Month: May 2025

Product Overview
ABB 3BHT300007R1 DO630 is a digital output module with 16 channels that can support voltage output up to 250VAC. It is mainly used in industrial automation control system, which can convert the digital signals from the controller into corresponding electrical outputs, and then control all kinds of external devices, such as contactors, solenoid valves, indicator lights, etc., to achieve precise control of the industrial production process and automation management.

Specifications
Number of channels: 16 digital output channels, can control 16 independent devices at the same time, to meet the diverse control needs.
Voltage range: support up to 250VAC AC voltage output, adapt to a variety of industrial power environment.
Output current: each channel has a certain driving capacity, can stably drive the connected load equipment, the specific output current parameters can refer to the product manual.
Isolation: The channels are electrically isolated from each other, effectively preventing signal interference and electrical faults from affecting each other, and enhancing the reliability and safety of the system.
Status Indication: Equipped with LED indicator, it can intuitively display the output status of each channel, which is convenient for the operator to quickly judge the operation of the equipment and find out the faults in time.
Communication interface: supports communication with commonly used controllers in industrial automation system, such as PLC, etc., to achieve rapid data transmission and accurate control.
Working temperature: it can work stably in a certain temperature range, the general working temperature range is – 40℃ – 70℃, adapting to the temperature requirements of different industrial environments.

Performance Advantages
High Reliability and Stability: Adopting high quality electronic components and advanced manufacturing process, after strict testing and quality inspection, to ensure that the module can operate stably for a long time in complex industrial environments, to reduce the probability of failure, and to reduce the maintenance cost.
Flexible Configuration and Expansion: 16 independent output channels can be flexibly configured according to the actual needs, whether it is a single device control or multi-device co-control, can be easily dealt with. At the same time, the module can also be used in conjunction with other ABB automation products, facilitating system expansion and upgrading.
Fast Response and Precise Control: With fast signal response capability, the module can convert controller commands into output signals in a timely manner, achieving precise control of external equipment and improving production efficiency and product quality.
Easy Installation and Maintenance: The module adopts a standardised design and is easy to install, and can be mounted directly on the DIN rail of the control cabinet. Moreover, the clear status indicator and fault diagnosis function make the troubleshooting and maintenance work more efficient.

Attention
Installation environment: It should be installed in a dry, well-ventilated environment without corrosive gases to avoid high temperature, humidity, dust and other harsh environments affecting the performance and service life of the module. The installation location should be far away from strong electromagnetic interference sources to prevent electromagnetic interference resulting in abnormal output signals.
Wiring operation: Be sure to disconnect the power supply before wiring, strictly in accordance with the wiring diagram for correct wiring. Ensure that the wiring is firm, to avoid loose, short-circuit and other problems. Pay attention to differentiate the terminals of different channels to prevent damage to the equipment due to wrong connection.
Load matching: Before use, make sure that the rated voltage, current and other parameters of the connected load match the output capacity of the module, and overloading is strictly prohibited to avoid damage to the module.
System debugging: In the process of system debugging, gradually check the output function of each channel to ensure that the output signal is consistent with the controller instructions. If any abnormality is found, consult the product manual or contact professional technicians to deal with it.

Comparable Models
ABB DO631: ABB DO631 is also a digital output module, but compared with DO630, DO631 may have differences in some performance parameters and functional characteristics. For example, the number of output channels, voltage or current specifications may be different, suitable for industrial automation scenarios with slightly different output requirements.
Similar models of other brands: Other brands in the market have also introduced digital output modules with similar functions, such as Siemens, Schneider and other brands of related products. These products have their own characteristics in terms of performance, interfaces, communication protocols, and so on. Siemens digital output modules may be better in terms of compatibility with Siemens’ own PLC system; Schneider’s products may have a unique advantage in terms of electrical protection functions. In contrast, the ABB 3BHT300007R1 DO630 is more competitive in terms of stability and versatility, thanks to ABB’s strong brand technical support and a wide range of industrial application cases.

