HIMA X-DO1202 is a high-performance digital output module designed for HIMA’s X-Series safety instrumented system (SIS), engineered to deliver reliable, fail-safe control signal output for small to medium-scale safety-critical applications such as skid-mounted process equipment, packaging lines, and auxiliary plant systems. HIMA X-DO1202 integrates 12 isolated digital output channels with electromechanical relay switching, enabling precise control of field actuators (e.g., valves, pumps, alarms) to execute safety interlock logic. HIMA X-DO1202 is certified to IEC 61508 SIL 3, ensuring compliance with the strictest safety standards, and features built-in diagnostic capabilities to monitor relay health and channel status. Additionally, HIMA X-DO1202 supports hot-swappable installation and seamless integration with HIMA X-CPU01 controllers, minimizing maintenance downtime and simplifying system expansion. As a key I/O component of HIMA’s X-Series, HIMA X-DO1202 combines compact design with robust performance to protect personnel and equipment in decentralized safety applications.
HIMA X-DO 32 01 is a high-density digital output module engineered for HIMA HIMatrix safety instrumented systems (SIS), delivering SIL 2-certified switching performance for critical actuation tasks in industrial environments. As a space-efficient member of HIMA’s X-series I/O portfolio, HIMA X-DO 32 01 provides 32 channels of isolated digital output—optimized for small-to-medium scale safety systems requiring high channel density in limited rack space. In a chemical packaging plant, HIMA X-DO 32 01 controls emergency stop relays and conveyor interlocks; in a water treatment facility, HIMA X-DO 32 01 actuates valve solenoids and pump shutdown mechanisms; in a food processing plant, HIMA X-DO 32 01 triggers safety alarms and machine stop functions. Additionally, HIMA X-DO 32 01 integrates plug-and-play configuration and rugged design, making it ideal for decentralized safety nodes and skid-mounted SIS applications
Hima X-CPU01 is a compact, high-performance safety controller core module designed for HIMA’s X-Series safety instrumented systems (SIS), tailored for small to medium-scale safety-critical applications such as standalone process skids, packaging lines, and auxiliary plant systems. Hima X-CPU01 integrates a 32-bit dual-core processor with built-in safety logic execution capabilities, supporting up to 512 I/O points and compliance with IEC 61508 SIL 3, Cat. 4, and PL e standards. Hima X-CPU01 features redundant communication interfaces and hot-swappable I/O connectivity, ensuring reliable operation even in harsh industrial environments. Additionally, Hima X-CPU01 is compatible with HIMA’s SILworX configuration software, enabling intuitive programming of safety interlock logic and real-time diagnostics. As the heart of HIMA’s X-Series SIS, Hima X-CPU01 delivers a balance of compact design, high safety integrity, and ease of integration for decentralized safety applications.
HIMA X-COM01 is a compact, high-reliability communication interface module designed for HIMA HIMatrix safety instrumented systems (SIS), specializing in secure data exchange between SIS controllers and external devices/networks. As a cost-effective connectivity solution in HIMA’s portfolio, HIMA X-COM01 supports core industrial protocols (Modbus RTU/TCP, HIMA SafetyBUS p) and is optimized for small-to-medium scale safety systems in oil & gas, petrochemical, and manufacturing industries. In a small refinery’s burner management system, HIMA X-COM01 transmits flame detection status to the central DCS; in a chemical packaging plant, HIMA X-COM01 syncs safety interlock data with a local PLC; in a water treatment facility, HIMA X-COM01 enables remote monitoring of SIS alarms via Modbus TCP. Additionally, HIMA X-COM01 features plug-and-play configuration and rugged design, making it ideal for decentralized safety applications with limited rack space.
Hima X-A13251 is a high-performance communication interface module designed for HIMA’s safety instrumented systems (SIS), including HIMax and HIMatrix platforms, enabling seamless data exchange between safety controllers, field devices, and upper-level monitoring systems. Hima X-A13251 supports multiple industrial communication protocols such as PROFIBUS DP, Modbus TCP, and Ethernet/IP, making it a versatile solution for integrating heterogeneous systems in oil & gas, chemical, and power generation industries. Hima X-A13251 is certified to IEC 61508 SIL 3, ensuring compliance with the strictest safety standards for critical process control applications. Additionally, Hima X-A13251 features redundant communication channels and advanced diagnostic capabilities, minimizing the risk of data loss or communication failures. As a key connectivity component in HIMA’s safety ecosystem, Hima X-A13251 guarantees reliable, secure data transmission to maintain the integrity of safety interlock logic and system monitoring.
Hima X-A13201 is a high-performance communication interface module designed for Hima’s safety instrumented systems (SIS), enabling seamless integration between Hima HIMax/HIMatrix controllers and third-party industrial networks (e.g., Modbus TCP, PROFINET, Ethernet/IP). As a key component of Hima’s connectivity portfolio, Hima X-A13201 bridges safety-critical SIS data with non-safety control systems, making it essential for oil & gas refineries, petrochemical plants, power generation facilities, and chemical manufacturing sites. In a refinery’s integrated control system, Hima X-A13201 transmits ESD status data to the DCS for real-time monitoring; in an LNG plant, Hima X-A13201 synchronizes SIS safety interlocks with PLC-based process control systems; in a power plant, Hima X-A13201 ensures secure data exchange between turbine protection SIS and grid management systems. Additionally, Hima X-A13201 features built-in cybersecurity protocols and redundant communication paths, guaranteeing reliable and secure data transmission in mission-critical environments.
