ABB NDBU-95C

Details

ABB NDBU-95C Product Details

Usage Parameters

Model: NDBU-95C.

Origin: United States, Sweden.

Power supply voltage: Standard electrical input, generally suitable for the voltage range commonly used in industrial environments, but the specific value is not yet clear.

Power: Although the actual power amount is unclear, it is a relatively low-power component common function distributor with good energy-saving effect.

Product Function

Distribution function: NDBU-95C acts as a distributor, distributing input signals, power, etc. to each output terminal in a prescribed manner, distributing power and signals to multiple devices or modules, ensuring the normal operation of various parts of the system and good resource utilization efficiency.

Branch control: As a branch device of the DCS system, it can effectively manage and control the branch lines of the system. It can realize functions such as signal branching and switching; so that complex control systems can be more flexibly wired and configured, and improve the scalability and maintainability of the system.

Signal conversion and processing: The product can realize certain signal conversion functions, convert signals of various types and levels, and meet the requirements of communication and collaborative operation between various devices. Such as converting digital signals into analog signals, converting voltage signals into current signals, etc., to ensure the compatibility and accuracy of various signals in the system.

System integration and compatibility: ABB NDBU-95C has good compatibility with other ABB series products and various industrial automation systems. It can be well integrated into the existing control system and used with other equipment and modules to provide strong support for the stable operation of the entire industrial automation system, reducing system failures and maintenance costs caused by incompatibility between equipment.

Application scope

Energy field: DCS monitoring system of power plant, power automation, etc., can control power conversion equipment, transmission lines, etc. to ensure the normal operation of the power system.

Manufacturing industry: widely used in automated production lines in machinery, automobile, electronics and other industries to control various production equipment, robots, conveying systems, etc., to improve production efficiency and product quality.

Chemical and petrochemical industries: in the computer control system of chemical plants, it is used for monitoring/control of various parameters in constant flow liquids and petrochemical processes to ensure safe, stable and efficient production.

Urban and rural engineering and environmental protection fields: For example, in municipal pumping stations, air conditioning and refrigeration systems, environmental protection projects, etc., the automation control and management of related equipment is conducive to the efficient use of energy and the reduction of environmental pollution.

Other fields: Every year, countless industries implement such properties; covering intelligent flat plate heat tempering furnace system manufacturing, CNC machine tools, metallurgy, paper printing, textile dyes, tobacco, plastic machinery, boiler heating, power transmission and distribution and other industries.