Categories
Control System Products → I/O Products → S600 I/O → S600 I/O – Modules → DO630 Digital Outputs → DO630 Digital Output
Control Systems → Advant OCS with Master SW → Controllers → Advant Controller 160 → Advant Controller 160 Version 2.2 → I/O
Modules
Control Systems → Advant OCS with Master SW → I/Os → S600 I/O → I/O Modules

Brand Background
ABB, as a global technology leader, has a deep technological heritage and extensive business layout in many key areas such as power, industry, transport and infrastructure. In the industrial automation category, ABB has always relied on continuous investment in research and development, closely matching the market demand, and accurately launched a series of innovative products. Its industrial control module products for a long time by virtue of excellent performance, reliable quality and advanced technology, in the industry has established a very high reputation, for the global industrial automation process steadily contributing to the core strength.

Product Overview
ABB 37911 – 4 – 0338125 is an advanced control module specially crafted for complex industrial automation systems. The module is designed to provide precise control and monitoring functions for various industrial environments, and is widely used in the manufacturing industry, energy industry and transport. In terms of basic parameters, its operating voltage varies according to different application scenarios, and its frequency range can be up to 60 Hz. In terms of certification, it has passed UL, CE, IECEx and other authoritative certificates, which means that the module has reached an internationally recognised level in terms of safety, quality standards, and the adaptability to special environments, such as explosion-proofing. The module weighs 1.5kg and has an external dimension of 12cm×10cm×5cm, which makes the overall design more compact.

Performance Advantages
Excellent Reliability and Stability: The control module adopts a rugged construction design, which can comfortably cope with the harsh industrial environment. In high temperature, high humidity, strong electromagnetic interference and other extreme conditions, can still maintain a stable operating state, continue to provide accurate control support for the industrial production process, effectively reduce the risk of production interruption due to equipment failure, to ensure the continuity and stability of industrial production.
Strong adaptability and integration ability: its modular architecture design has a high degree of flexibility, and can be easily and seamlessly integrated with the existing industrial control system. Whether it is upgrading an old system or building a new automation control system, it can be quickly adapted and integrated into it. This saves time and costs by eliminating the need for large-scale architectural adjustments when building automation projects or optimising systems.
Precise control and efficient data processing: With advanced data processing algorithms and high-performance processors, the modules are able to quickly and accurately analyse and process all types of input signals to achieve precise control of industrial equipment. Whether it is a simple start-stop operation of equipment or complex process control, the module can achieve efficient and stable operation, and strongly improve the efficiency and quality of industrial production.

Precautions
Voltage Adaptation: Since the operating voltage varies according to the application scenario, before connecting the power supply, be sure to carefully consult the product manual to accurately match the power supply voltage suitable for the actual application, and strictly prohibit the access to over-voltage or under-voltage, in order to prevent irreversible damage to the module. At the same time, to ensure the stability of the power supply, minimise the impact of voltage fluctuations on the normal operation of the module.
Installation environment selection: In order to ensure the stable operation and service life of the module, it should be installed in a dry, well-ventilated and suitable temperature environment. Avoid installation in places with high humidity, dust, strong corrosive gases, but also away from large motors, transformers and other sources of strong electromagnetic interference, to prevent electromagnetic interference triggered by the module work abnormally.
System integration and commissioning: when integrating the module into the existing system, it is necessary to strictly follow the relevant technical specifications and operating procedures. In the debugging phase of the system, the functions of the module should be tested step by step, and the accuracy and stability of signal transmission should be carefully checked to ensure that the module and other equipment can work together. During the commissioning process, if problems are encountered, the product manual should be consulted or professional technical support should be sought in a timely manner to avoid blind operation leading to equipment damage.

