ABB 216AB61
  • ABB 216AB61ABB 216AB61
  • ABB 216AB61ABB 216AB61
  • ABB 216AB61ABB 216AB61

ABB 216AB61

Brand:ABB
Description:Binary Output Module
Condition:New
Certificate:COO TEST REPORT WARRANTY LETTER
Warranty:1 year
Inventory Qty:20
Payment term:T/T
Shipping Port: ShenZhen
ABB 216AB61 has rich interface configuration, friendly programming environment, adaptability to programming in different scenarios, high security, rich software configuration functions, advanced control algorithms, support for multiple control functions, high control accuracy, fast response speed, high reliability, and a wide range of applications.

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Product Description

Manufacture

ABB

Model Number:

216AB61

Ordering Number

HESG324013R100

Catalog

Procontrol

Country Of Origin

Sweden

HS CODE:

85389081

Dimension

20.7*12.5*4.6CM

Packing Dimension

24*15.5*6.6CM

Weight

0.3KG


Details

ABB 216AB61 Product Technical Documentation

ABB 216AB61 is a very important product in the field of industrial automation. It combines cutting-edge technology to meet the complex control, monitoring and protection needs in industrial production, and provides strong guarantees for the stable and effective operation of industrial processes.

Hardware Features Appearance and Structure


The ABB 216AB61 housing is made of corrosion-resistant and oxidation-resistant high-quality metal materials and is made through special processing technology. This makes the housing very resilient and can effectively protect electronic components from industrial environmental hazards, such as corrosive gases in chemical production and humidity-related water vapor erosion. It also has a high level of mechanical shock and vibration tolerance. Therefore, it is very compact and reasonably sized, can be installed in a control cabinet or set up independently on site, and is very easy to integrate into the system with other industrial equipment.


Important information, such as model, interface type, status indicator, etc., are clearly and clearly printed on the surface of the housing. These designs use wear-resistant and anti-fading materials. The printed content can be clearly seen even after long-term use and harsh environments, which brings great convenience to the operator's installation, commissioning and maintenance.


Interface configuration Power interface

The power interface design of 216AB61 can manage a variety of industrial power standards and has an extremely wide input voltage range, such as [specific voltage range], so as to provide stable and reliable power supply in different regions and different industrial environments. The power circuit design incorporates advanced protection functions, including overvoltage, undervoltage, overcurrent, surge protection, etc. The protection mechanism prevents damage and equipment failure caused by abnormal power fluctuations.


Communication interface

ABB 216AB61 has rich communication interfaces, Ethernet and RS-485 interfaces. The Ethernet interface adopts high-speed Ethernet protocol to realize fast and large-scale data transmission between the device and the host computer, PLC, SCADA system, etc., to meet the requirements of industrial automation systems for data interaction speed and capacity. RS-485 has a long communication distance and strong anti-interference ability. It is suitable for connecting distributed field devices such as sensors and actuators, and is convenient for forming complex industrial field networks. The interface has good electrical isolation, which can effectively avoid the influence of electromagnetic interference on communication signals and ensure the stability of communication.


Input and output interface

ABB 216AB61 provides a variety of input and output interfaces, including analog input and output and digital input and output. The analog input pin can receive high-precision voltage and current signals in different ranges such as 0-10V, 4-20mA, and can collect analog signals from field sensors. The analog output interface can provide stable and accurate analog signals to control actuators such as control valves and frequency converters to ensure accurate control of industrial processes. The digital I/O interface is used to process switch signals. Its input and output points meet the needs of general industrial logic control and the response time is as short as possible. Changes in input/output signals will be quickly detected and output to ensure the timeliness and accuracy of industrial process control and monitoring. The internal circuit design adopts advanced multi-layer PCB technology, and is composed of high-quality electronic components, semi-automatic high-performance microprocessors and application-specific integrated circuits (ASICs). The microprocessor is the most basic computing unit with huge computing power and high-speed data processing capabilities, but it is very fast and can run complex control algorithms and logical reasoning. It is the brain of any device. The circuit routing has been carefully designed, and electromagnetic shielding, differential signal transmission and other technologies are used to effectively reduce EMI, especially RFI, noise on the circuit, and improve the stability and quality of the signal. At the same time, temperature sensors and heat dissipation devices are set in key circuit parts to monitor and adjust the internal temperature of the equipment in real time, so that the equipment can work normally in a high temperature environment and prevent components from overheating and damage.


