Brand: ABB Description: Memory Board Condition: New Certificate: COO TEST REPORT WARRANTY LETTE Warranty: 1 year Inventory Qty: 9 Payment term: T/T Shipping Port: ShenZhen As an excellent distributed control system module, the ABB DSMB175 has powerful computing and processing capabilities, excellent signal input and output functions, high reliability and stability, and is widely used in industrial manufacturing, energy management, building automation, transportation and other fields.
Manufacture |
ABB |
Model Number: |
DSMB175 |
Ordering Number |
57360001-KG |
Catalog |
Advant OCS |
Country Of Origin |
U.S. |
HS CODE: |
8473309000 |
Dimension |
25.4 cm x 2.5 cm x 25.4 cm |
Packing Dimension |
30cm x 5 cm x 30 cm |
Weight |
0.5kg |
Introduce of the ABB DSMB175
The ABB DSMB175 is the latest powerful modular control module manufactured by ABB. In its design, the functional requirements of modular structures in industrial control systems have been taken into consideration whereby all components form an individual module that permits flexible set-up and expansion related to actual demand. The above ensures that installation and debugging are done quickly and accurately in many different complex industrial environments to effectively ensure the running of industrial production processes.
Specifications of the ABB DSMB175
Powerful computing and processing capabilities
The ABB DSMB175 has adopted advanced microprocessor technology that enables very quick and accurate processing of a large number of logical operations, sequential control, counting, timing, and arithmetic functions. Tasks be they in high-speed production lines or automation-based control systems with very high accuracy of data handling requirements, can be run smoothly and reliably to ensure the smoothness of the production process. The capacity for high computing and processing power not only enables it to monitor and analyze various data during the production process in real time but also makes possible timely and accurate judgments and decisions based on preset programs and algorithms to thus control production precisely and improve production efficiency and product quality.
Excellent signal input and output functions
In signal input, should the ABB DSMB175 find themselves interfacing with a myriad of signals, it would continue to accurately decode all manner of signals, whether weak signals from sensors, transmitters, and any other piece of equipment, or complex signals from the odd control system. Output is equally formidable, with appropriately potent signals developed to enable precise control of all aspects of production. Make it drive actuators, valves, motors in action; it will complete precise control of production processes. This is an outstanding signal input-output function allowing seamless interface with any other industrial equipment to build an efficient and stable industrial automation control system.
High reliability and stability
Base on world-famous industrial automation company - ABB - it always lays immense emphasis on conformance with stringent quality standards and reliability requirements in producing its array of products. The ABB DSMB175, built with good quality electronic components using an advanced manufacturing process, is highly resistive to interference, dissipates efficiently the heat generated from its operation, and provides a stable working mechanism over a long time even in harsh industrial environments.
perfect self-diagnosis
The system is additionally endowed with perfect self-diagnosis and fault alarm functions, which instantly diagnose and pinpoint faults in the system and periodically relay corresponding alarm signals for easy maintenance, thereby greatly reducing system failure rate and downtime, and maximizing production efficiency and availability of equipment.
Application Areas Of The ABB DSMB175
Manufacturing industry
In the field of industrial manufacturing, in the machinery manufacturing industry, the ABB DSMB175 can achieve precise control of machine tools, robots, and other equipment, and help to realize more precise processing and a more efficient production process. For instance, during car manufacturing, the whole process of automobile production can be controlled in order to guarantee the production quality and production progress of an automobile's parts.The ABB DSMB175 can be applied in the production process operations of electronic production, starting from chip fabrication, through circuit board soldering, to improved electronic production quality and reliability.
Energy management field
During power generation the ABB DSMB175 realizes real-time monitoring and control of the operation of generators or sub-stations to ensure availability and stability in the operation of the power system. For instance, it controls the combustion of the thermal power generating setups to improve energy efficiency conversion and usage.
Oil and gas
The ABB DSMB175 can control operations of oil wells and pipelines and any other kind of equipment and also achieve precise control of the extraction, transport, and storage of oil and gas and improve the extraction efficiency of energy and the safety of transports.
Building Automation Field
The ABB DSMB175 can carry out centralized control and management of lighting, air conditioning, security and other systems in the building, thereby improving energy efficiency and comfort within the building. For example, it can automatically adjust the operating status of the lighting and air conditioning systems based on indoor light intensity, temperature, and other parameters in order to achieve energy saving and consumption reduction. In large commercial and public buildings, it is usable for controlling the operations of elevators and escalators, remotely or locally, for increases in efficiency and safety.
Transportation Field
The ABB DSMB175 could be used in the operation of trains, signalling systems, etc., in order to improve the operation efficiency and safety of rail transport. For example, automatic driving, automatic scheduling of train runs, and the like could be combined with the train working to avoid errors and increase human-assault risks. Also, in the field of road transport, it could help in the implementation of some systems of traffic signal control and vehicle monitoring for increased road traffic efficiency and safety. For instance, the system could automatically adjust the time of traffic lights in such a way as to reconfigure the flow of traffic wherever necessary so as to remove any imminent state of traffic congestion.