Brand Background
ABB is a globally renowned technology leader with deep technology accumulation and extensive business presence in many fields such as power, industry, transport and infrastructure. ABB has long been committed to providing customers with innovative solutions, and its products are renowned for their excellent performance, reliable quality and advanced technology. In the field of automation control, ABB has always been in the industry’s leading position with its continuous investment in research and development and accurate grasp of market demand, contributing to the promotion of global industrial automation process.

Product Overview
The ABB 07KT97F1 Advant Controller 31 is an intelligent decentralised automation system that plays a key role in decentralised automation architectures. The controller can be used as a bus master in a decentralised automation system to efficiently coordinate and manage the operation of the entire system; it can also be used as a slave device (remote processor) to flexibly access a larger automation system; at the same time, it can be used as a stand-alone basic unit to satisfy the automation control needs of relatively small or specific scenarios.

Specifications
Programme and data storage: with a maximum of 480 kB of user programme space and 256 kB of user data storage space, it can meet the needs of more complex automation control programme writing and large amount of data storage.
Input and output interfaces
Digital inputs: Equipped with 24 digital inputs with LED display, which can visualise the input status.
Digital outputs: 16 digital transistor outputs, also with LED display, easy to observe the output status.
Mixed digital inputs/outputs: 8 digital inputs/outputs, also with LED displays, for increased flexibility in the use of the interface.
Analogue inputs: 8 individually configurable analogue inputs support a wide range of common signal types such as 0…10 V, 0…. .10 V, 0… .5 V, ±10 V, ±5 V, 0…20 mA, 4… .20 mA, 4… .20 mA, and the differential analogue inputs can also be individually configured as digital inputs, greatly expanding the range of input signals.
Analogue outputs: 4 individually configurable analogue outputs for ±10 V, 0…20 mA, 4… .20 mA, 4… 20 mA.

Additional function modules
Counter: 2 counters with counting frequency up to 50 kHz, configurable in 7 different operating modes for many automation scenarios requiring precise counting.
Bus interface: 1 CS31 system bus interface for system expansion, easy to connect more devices and modules to build a larger automation system.
Communication Interface: 1 interface for connecting communication module, and 2 serial interfaces COM1 and COM2, of which COM interface can be used as MODBUS interface, and also used for programming and testing functions to meet different communication requirements.
Clock: Built-in real-time clock provides accurate time reference for the system, which plays an important role in some automation control tasks with strict requirements on time sequence.
Status display: There are LEDs for displaying operation status and error messages, which is convenient for operators to quickly understand the working status of the equipment and find and deal with problems in time.
Terminals: Removable screw-type terminals are used for easy wiring and maintenance. The unit can be screwed or clamped to a DIN rail for flexible and easy installation.
Battery Backup: The 07 LE 90 lithium battery can be placed in the battery compartment for storing and backing up user programmes in RAM, storing and backing up data additionally contained in RAM (e.g. status of flags), and backing up the time and date (real-time clock) to ensure that critical data and system configurations are not lost in the event of an abnormal situation, such as a power failure of the system.

Performance Advantages
High Integration and Flexibility: Rich and flexibly configurable input/output interfaces, as well as the integration of multiple functional modules, make the controller adaptable to diverse automation control scenarios, whether it is simple device control or complex system integration. Users can easily configure the input and output signal types, counter modes, communication interfaces, etc. according to the actual needs, which greatly shortens the project development cycle and improves the efficiency of system construction.
Reliable operation and data protection: With powerful self-diagnostic function, it can not only carry out comprehensive diagnosis on the basic unit itself, but also diagnose the CS31 system bus and the connected modules, detect and warn potential faults in time to ensure stable operation of the system. At the same time, the lithium battery backup mechanism effectively protects the integrity of user programmes and key data in the event of power failure and other emergencies, providing strong support for the continuous and reliable operation of the system.
Efficient communication capability: Equipped with a variety of communication interfaces, especially the MODBUS interface and the interface for connecting communication modules, it is able to carry out efficient data interaction with different types of equipment and systems. Whether it is data transmission with the upper computer or collaborative work with other intelligent devices, a fast and stable communication connection can be achieved, which lays the foundation for the construction of a large-scale, intelligent automation network .

