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HIMA F2201 CPU Board with 16-bit Microcontroller 128 KB RAM and Wide Temperature Tolerance
HIMA F2201 CPU Board with 16-bit Microcontroller 128 KB RAM and Wide Temperature Tolerance
16-bit Microcontroller HIMA F2201 CPU Board
128 KB RAM Control Processor
Wide Temperature Tolerance Safety System CPU
Place of Origin:
Germany
Brand Name:
Hima
Model Number:
F2201
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Product Details
Power Supply:
24 V Dc
Power Consumption:
2.5 A Max
Microcontroller:
16-bit
Memory:
128 KB RAM
Operating Temp:
–20 °C … +70 °C
Product Parameters:
CPU Board
Humidity:
5 – 95 % RH Non-condensing
Storage Temp:
–40 °C … +85 °C
Highlight:
16-bit Microcontroller HIMA F2201 CPU Board
,128 KB RAM Control Processor
,Wide Temperature Tolerance Safety System CPU
Payment & Shipping Terms
Minimum Order Quantity
1
Price
66USD
Packaging Details
Brand new and original
Delivery Time
2-3 work days
Payment Terms
T/T
Supply Ability
in stock
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Product Description
HIMA F2201 CPU Board - Core Control Layer
- In modern industrial environments, Distributed Control Systems (DCS) serve as the core layer that maintains process stability, safety, and continuous operation. From power generation to process manufacturing, control loops are distributed across plant facilities, working together in real-time coordination.
- When individual modules fail, the operational impact is immediate. Access to the right spare parts quickly becomes the critical factor determining whether operations continue or face costly downtime.
With extensive experience in global automation spare parts supply, Amikon Automation helps industrial plants source hard-to-find DCS and PLC components, especially during time-critical situations.
We sincerely welcome your questions and project requirements
Sales Manager: Miya Zheng
Email: sales@amikon.cn
Phone: 86-18020776792
Product Specifications
| Product Type | CPU Board |
| Microcontroller | 16-bit architecture |
| Clock Speed | 20 MHz |
| Memory Configuration | 128 KB RAM, 1 MB Flash |
| Power Supply | 24 V DC |
| Maximum Consumption | 2.5 A |
| Manufacturer | HIMA (Germany) |
| Dimensions | 19.8 × 14.2 × 2.5 cm |
| Weight | Approximately 0.16 kg |
| Operating Temperature | -20 °C to +70 °C |
| Storage Temperature | -40 °C to +85 °C |
| Humidity Range | 5-95% RH (non-condensing) |
System Performance Characteristics
- Deterministic Processing
The F2201 CPU Board prioritizes predictability over peak performance. With a fixed 20 MHz clock and no dynamic scaling, it delivers stable execution cycles without unnecessary background processes. This timing consistency is critical for safety systems where reliable performance matters more than raw speed.
- Memory Architecture
The memory configuration, while modest by modern standards, provides sufficient capacity for safety logic execution without complexity overhead. RAM handles runtime operations while Flash stores application code and configuration data.
- Industrial Stability
Designed for long lifecycle operation with wide temperature tolerance and resistance to environmental fluctuations. The platform maintains consistent performance without frequent firmware changes, ensuring operational reliability in demanding industrial conditions.
Key Operational Advantages
- Deterministic control with fixed 20 MHz clock ensuring predictable scan cycles and consistent logic execution
- Certified system compatibility, designed for SIL-related safety applications with validated performance
- Optimized memory configuration providing sufficient capacity for structured safety logic without complexity
- Wide environmental tolerance for reliable operation in varied plant conditions beyond ideal control rooms
- Long lifecycle design supporting 10-15+ years of stable performance without unexpected firmware changes
- Straightforward troubleshooting with transparent architecture and traceable logic paths for efficient diagnosis
- HIMA design philosophy prioritizing predictable behavior and simplicity over feature expansion
The F2201 CPU Board remains in service not because of advanced technology, but because industrial systems depend on its predictable behavior. Engineers trust its consistent performance, and replacement often introduces more risk than maintaining the proven platform.
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