HIMA B9302

Application of Technical Specification Limits

Working Voltage: 220V DC.

Working Current: 65A.

Ambient Temperature: -10 to 50 degrees Celsius.

Output Frequency: 80.

Rack Specifications: B9302 - 19-inch rack 4U high - with 0.5M I/O bus cable and 16 I/O slots.

Product Function

Safety Control Function: As an important part of the safety control system, HIMA B9302 has strong reliability and fail-safe characteristics. It can monitor key equipment and systems in industrial production processes in real time. Once any abnormal situation is detected, it will quickly trigger the safety protection mechanism to ensure the safety of equipment and personnel and prevent accidents from occurring or expanding, in line with the relevant requirements of the international safety standard IEC61508.

Signal Processing and Transmission: The module supports input and output of multiple signal types, including digital input and output, analog input and output, etc. The input signal is accurately collected, filtered, amplified and processed, and converted into a standard signal that can be recognized and processed by the system; for the output signal, an accurate control signal is output according to the control command, so as to effectively control the field equipment and ensure the stability of the production process.

Hot-swap function: HIMA B9302 adopts redundancy technology and hot-swap function. The redundant card pairs are installed in two different card cages, respectively, which can realize the hot-swap of the card. The redundant cards run in parallel to avoid interference caused by card replacement. When the system is running, if a card fails, just unplug it and replace it with a good card, which will not affect the normal operation of the system, greatly improving the availability and maintenance efficiency of the system.

Communication function: It has multiple communication interfaces and protocols such as RS485 and 100M Ethernet, supports communication protocols such as Modbus and OPC, can easily exchange and communicate data with other devices and systems, realize distributed control and centralized management of the system, meet the process requirements of different users, and flexibly access different industrial automation networks.

Diagnostic and alarm functions: The board has a very efficient self-diagnostic function, which can check the working status of the board and the status of input and output signals in real time. When a fault or abnormal situation is found, the board sends an alarm signal and sends relevant information to the control system so that the operator can take timely measures to reduce downtime as planned and improve production efficiency.

Applicable

Industrial building environment: The maintenance of different average operation types in different industries explains the development and growth of this wide range of industrial changes. Enterprises respond to the changes in the Internet world by providing customers with more valuable products and services faster and easier. In addition to power generation, hydrocarbon processing has the highest risk of accidents, so all special gases produced in these units are subject to strict controls and restrictive legislation; therefore, it is very important to control not only process temperatures, but also other energy parameters such as trend graphs or process controller feedback. To improve sustainability, the system predicts future energy trends based on standard workload definitions, thereby achieving optimal energy use and efficiency, while reducing emissions to above environmentally acceptable levels, and using appropriate bullseye sensors for fault detection.

Pharmaceutical Industry: During the drug production process, clean rooms are controlled and protected, production equipment is monitored and protected, and production parameters are frequently monitored and adjusted to ensure the quality and safety of drug production and adhere to Good Manufacturing Practice (GMP) standards.