Precautions
Power supply: The basic unit is powered by a 24 VDC power supply. When connecting to the power supply, make sure that the power supply voltage is stable and meets the requirements, so as to avoid damage to the equipment due to excessive voltage fluctuations or the polarity of the power supply being connected to the opposite side. At the same time, make sure that the power supply capacity of the power supply can meet the power demand of the equipment when it is running at full load.
Installation environment: the equipment should be installed in a dry, well-ventilated, suitable temperature environment, avoid installation in high temperature, humidity, dusty or corrosive gases in the place. The installation location should be far away from strong electromagnetic interference sources, such as large motors, transformers, etc., to prevent electromagnetic interference affecting the normal operation of the equipment.
Wiring operation: In the wiring operation, you need to disconnect the power supply, in strict accordance with the wiring diagram for the correct wiring, to ensure that the wiring is solid, to avoid loosening, short-circuit and other problems. For removable screw terminals, when tightening or loosening the screws, use the appropriate tools to avoid excessive force and damage to the terminals.
Programming and Configuration: When programming and configuring, follow the relevant programming specifications and operation manuals to ensure that the program logic is correct and the configuration parameters are reasonable. When making important configuration changes or downloading programmes, it is recommended to back up the original programme and configuration data in advance to prevent data loss or system failure caused by operational errors.

Comparable Models Supplement
07 KT 95/07 KT 96: These two models are basic units with reduced performance compared to the 07 KT 97 F1. There may be a reduction in program storage space, data storage space and configuration of some function modules, which is suitable for small projects with relatively simple requirements for automation control functions and more stringent cost control.
07 KT 97 R260 (with ARCNET connection): The basic functions are similar to those of the 07 KT 97 F1, with the addition of an ARCNET connection. This allows this model to better connect and interact with devices that support the ARCNET communication protocol in specific automation network architectures, and is suitable for industrial automation system upgrades or expansion projects that already use the ARCNET network.
07 KT 97 R0220 (with PROFIBUS connection): This model has a PROFIBUS interface, which makes it easy to communicate and work with other devices on the PROFIBUS network in the automation system. For industrial automation lines or control systems based on the PROFIBUS bus, this model can be optimally integrated for efficient data transfer and system integration.
07 KT 97 R0262 (with ARCNET and PROFIBUS interfaces): Integrates both ARCNET and PROFIBUS interfaces for broader communication compatibility. It can interact with devices on both ARCNET and PROFIBUS networks, making it suitable for complex automation networks with multiple communication protocols, and facilitating the interconnection of devices on different network architectures.

User program: 480 kB
User data: 256 kB (Flash EPROM)
Digital inputs: 24 in 3 groups of 8 each, electrically isolated
Digital outputs:16 transistor outputs in 2 groups of 8 each, electrically isolated
Digital inputs/outputs: 8 in 1 group, electrically isolated
Analog inputs:8 in 1 group, individually configurable to 0…10 V, 0…5 V, +10 V, +5 V, 0…20 mA,4…20 mA, Pt100 (2-wire or 3-wire), differential inputs, digital inputs
Analog outputs: 4 in 1 group, individually configurable to 0…10 V, 0…20 mA, 4…20 mA
Serial interfaces: COM1, COM 2 as MODBUS interfaces and for programming and test functions
Parallel interfaces for connection of couplers:07 KP 90 (RCOM), 07 KP 93 (2 x MODBUS), 07 MK 92 (freely programmable)
System bus interface: CS31
Integrated couplers:see next page
High-speed counter: integrated, many functions configurable
Real-time clock: integrated
SmartMedia Card: memory medium for operating system, user program and user data
LED displays:for signal conditions, operating statuses and error messages
Power supply voltage:24 V DC
Data backup: with lithium battery 07 LE 90
Programming software: 907 AC 1131

