HIMA F6103 Module Control

Safety level: SIL 3 compliant for high-risk safety applications.

Input channels: Supports 4 safety inputs

Output channels: Provides 2 relay outputs

Rated voltage: 24 V DC ±20%, power consumption is typically less than 5 W.

Response time: Diagnosis time < 10 ms, action time < 50 ms

Communication interface: Supports PROFIBUS DP or Modbus TCP for integration with host systems.

Operating temperature: -10°C to +60°C;

Protection level: IP20

Diagnostic function: Built-in self-test function, real-time monitoring of input/output status and communication links.

Electrical isolation: 2.5 kV AC insulation isolation

Mechanical design: Compact DIN rail mounting

Support flexible and personalized safety logic programming: HIMA F6103 users can compile complex safety control strategies according to the safety requirements of industrial sites. In the event of exceeding the threshold limit of process parameters, machine failure, etc., the corresponding safety measures will be immediately initiated, namely emergency shutdown, isolation of the flow of hazardous media, and activation of the alarm system.

Redundant architecture: such as redundant processors, redundant power supplies, redundant signal communications, etc. Greatly improve the reliability and availability of any system, increase the mean time between failures and the possibility of stopping production due to equipment failure.

Communication capabilities: HIMA F6103 can support mainstream industrial communication protocols, such as Profibus-DP, Modbus TCP, Ethernet/IP, etc., and can be used in conjunction with other industrial automation equipment, host computer monitoring systems, distributed processing systems and other instruments.

Petrochemical industry: Use emergency shutdown system to monitor key parameters such as pressure, temperature, liquid level, trigger emergency shutdown, and protect equipment and personnel safety.

Process interlock: refers to controlling valve switches, compressor start and stop, etc. to prevent dangerous working conditions.

Generator protection: monitor the operation of the generator, and quickly cut off the power supply or start the backup system when an abnormality occurs

Boiler and turbine interlock: equipment start and stop sequence to avoid over-temperature and over-pressure accidents.