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Product Introduction
The HIMA F8620/11 Central Processing Unit (CPU) is a high-performance, programmable safety controller designed for critical automation and safety-related applications. Developed by HIMA Paul Hildebrandt GmbH, this CPU serves as the brain of the HIQuad or HIMax safety systems, ensuring seamless processing of logic and real-time control tasks within functional safety environments.
Engineered to meet stringent safety standards such as IEC 61508 SIL3, the F8620/11 is widely used in industries where operational safety and system reliability are non-negotiable — including oil & gas, power generation, petrochemical, and rail transport sectors.
The unit integrates a powerful processor architecture, real-time communication capabilities, and robust diagnostics. The modular form factor enables ease of integration into larger systems while maintaining superior fail-safe operation across diverse field scenarios.
Technical Specifications
Parameter | Description |
---|---|
Model | F8620/11 |
Function | Central Processing Unit (CPU) |
Processor | High-speed industrial-grade CPU with extended memory |
Supported Systems | HIMax, HIQuad |
Cycle Time | Approx. 10–100 ms depending on configuration |
Program Memory | 8 MB Flash |
Data Memory | 4 MB RAM |
Interfaces | 2 x Ethernet, 1 x RS485, system bus |
Redundancy | Fully supports redundant operation |
Power Supply Voltage | 24 V DC |
Power Consumption | Approx. 8 W |
Operating Temperature | 0°C to +60°C |
Storage Temperature | -40°C to +85°C |
Relative Humidity | 5% to 95% non-condensing |
Installation Type | Rack-mounted, modular slot |
Certifications | IEC 61508 SIL3, ATEX, CE, UL |
Dimensions (W x H x D) | 145 x 115 x 30 mm |
Weight | 0.95 kg |
Product Applications
The HIMA F8620/11 CPU is deployed across a wide range of safety-critical and automation-intensive sectors. Typical applications include:
-
Emergency Shutdown Systems (ESD)
Ensures rapid and safe plant shutdown in hazardous events. -
Turbomachinery Control
Reliable real-time data processing and interlock logic execution for turbines and compressors. -
Fire and Gas Detection Systems (F&G)
Manages detection inputs and trigger alarms or shutdown procedures instantly. -
Burner Management Systems (BMS)
Ensures safe burner startup, operation, and shutdown with compliance to international fire safety standards. -
Railway Safety and Signaling Systems
Used in centralized and decentralized train control architectures for passenger safety. -
Power Plant Automation
Facilitates safe power distribution, load shedding, and process optimization in thermal, hydro, and nuclear facilities.
Product Advantages
-
Certified Functional Safety
Fully SIL3-compliant design ensures top-tier safety performance and peace of mind in mission-critical systems. -
Modular and Scalable
Designed to scale from small installations to complex, distributed architectures without compromising on speed or reliability. -
High Availability via Redundancy
Supports hot standby and dual-CPU configurations, ensuring zero downtime in the event of failure. -
Powerful Processing Capabilities
Optimized for real-time execution of complex logic and interlocks with fast scan times. -
Robust Diagnostics and Monitoring
Comprehensive fault detection, status indication, and remote diagnostics reduce maintenance effort and improve uptime. -
Global Certification and Compliance
Compatible with international safety and electromagnetic compliance standards, allowing global deployment.
Frequently Asked Questions (FAQ)
-
What is the main function of the HIMA F8620/11?
It serves as the central processing unit in HIMA safety systems, managing logic execution and real-time control in safety-critical environments. -
Which HIMA systems are compatible with F8620/11?
The F8620/11 is primarily used with HIMax and HIQuad safety platforms. -
Can the CPU operate in redundant mode?
Yes, it fully supports redundancy, including hot standby operation. -
What safety standard does this CPU meet?
It complies with IEC 61508 and supports applications up to SIL3. -
What communication interfaces are available?
It includes Ethernet, RS485, and a proprietary system bus interface. -
What is the operating temperature range of the F8620/11?
From 0°C to +60°C for standard operation. -
Is it suitable for offshore or ATEX-rated zones?
Yes, it holds ATEX certification and can be installed in hazardous zones with the correct enclosures. -
What is the memory capacity for logic programs?
The unit features 8 MB Flash memory and 4 MB RAM for data handling. -
How is the F8620/11 installed?
It is rack-mounted and slotted into a modular system chassis. -
Is the CPU firmware upgradeable?
Yes, firmware updates can be performed via authorized HIMA tools to ensure future-proof functionality.
Recommended Related or Similar Models (Same Series)
Model | Description | Compatible System | Special Features |
---|---|---|---|
F8621A | Central CPU Module | HIQuad | Dual CPU option, SIL3 compliant |
F8627X | Enhanced CPU for HIMax | HIMax | Fast scan rate, secure comms |
F8650X | Advanced CPU Module | HIMax | Redundancy support |
F8610 | Compact CPU for small systems | HIQuad | Basic applications |
F8652 | Dual-core CPU module | HIMax | High-speed processing |
F8640 | CPU for mid-range system control | HIQuad/HIMax | Versatile, scalable |
Popular Models from the Same Brand (HIMA)
Model | Description | Function Type | Certifications |
---|---|---|---|
F3221 | Digital Input Module (32-channel) | DI Module | SIL3, ATEX, CE |
F3330 | Digital Output Module | DO Module | SIL3 certified |
F7133 | Power Supply Module | Power Supply | Redundant capable |
F6705 | Communication Interface Module | Fieldbus Communication | PROFIBUS, Modbus supported |
F7126 | Analog Input Module (16-bit resolution) | AI Module | Isolated, SIL compliant |
F8650X | Central Processing Unit (Advanced) | CPU | Redundant and High Availability |