Brief description
The basic unit 07 KT 97 works either as bus master in the decentralized automation system
Advant Controller 31 or as slave (remote processor) in the decentralized automa
tion system Advant Controller 31 or as stand-alone basic unit.
The basic unit is powered by 24 V DC.
Main features
digital inputs with LED displays
16 digital transistor outputs with LED displays
8 digital inputs/outputs with LED displays
8 individually configurable analog inputs 0…10 V,
0…5 V, ±10 V, ±5 V, 0…20 mA, 4…20 mA, differential inputs,
Pt100 (2-wire or 3-wire), the analog inputs are also individually configurable as
digital inputs
4 individually configurable analog outputs ±10 V,0…20 mA, 4…20 mA
2 counters for counting frequencies up to 50 kHz, con figurable in 7 different operating modes
1 CS31 system bus interface for system expansion
1 interface for connecting communication modules (e.g. 07 KP 90)
2 serial interfaces COM1, COM2– as MODBUS interfaces and– for programming and
test functions
Real-time clock
LEDs for displaying operating conditions and error messages
Detachable screw-type terminal blocks
Fastening by screws or by snapping the device onto a DIN rail
The lithium battery 07 LE 90 can be put into the
battery compartment in order to– store and backup the user program in the RAM– store and backup data which is additionally con
tained in the RAM, e.g. the status of flags– backup the time and date (real-time clock)
RUN/STOP switch for starting and aborting the pro gram execution
Extensive diagnosis functions– self-diagnosis of the basic unit– diagnosis of the CS31 system bus and the connected modules 2 07 KT 97 / Brief description
Exchangeable SmartMedia Card 07 MC 90 for user data or for updating the operating system or PLC pro gram
Project planning / start-up
The following has to be observed for project planning and start-up:
Programming is performed with AC31 programming software, which can be run on commercially available IBM compatible PCs (see documentation of the programming system 907 AC 1131).
Online program modification A quick modification of the user program is possible without interrupting the operation (see programming system 907 AC 1131).
Possible operating modes– Stand-alone basic unit– Bus master basic unit– Slave basic unit
Backup of data areas,i.e. saving of data during power OFF/ON, is possible with an integrated battery and/or by storing them in the Flash EPROM.

Specification
Model: 07KT97B Advant Controller 31
System type: intelligent decentralised automation system, based on modular design, can flexibly build industrial control network.
Processing power: Equipped with a high-performance processor with powerful data processing and logic operation capability, it can achieve millisecond response speed to meet the needs of complex industrial control scenarios.
Memory Configuration: Built-in high-capacity memory, supporting programme storage and real-time data caching, ensuring smooth system operation and handling a large number of control instructions and data interaction.
Communication interfaces: support a variety of communication protocols, including Profibus, Modbus, etc., equipped with Ethernet interface (10/100Mbps), RS-485 serial communication interface, easy to transfer and integrate data with various types of equipment, sensors and host computer systems.
I/O Module: It can be expanded with various types of I/O modules, such as analogue input/output module and digital input/output module, to meet the needs of signal acquisition and control in different industrial sites, and supports the expansion of [X] I/O channels at most.
Operating voltage: 24VDC ±10%, support redundant power supply modules to ensure the stability of system power supply.
Operating temperature: -20℃ – +60℃, adapt to different industrial environment temperature changes; relative humidity 5% – 95% (non-condensing).
Certification: CE, UL and other international certification, in line with industrial safety and quality standards.

Brand Background
ABB, as a global leader in power and automation technology, has more than 100 years of technological precipitation and innovation accumulation. Since the merger of ASEA (Sweden) and BBC Brown Boveri (Switzerland) in 1988, ABB has always been driven by technological innovation, and has achieved pioneering results in three-phase power transmission systems, industrial robotics, high-voltage DC transmission and other fields, with operations in more than 100 countries around the world. With deep technical heritage and strict quality standards, ABB products in industrial automation, power systems and other fields set up the industry benchmark, providing efficient and reliable solutions for customers around the world.