HIMA K9212 is a high-reliability power supply module designed for HIMA’s HIMax safety instrumented system (SIS), serving as the critical power source for CPU modules, I/O modules, and communication components in safety-critical industrial applications. HIMA K9212 features dual redundant input channels and wide voltage range compatibility, ensuring uninterrupted power delivery even during grid fluctuations or single power source failures. HIMA K9212 integrates advanced surge protection, overvoltage/overcurrent safeguards, and thermal monitoring, making it suitable for harsh industrial environments such as oil refineries, chemical plants, and nuclear power facilities. Additionally, HIMA K9212 supports hot-swappable replacement and real-time status monitoring via the HIMax system, enabling maintenance teams to address power supply issues without disrupting safety logic execution. As a core component of HIMA’s HIMax infrastructure, HIMA K9212 guarantees stable, redundant power to maintain process continuity and safety.
HIMA K9203A is a critical power supply module engineered for HIMA HIMax and HIMatrix safety instrumented systems (SIS), delivering redundant, SIL 3-compliant power distribution to ensure uninterrupted operation of safety-critical industrial systems. As a core component of HIMA’s SIS infrastructure, HIMA K9203A provides dual-channel 24V DC power with advanced fault detection, making it indispensable for oil & gas refineries, LNG plants, nuclear power facilities, and chemical manufacturing sites. In a refinery ESD system, HIMA K9203A powers redundant controller racks and I/O modules to prevent safety system outages; in an LNG liquefaction plant, HIMA K9203A ensures continuous power to fire/gas detection and emergency shutdown components; in a nuclear power plant’s auxiliary safety systems, HIMA K9203A meets strict regulatory requirements for power reliability. Additionally, HIMA K9203A integrates hot-swappable design and real-time diagnostics, minimizing downtime and maximizing system availability for 24/7 operations.
HIMA F8650E 984865065 is a high-performance central processing unit (CPU) module for HIMA’s HIMax safety instrumented system (SIS), engineered to deliver redundant, fault-tolerant control for the most critical industrial applications including oil & gas refining, chemical manufacturing, and nuclear power plant operations. HIMA F8650E 984865065 features a dual-core processor architecture with hot-standby redundancy, ensuring seamless failover and uninterrupted system operation even if a primary processing unit fails. HIMA F8650E 984865065 is certified to IEC 61508 SIL 3, Cat. 4, and PL e, complying with the strictest global safety standards, and supports multiple communication protocols (SafetyBUS p, Ethernet/IP, PROFINET) for integration with field devices and upper-level systems. Additionally, HIMA F8650E 984865065 integrates advanced diagnostic capabilities and real-time performance monitoring, enabling predictive maintenance and minimizing unplanned downtime. As the core of HIMA’s HIMax SIS, HIMA F8650E 984865065 provides reliable, high-speed processing to execute safety interlock logic and protect personnel, assets, and the environment.
HIMA F6220 is a high-performance digital input module designed for HIMA HIMatrix safety instrumented systems (SIS), specializing in SIL 3-certified discrete signal detection for critical industrial applications. As a versatile member of HIMA’s HIMatrix F600 series, HIMA F6220 provides 16 channels of isolated digital input, optimized for balanced density and reliability in oil & gas, petrochemical, power generation, and pharmaceutical industries. In offshore platform emergency shutdown (ESD) systems, HIMA F6220 monitors pressure switches and emergency stop buttons; in chemical reactor control, HIMA F6220 processes safety interlock signals from temperature and level sensors; in food & beverage manufacturing, HIMA F6220 ensures compliance with hygiene and safety regulations for production lines. Additionally, HIMA F6220 integrates advanced diagnostics and rugged design, making it a reliable choice for both hazardous and non-hazardous industrial environments.
HIMA F6217 is a high-performance digital input module belonging to HIMA’s HIMax safety instrumented system (SIS) portfolio, engineered to deliver reliable, high-density signal acquisition for mission-critical industrial applications including oil & gas processing, chemical manufacturing, and power generation. HIMA F6217 integrates 32 isolated digital input channels with ultra-fast response capabilities, enabling real-time monitoring of field sensors (e.g., emergency stop buttons, pressure switches, flow switches) to trigger safety interlock logic in large-scale systems. HIMA F6217 is certified to IEC 61508 SIL 3 and complies with ATEX/IECEx standards for hazardous environments, ensuring fail-safe operation even in explosive atmospheres. Additionally, HIMA F6217 features advanced diagnostic functions and hot-swappable installation, minimizing maintenance downtime and enhancing the availability of critical control systems. As a key component of HIMA’s HIMax ecosystem, HIMA F6217 combines unmatched channel density with robust performance to meet the demands of the most complex safety applications.
HIMA F6215 is a high-density digital input module engineered for HIMA HIMatrix safety instrumented systems (SIS), delivering SIL 3-certified performance for critical discrete signal acquisition in industrial environments. As a key component of HIMA’s HIMatrix F600 series, HIMA F6215 provides 32 channels of isolated digital input—optimized for space-constrained control cabinets and large-scale safety systems. In oil refinery ESD networks, HIMA F6215 monitors hundreds of pressure, temperature, and emergency stop signals across multiple process units; in LNG plant fire/gas detection systems, HIMA F6215 processes sensor inputs from distributed detection zones; in pharmaceutical manufacturing, HIMA F6215 ensures compliance with strict safety interlock requirements for batch processing. Additionally, HIMA F6215 integrates advanced diagnostics and hot-swappable design, balancing high channel density with reliable maintenance capabilities for 24/7 operations.
