HIMA F7546

Technical Parameters

Processing Capacity: Hima F7546 has powerful central processor for complex safety control logic with a nanosecond response time and ensures efficient operation of the system.

Storage Capacity: Hima F7546 can be capable of storing large amounts of safety programs, historical data and system configuration information, memory capacity is several gigabytes to satisfy long-term data recording and program storage requirements."

Number of Input and Output Points: An enriched assortment of digital and analog input and output interfaces is provided fortifying flexibility in meeting the connection requirements of various industrial sensors and actuators.

Reliability Index: A mean time between failures (MTBF) extending millions of hours indicates long, stable functions in adverse environments, with operating temperature ranging from - 40℃ to 85℃, as well as a range of relative humidity from 5% to 95% (non-condensing).

Features

Safety Control Function: Based on its advanced safety concept design, HIMA F7546 can accurately identify, and quickly respond to dangerous conditions in industrial processes.

Fault Diagnosis Function: Built-in intelligent fault diagnosis module, which can monitor the status of its own hardware and external devices in real time, and automatically detect and report fault information.

Redundancy Function: Key components such as power supply and processor adopt redundant design. When the main component fails, the redundant components can be seamlessly switched to ensure the continuous operation of the system.

Communication Function: Hima F7546 supplies support for different industrial communication protocols capable of easy interaction with other automation equipment and monitoring systems. Advanced Hardware Platform: HIMA F7546 adopts high-performance, low-power chipset, with dedicated safety control circuit to build for a stable and reliable hardware architecture with good anti-interference ability.

Anti-Interference Design: Multiple anti-interference strategies are adopted in both hardware circuits and software algorithms to resist electromagnetic interference and radio frequency interference, etc., to assure correctly running of the system in complex industrial electromagnetic environments.

Application

Petrochemical Industry: Safety control of reactors, compressors, pipeline transportation and other equipment in process industries, e.g., oil refining, and chemical synthesis, to prevent major accidents such as explosions and leaks.

Power Industry: For the safety protection of the key facilities such as boilers and turbines and substation in power plants so as to maintain stable and reliable operation of the power systems.Within rail transportation systems such as subways, light rails, and high-speed railways, the key areas of safety operation in which they are responsible include: train operation control, safety interlocking of signal systems, and safe management of station equipment to ensure that passengers are safe.