ABB NDBU-95

Details

Working Parameters

Voltage and Current Adaptation Range: The operating voltage of NDBU-95 is generally a stable DC voltage range, such as from [a certain voltage to a certain voltage] or close to this voltage, which is sufficient to ensure the normal operation of the internal circuit. In terms of current, it can withstand a temperature rating of up to [X] amperes under load changes while maintaining a stable flow of power. In addition, it also has advanced communication interfaces and communication protocols, such as [Modbus, Profibus, etc.]. The communication rate is [specific communication rate value], and the data transmission speed between devices is fast each time, thereby ensuring the accuracy of the received data. The physical parameter design of the communication port takes into account the concurrency requirements and has the advantages of no signal interference, signal interference and attenuation.

Product Function

Data processing and storage function: ABB NDBU-95 has powerful data processing capabilities. It can collect and process a large amount of operating data in real time, store it in categories, and save the data of the past [X] hours or [X] days in the form of instances for post-analysis query and fault diagnosis. And use built-in algorithms to perform preliminary analysis of the data, extract relevant information, and provide reference for operators.

Protection function: NDBU-95 is designed with a perfect protection mechanism. In abnormal situations such as overvoltage, overcurrent, short circuit, etc., it can quickly start the protection program, interrupt the circuit or provide other forms of protection to prevent equipment damage. It also has a temperature monitoring function. When the equipment is overheated, it can automatically adjust the operating status or issue an alarm to remind the operator to keep the equipment within a safe operating temperature range.

Remote monitoring function: NDBU-95 has communication capabilities and supports remote monitoring. Operators can view the operating status, parameters and several other information of a given device in real time through remote control terminals such as SCADA systems and remote monitoring software. Perhaps, as a benefit, such machines can allow some basic operations such as parameter adjustment and restart to be run from a remote location without having to go to the machine site in person. This completely improves the efficiency of equipment maintenance and management.

Application range

Industrial automation: NDBU-95 is highly suitable for automated production lines in various factories. For example, automobile manufacturing plants manage power supply and monitor data from robots and automated processing equipment on the production line to ensure the stability of the production line. In electronic manufacturing plants, it provides reliable power support and data communication services for placement machines and welding equipment: thus significantly improving production levels and product quality.

Energy management: The application should be substations and distribution rooms. It can monitor and protect transformers, switch cabinets and other equipment in substations to achieve intelligent management of power systems. In distribution rooms, it assists in distributing and monitoring various loads, optimizing energy efficiency and reducing energy waste.

Smart buildings: Used for building electrical system management, including centralized monitoring of equipment such as elevators, air conditioners, and lighting systems. NDBU-95 can achieve intelligent management of these equipment to improve building comfort and energy efficiency.