ABB 500BIO01 1MRB150005R1 J Control Unit

ABB 500BIO01 1MRB150005R1 J is a biometric identification module specially designed for the field of industrial automation. It belongs to ABB's intelligent control and security system series, and is mainly used for precise identification of personnel and permission management in industrial scenarios. It integrates advanced biometric feature collection, data processing and encrypted transmission functions, and can authenticate the identity of operators or maintenance personnel through biometric features such as fingerprints and faces, ensuring that only authorized personnel can operate key equipment or enter specific work areas, providing strong guarantee for the safety management of industrial production.

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• Power Parameters: The working power supply is 12V DC, with an allowable voltage fluctuation range of ±5% and power consumption less than 5W. It can be adapted to the DC power supply system in industrial sites to ensure stable operation.

• Identification Methods: Supports dual modes of fingerprint recognition and face recognition. The fingerprint recognition resolution reaches 500dpi, and the face recognition adopts a 2-megapixel high-definition camera. The recognition angle covers horizontal ±30° and vertical ±20°, meeting the recognition needs in different scenarios.

• Recognition Performance: The recognition time for a single fingerprint is ≤1 second, and the face recognition time is ≤0.5 seconds. The false acceptance rate is less than 0.001%, and the rejection rate is less than 1%, featuring high-precision and high-speed recognition capabilities.

• Storage Capacity: It can store 1000 fingerprint templates and 500 face templates, and supports batch import, export and deletion of templates, meeting the permission management needs of small and medium-sized industrial teams.

• Communication Interfaces: Equipped with RS-485 and Ethernet interfaces, supporting Modbus RTU and TCP/IP protocols. It can exchange data with industrial control systems, PLCs or security platforms to realize remote permission configuration and upload of recognition records.

• Environmental Adaptability: The operating temperature range is 0℃-+45℃, and the storage temperature range is -20℃-+60℃; the relative humidity is 20%-80% (non-condensing); the protection level is IP54, with dustproof and splashproof functions, suitable for installation in semi-open-air or dusty environments such as industrial workshops and control room entrances.

• Physical Specifications: The size is approximately 180mm×120mm×50mm (length × width × height), and the weight is about 600g. It supports wall-mounted or embedded installation, with flexible installation methods, adapting to different industrial scene layouts.

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• Dual-mode Recognition Guarantee: It supports both fingerprint and face recognition. It can flexibly switch recognition methods according to the environmental characteristics of industrial scenarios (such as preferring face recognition when operators wear gloves), avoiding permission management loopholes caused by the failure of a single recognition mode, and improving the reliability of recognition.

• Fast Identity Verification: With millisecond-level recognition response speed, it can quickly complete personnel identity verification, reducing the waiting time of operators without affecting the continuity of industrial production. It is especially suitable for scenarios that require frequent entry and exit or equipment operation.

• Strict Permission Control: By binding biometric features with operation permissions, it can accurately set the operation scope of different personnel (for example, only engineers are allowed to operate control cabinets, and operators can only start equipment, etc.), preventing unauthorized personnel from misoperating key equipment and reducing the risk of safety accidents.

• Data Encryption and Secure Transmission: Biometric data is stored using the AES-256 encryption algorithm, and recognition records are transmitted to the management platform through encrypted protocols, preventing data leakage or tampering, and ensuring the security of identity information and operation records.

• Dual Modes of Offline and Online: It supports offline independent work, and can normally perform identity recognition and permission judgment even if the network is interrupted; in the online state, it can synchronize permission configurations and recognition records in real time, facilitating remote monitoring and unified management by managers, and meeting the needs of localized operations and centralized control.

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• Power Industry: In areas such as steam turbine control rooms of power plants and high-voltage equipment areas of substations, it is used for identity verification of operators to ensure that only authorized personnel can enter or operate key equipment such as circuit breakers and disconnectors, preventing power accidents caused by misoperation.

• Chemical Industry: In reaction kettle operation areas and dangerous goods storage areas of chemical production workshops, biometric identification is used to control personnel access permissions, allowing only qualified technicians to adjust parameters or maintain equipment, avoiding non-professionals from contacting dangerous equipment, and ensuring the safety of chemical production.

• Intelligent Manufacturing Factories: In robot workstations and automation equipment control cabinets of intelligent production lines, corresponding operation permissions are granted to operators after identity verification, preventing irrelevant personnel from arbitrarily changing equipment parameters, ensuring the stable operation of the production line according to preset procedures, and improving the stability of product quality.

• Metallurgical Industry: In blast furnace control rooms and rolling equipment operation areas of steel mills, biometric identification is used to manage the permissions of operators, restricting unauthorized personnel from operating high-temperature and high-pressure equipment, and reducing the risk of equipment damage or personal injury caused by misoperation.