Software Function Programming and Configuration

ABB 216AB61 Programming and Configuration 216AB61 accepts special programming software, ich has a friendly interface and provides graphical programming and text programming. Graphical programming allows users to quickly build control logic through intuitive function blocks and wiring operations without in-depth study of theoretically complex coding. This greatly reduces the programming workload; this is especially true for beginners and rapid project growth. Text programming allows advanced and experienced users to achieve more complex and flexible programming to realize control algorithms and functions. The programming package also contains complete compilation and debugging functions, allowing online debugging, so it allows code optimization to be changed to complete the task immediately. A. In terms of configuration, the software should fully configure the following parameters of the device:


-Main communication parameters (communication parameters, such as IP address, baud rate, communication protocol, etc.)

-Main input and output parameters (signal type, range, filtering parameters, etc.)

-Parameters of related control algorithms.


ABB 216AB61 allows users to quickly configure the initial parameters of the device according to the actual application scenario to improve project efficiency. Control algorithm and logic function: The device has a built-in collection of advanced control algorithms, such as classic PID control, fuzzy control and adaptive control. PID control can accurately control continuously changing physical quantities such as temperature, pressure and flow. Users can flexibly adjust PID parameters according to the characteristics of the actual control object to achieve fast, stable and accurate dynamic control during operation. Fuzzy control algorithms are applied to nonlinear, uncertain and time-varying systems, using fuzzy rules and fuzzy reasoning to intelligently control the system.


Adaptive control involves automatically adjusting the control goodness to meet new conditions. This makes the system more powerful than traditional classical systems. This is suitable for complex and changing industrial fields. 216AB61 provides a variety of complex logical operations and final sequential control in other aspects. Experts can easily input different logical conditions such as AND, OR, NOT, timers, counters and many other logical elements through programming software to create a logic control program that meets all the requirements of the industrial production process. For example, the start, stop and working order of each machine can be controlled by conditions such as product detection signals on the automatic assembly line and equipment status signals on the door, thereby comprehensively promoting the order and efficiency of the entire industrial production process.


The processing and monitoring functions of the input data 216AB61 are sufficient for powerful data processing. It is capable of real-time processing, filtering, amplification, conversion, etc. based on collective data, analog and digital. The data filtering function can effectively eliminate sensor signal noise interference and improve data accuracy and reliability. The data amplification function is very useful for enhancing weak sensor signals, depending on the requirements of subsequent analog-to-digital conversion and analysis. The data conversion function is used to obtain different types of data types and convert them into a standard format, which facilitates processing and subsequent calculations in the control program.


In terms of monitoring, it has a communication interface that uploads real-time data to a monitoring system (such as SCADA or HMI equipment). Operators can view the operating status, input and output data, and other useful information (such as fault and alarm information) of the equipment in real time on the remote monitoring center or local operation panel. At the same time, the device is also equipped with a local status display, which is displayed in the form of an indicator or display (if any), and can locally reflect some basic information, such as power status, communication status, fault status and other information. This information will provide timely information to on-site maintenance personnel to assist in the rapid diagnosis of equipment maintenance or repair. In addition, it also supports data storage functions, which can store various data within a specific time range for further data analysis, fault diagnosis and improvement of production processes. Performance parameter accuracy This parameter specifies the control accuracy of the physical quantity. In analog quantity control, 216AB61 achieves an extraordinary control accuracy of ±0.1%. }}" The signal detection and output of digital quantity control have a measurement accuracy of at least 99.9%, thus ensuring high-precision and fail-safe industrial logic control. Signal acquisition



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