The HIMA F60-CPU 01 (PN982200124) is a core module of the high-performance large-scale safety controller from the HIMatrix series by HIMA, Germany. Designed specifically for large-scale, high-safety-level industrial safety applications, it serves as the core control unit of the HIMatrix F60 series. It integrates safety computing, communication management, and fault diagnosis functions, complies with top international safety standards such as IEC 61508, and is suitable for safety-critical scenarios including petrochemical, power, rail transit, metallurgy, and other industries.
| Parameter | Specification |
|---|---|
| Core Identification | Model: F60-CPU 01; Order No.: 982200124 |
| Processor Architecture | Dual-processor (uP1/uP2) synchronous operation, Motorola MPC860 PowerPC, main frequency 64 MHz |
| Memory Configuration | 4 MB Flash memory, 16 MB Random Access Memory (RAM) |
| Safety Certification | SIL 3 (IEC 61508/61511), PL e (EN ISO 13849-1), SIL 4 (EN 50126/28/29), ATEX |
| Communication Interface | 4×RJ45 Ethernet (10/100BASE-Tx, supports SafeEthernet); 2×RS485 Field Bus (FB1/FB2); System internal bus |
| Power Supply Requirements | 24 V DC (19.2–28.8 V DC), power consumption about 15 W |
| Environmental Indicators | Operating temperature: -20℃ to +60℃; Storage temperature: -40℃ to +85℃; Humidity: 5%–95% (no condensation) |
| Mechanical Specifications | DIN rail / backplane mounting, Dimensions: 196×60×140 mm; Weight: 1.2 kg |
| Software Compatibility | ELOP II Factory (CPU OS≤V6.x), SILworX (CPU OS≥V7.x) |
| Redundancy Support | Supports CPU hot redundancy configuration, disturbance-free switching, ensuring high system availability |
Key Features and Advantages
Top-level Safety Compliance
Certified to SIL 3, PL e and SIL 4, covering process safety, machinery safety, railway safety and other fields. It meets the world’s most stringent safety regulations and ensures the system can still perform safety actions under fault conditions.
High Performance and Real-time Capability
Equipped with a dedicated safety processor, it provides millisecond-level logic operation and I/O response, supports large-scale safety logic processing, and adapts to the real-time safety control requirements of complex process flows. Paired with SafeEthernet, it achieves high-speed, interference-free transmission of safety data.
Flexible Communication and Integration
Compatible with mainstream industrial fieldbuses and safety communication protocols, it can seamlessly connect with DCS, PLC, HMI and third-party devices. It supports local and remote I/O expansion, and builds a distributed safety network via SafeEthernet to adapt to the networked safety architecture of large-scale plants.
High Reliability and Self-diagnosis
Optional hardware-level redundancy design, with a built-in comprehensive self-diagnosis function that monitors power supply, temperature, communication and hardware faults in real time. It automatically triggers a safety response in case of abnormality, supports Sequence of Events (SOE) recording and fault tracing, reducing maintenance difficulty and downtime risks.
Modular Design and Easy Maintenance
Adopting the unified HIMatrix modular architecture, it is seamlessly compatible with F60 series I/O and communication modules, and supports hot swapping (in compliant applications). Visual programming via configuration software and online program reload are available, minimizing the impact of maintenance on production.
Wide Application Adaptability
Suitable for safety-critical applications such as Emergency Shutdown Systems (ESD), Burner Management Systems (BMS), Fire and Gas Detection (F&G), boiler protection, railway signaling control, nuclear power safety systems, etc.
F60-CPU 01 must work together with HIMatrix F60 series components to build a complete safety system:
F60-CPU 01 must work together with HIMatrix F60 series components to build a complete safety system:
Power Supply Module: F60PS01 (System Power Supply Module), providing stable 24 V DC power for the CPU and I/O modules.
I/O Modules: F60DI3201 (32-channel digital input), F60DO801 (8-channel digital output), F60AI801 (8-channel analog input), etc., for field signal acquisition and actuation control.
Communication Modules: F60GEH01 (Ethernet Extension Module), F60FB01 (Fieldbus Module), expanding communication interfaces and protocol support.
Engineering Software: SILworX (mainstream configuration tool), ELOP II Factory (legacy tool), used for programming, diagnosis and maintenance.
Field Components: Safety-certified sensors, actuators, shielded cables, DIN rails, redundant power supplies, etc.
HIMatrix is divided into several sub‑series according to performance and application scale, covering small‑ to large‑scale safety control requirements. Recommended models:
- F60 Series (Large Controller, series to which F60-CPU 01 belongs)
- F60-CPU 01 (PN982200124, basic core module)
- F60-CPU 02 (enhanced version, higher memory and computing performance)
- F60 Redundant CPU module (dual hot backup for improved availability)
- F60 series Complementary I/O modules: F60 DI/DO/AI/AO series (digital/analog input/output)
- F35 Series (Mid‑range Redundant Controller)
- F35 01 (basic version, programmed with ELOP II)
- F35 011 (low‑temperature version, -20~60℃)
- F35 012 (shock‑resistant version, stainless steel housing)
- F35 03/05 (enhanced version, compatible with SILworX software)
- F30/F31 Series (Small High‑Performance Controller)
- F30 01 (compact basic CPU)
- F31 01 (high real‑time performance for strict timing requirements)
- F3 DIO 20/8 02, F3 DIO 16/8 01 (compact modules with integrated I/O)
- F20 Series (Ultra‑Compact Economic Controller)
- F20 01 (micro safety CPU for small equipment safety control)
- F2 DI16 01, F2 DO8 01 (micro I/O modules)
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