3HAB8101-7/06B ABB Physical inventory of original industrial control module

Description

3HAB8101-7/06B is an extremely developed technology network in the world today
The cornerstone of development:
Accurate balance between generation and distribution assets
Use, just press the switch gently, and it will cost nothing
To provide us with the power we need; And oil transmission
Delivery is the pump from the undersea oil field to the local gas station
Mouth, the whole process has experienced extremely complicated technology
Chain; Every kind of energy we buy and consume
When it is delivered, it needs to be delivered through a series of complex
Amazing coordinated action, 3HAB8101-7/06B
Cheng is often unknown. As a consumer, I
What we are directly exposed to is the ice of this kind of technology
A corner of the mountain.

Numerous products produced by ABB
The hidden product is me
This talent in our society
Important group of material structure
Part, while software
Is the structural
The core, and
Is often the most important part. Regulations for such software
Mode and complexity have reached unprecedented levels
Degree – and will continue to accelerate.
Part of ABB’s products are pure software products. In its
In other products, software and hardware components are closely combined, and
Software of some products is directly embedded into product hardware
Itself. In almost all industrial applications, this
Some products can be found everywhere: utilities, process workers
Industry (such as pulp and paper industry, oil and gas industry, petrochemicals
Industry, pharmaceutical industry, chemical industry, etc.) and various
manufacturer.
The addition of a large number of software makes the product more adaptable,
Have higher decision-making ability and enable the system to achieve
A higher level of autonomy. This development also makes it possible to
The functions of staff can be changed from using themselves
Manual control, steering supervision
Fine tune and find faults. Today, the Department of Modern Industry
For a good return on investment, the software
Intensive industrial systems must
Maintain overall sustainability.
ALDO DAGNINO, and PIA STOLL,
And ROLAND WEISS
Software scale and complexity in almost all ABB products
The complexity has reached an unprecedented level,
And will continue to maintain the trend of accelerated development
Some products are pure software products. This kind of industrial soft
Things are getting more complicated and more important,
Under this development trend, long-term maintainability and
Sustainability has become an important part of this kind of industrial software
Important reasons for good investment return in the life cycle
Prime. Therefore, the appropriate and persistent software architecture is
The root of everything.
Intelligent software architecture creates rich value reports and guarantees product investment
Persistent software architecture
Title Picture
Complex software is the core of modern technology
Our daily life is supported by our technology. For example, in cities
Below the surface of the landscape is an extremely complex software system network
Collateral. Whether it is building management software that controls high-rise buildings,
It is also a global shared transaction software package run by major companies
These systems have a common characteristic: solid, reliable and soft
Piece architecture.
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In addition, stakeholders include customers
Customers, developers, project managers, product managers
Managers and maintenance personnel are often different in 3HAB8101-7/06B
Sometimes even contradictory expectations. architect
The needs of all parties must be coordinated, and
Economic constraints bring it into balance.
So sustainability is not just about software architecture
And its interaction, and is not closely related to the enterprise environment
Divisible, such as organization, business, strategy and model
Domain [1].
To meet all the above challenges
To ensure the integrity of complex software systems
It is a prerequisite to ensure the system construction
Standing on a very solid software foundation. This is also
It is the key function of software architect.
Software architecture
The research of software structure and its interaction is software
The key part of architecture research. In 1968,
Dijkstra in its multiprogramming system
First put forward the concept of “software engineering”
Read. Dijkstra demonstrated a support system that
The layered software structure of testability, which will
Structural relationship between “measurability” and software architecture
Together [2]. Twenty years later, Shaw proposed
Different architectural styles [3]. She wrote in her book
Avenue:
“… important decisions and the various modules used
It is closely related to the subsystem and its organization. this
I Organizational level (i.e. software architecture level)
To cover the basic properties and phases of the main subsystems
Some new abstract concepts such as interaction mode “.
Shaw also described the common ways to solve specific problems
Method, and the concept of solving a particular problem
It can be implemented with the minimum participation of operators
Current process control, and can be connected with other systems in the plant
Conduct independent interaction.
Software component interaction can also achieve further collaboration
Effect, which is beyond the reach of hardware components.
In short, these software will serve ABB customers
Bring considerable product added value.
However, complex software systems also have a crucial
Important aspects: maintenance and sustainability.
To enable customers and development institutions to obtain good investment
In return for investment, software intensive industrial systems must be able to
Long enough to ensure the implementation of low cost and high efficiency
Maintain now and keep good luck through full support
Yes, that is, the system must maintain overall sustainability.
This will be sustainable for a long time to come
Sex will face many challenges: new technologies, or even
Completely subvert the traditional technology; stakeholder
New demand of; New organization and reorganization; heavy
Point technology transfer; And changing business
Goals. In addition, software intensive systems tend to
It has the inherent disadvantages of the old system and has a serious impact
Respond to the development of software architecture and design. If
Previous organizations can accurately predict the current
Needs of stakeholders in the
The development direction, so there are many
The key problems can be solved. Similarly, when
The former organization should try to grasp the interests
The future needs of,
And choose the key questions
The topic should be highlighted.

details: if you need an urgent delivery order, please feel free to contact us, and we will do our best to meet your needs.

Price problem: if you find that other suppliers offer cheaper prices for the same product, we are also willing to provide you with reference prices and give you further discounts.