HIMA F7101

Specification

Working voltage: 24V;

Working current: 5A.

Input: Digital input channel.

Functions: Hima F7101 supports hot-swapping. With this, one can replace and maintain modules in the breadth of the system's operations without affecting the normal operation of the entire system.

Feature

Safety certification: Hima F7101 is certified against many stringent safety certifications, which comply with the IEC 62443 standard, and is granted cybersecurity certification by TÜV Rheinland, ISASecure Embedded Device Security Assurance (EDSA) certificate, and Achilles Level 1 by the Canadian Industrial Safety Wurldtech, amongst others, thereby ensuring the functionality and reliability of the product in terms of both functional safety and cybersecurity.

Operating system security: All security-function applications run under a specially designed operating system, therefore not exposed to conventional IT system attacks, and the operating system can withstand network attacks while executing software development.

Microprocessor independence: Hima F7101 has an independent control microprocessor and communication microprocessor, both of which will guarantee the normal operation of the control network under the presence of communication attacks.

Processing efficiency: Hima F7101 uses advanced processor technology enabling high-speed data processing; it meets the real-time control requirements and quickly, accurately processes the big blocks of industrial data to ensure that the system runs efficiently.

System stability: The independent control and communication microprocessor design of Hima F7101 and having intense access control mechanism allows the system to have steady operations even in the presence of external interference and attacks, hence ensuring the continuity and reliability of the industrial process and the reduced rate of production accidents and economic losses caused due to failures of the system.  

Application

Power industry: In generator set control systems of thermal power plants, Hima F7101 is used to control the excitation system, cooling system, and protections of the generator; for instance, when the generator is in failures such as overload and short circuit, control actions through Hima F7101, using protection logic, send agencies-actionlike turn off excitation current, turn on cooling fans, etc., to protect the machinery from damage, hence stabilizing the operations of the power system. Control of various auxiliary equipment by Hima F7101 in order to ensure the very normal operation of the generating sets.These other auxiliaries include the lubricating oil pump, water pump, and so forth. Such systems and events will always be functionalized against alarms or upon manual intervention.

Urban rail transit systems：Hima F7101 can be used to control equipment like elevators, escalators, shielding doors, etc., at subway stations. For example, the control system uses Hima F7101 to control the opening and closing of the screen door when a train enters the station to ensure that the passengers are safe when getting on and off the train. At the same time, in the control system of elevators and escalators, Hima F7101 is responsible for start and stop operations of the motor and speed regulation to ensure passenger comfort and safety.

Power generation: Hima F7101 is used to regulate the excitation, cooling, and protective devices for generators in a thermal power plant's generator set control system. If the generator has a fault such as overload or short circuit, the control system with Hima F7101 will act quickly to signal the protection devices to operate, e.g., switching off the excitation current, switching on the cooling fan, etc., to protect the generator from damage and maintain security for a stable operation of the power system. At the same time, in the daily operation of the generator set, the Hima F7101 is also responsible for controlling the start and stop of various auxiliary equipment, such as lubricating oil pumps, water supply pump, etc., for the normal operation of the generator set.