|
BRAND |
HIMA |
|
Model Number |
F8620 |
|
Origin |
Germany |
|
Condition |
New |
|
Series |
HIMax |
|
Payment |
T/T |
Overview
The HIMA F8620 is a high-performance Central Processing Unit (CPU) module designed by HIMA for use in their HIMax and HIQuad series safety-critical industrial applications. It is certified for SIL 3 (Safety Integrity Level) safety instrumented systems and requires a 24V DC power supply.
Central Modules
The central components required for the different types of HIMA automation devices are assembled in kits. The kit of a functioning central module is composed of the following elements:
l Central subracks
l Central modules
l Power supply units
l Accessories
About HIMax
HIMax is a safety-related control system and is intended for continuous operation and maximum availability.
HIMax is a modular system. Functions such as processing, input and output or communication are distributed on plug-in modules that can be inserted in one or several base plates. A controller specific to the application can be created by selecting appropriate modules.
Ethernet cables are used to interconnect the base plates.
The controller can be easily adapted to future extensions of the process to be controlled, e.g., by adding modules or base plates containing modules.
Figure 1 shows the structure of the HIMax system. The figure shows the base plates, both system busses, the system bus modules, the processor modules and the Connector Boards of the modules.
To increase availability, HIMax is intended for redundant operation.
The system can also be used as mono, non-redundant system.
Figure 1: System Overview
A HIMax system is composed of at least one base plate, i.e., base plate 0. It has rack ID (base plate number) 0 und contains at least one processor module. All additional base plates are extension base plates. Among these, base plate 1 may contain one or two processor modules. The remaining base plates must contain no processor modules.
Base plate 0 can be extended with up to 15 extension base plates. Cables are used to interconnect the two system busses A and B on all of the base plates.
F8620 FAQ
|
1 |
Q. How does the HIMA F8620 enhance computational reliability within HIMA safety-related control architectures? |
|
2 |
Q. What advanced engineering features distinguish the HIMA F8620 for high-availability industrial applications? |
|
3 |
Q. Why is the HIMA F8620 considered a strategic component for mission-critical process safety systems? |
|
4 |
Q. Which commissioning and installation considerations should engineers prioritize when deploying the HIMA F8620? |
|
5 |
Q. In which industrial sectors does the HIMA F8620 provide the greatest operational value, and why is it widely adopted? |
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Sales manager: Miya Zheng Email: sales@amikon.cn WhatsApp: 86-18020776792
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