Supports free programming of three exclusive functions, and the function logic can be flexibly set according to actual use needs without fixed restrictions, adapting to the personalized needs of multi-scenarios: ① Do not disturb mode: suitable for hotel guest rooms and other scenarios, which can turn on the do not disturb mode and shield external interference after inserting the RF card; ② Bell mode: supports bell signal linkage, can activate the bell receiving function after inserting the RF card, suitable for guest rooms, offices and other scenarios; ③ Make up room mode: suitable for hotel guest room scenarios, can prompt service personnel of the room status after inserting the RF card, facilitating cleaning services; the three functions can be independently programmed and flexibly switched, supporting linkage with the RF card identification function.
• Bus Subscriber Configuration:Supports independent configuration of 1 bus subscriber, adopts a separate 24V auxiliary power supply design with stable power supply, which can independently provide stable power supply for the card holder, RF card identification module and bus subscriber, without relying on KNX bus power supply, different from all previous models relying on bus power supply; the bus subscriber has fast response speed, which can quickly synchronize RF card identification information and linkage commands. This configuration is exclusive to this model, and all previous models have no independent 24V auxiliary power supply and 1 bus subscriber configuration.
• RF Card Identification Precision:RF card identification distance ≤5mm, identification response time ≤0.3s, identification accuracy ≥99.9%, which can effectively avoid misreading and missing reading, adapting to high-frequency RF card insertion/removal operations; supports multiple RF card encryption formats to ensure the security of information transmission, suitable for hotels, commercial buildings and other scenarios with high security requirements.
• Linkage Compatibility:Relying on the KNX bus protocol, it can be seamlessly linked with various intelligent devices in the KNX system (lighting controllers, blind actuators, scene controllers, temperature control devices, etc.), realizing the coordinated linkage between RF card identification and indoor control scenes (such as inserting an RF card to link and turn on indoor lighting, adjust air conditioning temperature); it also supports the linkage between the three programmable functions and the RF card identification function, improving the efficiency of scene-based control, different from all previous models without card holder linkage functions.
• Programmability:In addition to the three exclusive programmable functions, it supports flexible programming of RF card identification logic, linkage trigger conditions, icon and text configuration linkage, bus subscriber parameters, etc., through KNX ETS software. The programming can be modified at any time according to the use needs without disassembling the device, making maintenance convenient and efficient; it also supports firmware upgrade, which can expand more personalized functions suitable for the smart card holder scenario, and the programming flexibility is far superior to previous single-function models.

3. Electrical & Environmental Parameters

• Power Supply:Adopts a separate 24V auxiliary power supply design with stable and reliable power supply, which can independently provide stable power supply for the card holder, RF card identification module and bus subscriber, without relying on KNX bus power supply, different from all previous models relying on bus power supply; the power supply voltage fluctuation range is ±10%, which can adapt to the power supply needs of different scenarios, avoiding the impact of voltage fluctuation on RF card identification accuracy and bus subscriber operation stability.
• Operating Temperature:-5℃ ~ 45℃, suitable for the ambient temperature of most indoor dry areas, including winter heating in the north and high-temperature environments in the south in summer. There is no impact from condensed water, and the equipment operates stably; the RF card identification accuracy, bus subscriber response speed and web configuration stability are not affected by temperature changes, and the function switching is smooth without freezes, adapting to application scenarios in different climate regions.
• Mechanical Life:The service life of RF card insertion/removal ≥ 150,000 times, the service life of button control ≥ 120,000 times, and the wear resistance life of icons and texts ≥ 100,000 times, far exceeding the high-frequency use needs of commercial and household use, with strong durability, which can reduce the frequency of later device replacement and operation and maintenance costs, adapting to high-frequency use scenarios such as hotels and commercial buildings, and reducing long-term use costs.
• EMC:Complies with industrial-grade Electromagnetic Compatibility (EMC) standards and KNX bus system related electromagnetic compatibility requirements, with extremely strong anti-electromagnetic interference ability, which can resist interference from various electrical equipment and network signals in commercial buildings and hotels, ensuring the accuracy of RF card identification data, bus subscriber signals, button control commands and web configuration commands, stable operation without freezes, false triggers or signal loss.
• Load Compatibility:Compatible with various KNX protocol intelligent devices (lighting controllers, blind actuators, scene controllers, temperature control devices, etc.), with a wide load compatibility range (supporting 25-180W control load), which can meet the linkage and control needs of KNX devices of different powers and types, with stable operation and accurate transmission, adapting to the load needs of RF card identification linkage, different from the load compatibility range of all previous models.
• Control & Identification Precision:RF card identification response time ≤0.3s, identification accuracy ≥99.9%; bus subscriber response time ≤0.2s, signal transmission delay ≤0.1s; button control response time ≤0.3s, dimming control precision ≤1%, blind control precision ≤0.5%, scene switching response time ≤0.4s, accurately meeting the high-end needs of smart card holder identification and multi-mode control, highlighting its own functional advantages.

4. Core Application Scenarios

• High-end Hotel Scenarios:Entrance areas of hotel guest rooms, adapting to the hotel guest room management and control needs. The design ID-linked ordering can ensure accurate compatibility with the hotel control system; inserting a Mifare RF card (room card) can link to turn on the guest room power and switch to the check-in mode. The three programmable functions (Do not disturb/Bell/Make up room) are suitable for guest room service scenarios. The configuration of 1 bus subscriber can ensure the independent and stable operation of the guest room card holder, improving guest experience and hotel service efficiency, and reducing manual operation and maintenance costs.
• Commercial Building Scenarios:Entrance areas of offices and meeting rooms in high-end office buildings and commercial complexes. Inserting a Mifare RF card can link to turn on the power of the corresponding area and call the office scene mode. Web configuration can customize the card holder function labels. The independent power supply of the bus subscriber ensures stable operation, adapting to the intelligent management and control needs of office scenarios, improving the level of building intelligent management and control.
• High-end Residential Scenarios:Entrance foyers, studies and other areas of villas and large apartments. Inserting a Mifare RF card can link to turn on indoor lighting and adjust home scenes (such as home mode, away mode). Programmable functions can adapt to the personalized needs of home use (such as Do not disturb mode). The card holder design is simple and elegant, adapting to the decoration style of home scenarios, improving home comfort and intelligence level.
• Small & Medium-sized Public Building Scenarios:Entrances of exclusive areas in community service centers, small cultural exhibition halls, high-end clubs and other areas. Inserting a Mifare RF card can link to turn on the equipment in the corresponding area and identify access rights. Programmable functions and bus subscriber configuration can meet the diverse management and control needs of public scenarios. Design ID-linked ordering ensures accurate compatibility with the on-site control system, reducing operation and maintenance costs, and improving the safety and convenience of public area management and control.