The HIMA X-BLK01 632590802 is a specialized termination and interface module for the HIMA HIMatrix safety system. This module is not a processing unit but a critical passive component that serves as a field termination block and isolation interface for connecting field device wiring (from sensors and actuators) to the active safety I/O modules (like the HIMA K9202). The HIMA X-BLK01 simplifies wiring, provides electrical isolation, and enhances system maintainability and diagnostics in safety-critical applications.
The HIMA K9202 996920202 is a vital safety module from HIMA’s renowned HIMatrix safety system, specifically designed as a Solenoid Driver Output Module. Its primary function is to reliably control safety-critical final elements, such as solenoid valves or motor contactors, in demanding safety instrumented systems (SIS). Engineered with fault-tolerant architecture, the HIMA K9202 ensures that safety shutdown functions are executed with the highest degree of integrity, making it a cornerstone component for process safety in high-hazard industries.
The HIMA K9203 996920302 is a robust and highly reliable failsafe output module belonging to the HIMatrix safety system family from HIMA, a global leader in safety-critical automation. This module is designed to provide de-energized safe-state output signals to final elements like solenoid valves, motor starters, or alarm devices in Safety Instrumented Systems (SIS) and emergency shutdown (ESD) systems. The HIMA K9203 series is renowned for its exceptional hardware integrity and diagnostic coverage, ensuring that safety commands are executed with the highest reliability. As a part of the modular and fault-tolerant HIMatrix platform, the 996920302 variant plays a crucial role in interfacing the safety logic solver with the field, guaranteeing safe process shutdown or initiation when required. The design of the HIMA K9203 996920302 strictly adheres to stringent functional safety standards.
The HIMA Z7149 is a specialized termination and interface module from HIMA’s comprehensive range of safety automation components, specifically designed for their HIMax and HIMAplan safety systems. This module serves as a critical wiring interface and signal conditioning unit, typically used to connect field devices from hazardous areas to the safety controller’s input/output modules. The primary function of the HIMA Z7149 is to provide a safe and organized termination point for field cables, incorporating necessary components such as fuses, resistors, and diodes to ensure signal integrity, provide electrical isolation, and protect the sensitive electronics of the safety controller from field-side faults and overvoltages. It often acts as an intrinsic safety (IS) interface barrier or a general marshalling module within a safety instrumented system (SIS) cabinet. The integration of the HIMA Z7149 is essential for creating a reliable and maintainable physical layer, ensuring that field signals are correctly and safely presented to the HIMax I/O cards (like the F3xxx series) for processing in critical Emergency Shutdown (ESD) and Fire & Gas (F&G) systems.
The HIMA F3236 984323602 is a specialized system interface and power supply module for the HIMA F35 programmable safety system. This module is a critical component that serves two primary functions within a safety controller rack: it provides regulated, monitored power to the central processing unit (CPU) and all other I/O modules, and it acts as the main communication gateway between the local F35 system and higher-level networks or other safety controllers. The specific part number 984323602 denotes a precise hardware configuration and revision. The integration of the HIMA F3236 984323602 is foundational, as it must be installed in the designated slot (typically Slot 1) of the F35 baseplate to correctly initialize the system. This module ensures that the safety controller has a stable power source and can communicate alarms, statuses, and process data to a plant’s Distributed Control System (DCS) or supervisory system, making it an indispensable part of the safety loop architecture.
The HIMA LM002_MAX 985020002 is a critical component from HIMA, a global leader in safety-critical automation, serving as a central processing module within their advanced safety system architecture. Specifically, this module is a redundant logic solver CPU for the HIMax safety system platform. Its primary function is to execute certified safety logic programs in a fault-tolerant manner, providing the core intelligence for Emergency Shutdown (ESD) and Fire & Gas (F&G) systems where failure is not an option. The HIMA LM002_MAX module performs high-speed, deterministic processing of safety instrumented functions (SIFs), continuously running self-diagnostics to detect any internal faults and, if necessary, driving the process to a safe state. The “MAX” designation indicates it belongs to the high-performance series, and the part number 985020002 defines its specific hardware configuration. Integrating the HIMA LM002_MAX 985020002 into a safety loop creates a robust, SIL 3/SIL 4 capable logic solver that is physically and logically separated from the basic process control system.
The HIMA F3236 is a vital component within HIMA’s safety automation portfolio, specifically serving as a power supply and system interface module for their modular F35 programmable safety system. This module is a foundational element, providing regulated and monitored power to the central processing unit (CPU) and all other I/O modules within a local F35 rack. More than just a power converter, the HIMA F3236 acts as the primary communication gateway between the local safety rack and the higher-level plant control network (e.g., via PROFIBUS DP or Modbus) and/or other HIMA safety systems via the proprietary HIMatrix bus. Its role is critical for ensuring the integrity and availability of the entire safety controller. The design of the HIMA F3236 emphasizes fault-detection and diagnostic capabilities, monitoring its own status and the health of the supplied power, which are essential for maintaining the required Safety Integrity Level (SIL) of the safety instrumented functions (SIFs). Proper selection and configuration of the HIMA F3236 is therefore a fundamental step in engineering a reliable and compliant safety system.
The HIMA F7133 is a critical I/O module from HIMA, a world-leading specialist in safety-critical automation systems. Specifically, it is a digital input module belonging to the highly respected HIMax safety system platform. Unlike standard PLC modules, the HIMA F7133 is engineered and certified for use in Safety Instrumented Systems (SIS) and Emergency Shutdown (ESD) systems, where its primary function is to reliably and securely read the status of field devices like emergency stop buttons, pressure switches, flame detectors, or valve position limit switches. The module’s design follows rigorous safety standards (e.g., IEC 61508, IEC 61511) to achieve a high Safety Integrity Level (SIL 3 or SIL 4), ensuring it can detect internal faults and drive the system to a safe state. Implementing a HIMA F7133 module is a fundamental step in building a fault-tolerant safety loop, providing the essential link between hazardous area sensors and the logic solver. The reliability and diagnostic capabilities of the HIMA F7133 make it a cornerstone component in industries where failure is not an option.
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.