Specification
Model No.: 3BSE013064R1 PU516 Engineering Board -PCI
Type: Engineering board, designed based on PCI bus architecture, for programming, configuration and debugging of industrial control systems.
Size: about 240mm×180mm×35mm, standard PCI board specification, suitable for most industrial control cabinets.
Interface: Equipped with PCI interface for system integration, supports RS-232/485 serial communication interface, Ethernet interface (10/100Mbps), convenient for data transmission and equipment interconnection; at the same time, there is a USB interface, which is convenient for programme download and system configuration.
Operating voltage: 24VDC ±10%, support redundant power input to ensure the stability of power supply.
Storage capacity: 8MB internal flash memory for storing programme and configuration data, 512KB RAM for running temporary data and system cache.
Operating temperature: -25℃~+60℃, adaptable to various industrial environments; relative humidity 5%~95% (non-condensing).
Certification: CE, UL, ISO 9001 and other international certifications, in line with industrial safety and quality standards.

Performance Advantages
Efficient programming and debugging: Designed for ABB control systems, it is deeply compatible with programming software such as Control Builder M. It supports various programming languages such as Ladder Diagram (LD), Function Block Diagram (FBD), etc., which enables engineers to quickly complete the programme development, downloading and on-line debugging, and significantly improves the project deployment efficiency.
Stable data interaction: With the high-speed data transmission capability of PCI bus, it can realise real-time data interaction with PLC, HMI and other devices to ensure fast and accurate transmission of control instructions and feedback information; the Ethernet interface supports Modbus TCP, Profinet and other industrial protocols, which is convenient for system integration and expansion.
High reliability design: industrial-grade components and anti-interference design, with short-circuit and over-voltage protection, stable operation in complex environments such as electromagnetic interference and vibration; on-board LED indicators show real-time operating status and fault information, which is convenient for quick positioning and maintenance.
Flexible scalability: supports multiple PU516 motherboards working in parallel, which can expand the system processing capacity; through the serial and Ethernet interfaces, it can be connected to remote I/O modules, sensors and other devices to meet the needs of industrial projects of different scales.

Notes
Installation Requirements: Install to standard PCI slot under power-off condition to ensure firm connection; avoid static damage during installation, and it is recommended to wear anti-static bracelet.
Environmental restrictions: Avoid use in high temperature, high humidity, strong corrosive gas environment; if applied in dusty environment, need to cooperate with dust-proof cabinet to prevent dust from entering the board to affect the performance.
Maintenance: Regularly check the connection cable and power status of the board; prohibit frequent hot plugging and unplugging of the device to prevent damage to the PCI interface; be sure to back up the original configuration before updating the programme to avoid data loss.
Similar Models
3BSE018166R1 PU517: The upgraded model of PU516, the storage capacity is increased to 16MB flash memory and 1MB RAM, which makes the processing speed faster; new dual Ethernet interfaces are added to support redundant network configurations, which is suitable for large-scale industrial projects with higher requirements for reliability and data transmission.
3BSE020150R1 PM630: Although it is not an engineering motherboard, it is also an ABB industrial control core module with integrated CPU, communication interface and I/O functions, suitable for small automation systems. Compared with the PU516, its programming environment and hardware architecture are different, suitable for scenarios that are sensitive to cost and space requirements.

Application Areas
Industrial automation production line: In automobile manufacturing, electronic assembly and other production lines, it is used for programming and controlling PLC system, achieving logical debugging of equipment, optimisation of process flow, and ensuring efficient and stable operation of the production line.
Process control system: in petrochemical, metallurgy, electric power and other industries, with the distributed control system (DCS), complete the temperature, pressure, flow and other parameters of real-time monitoring and control algorithms programming, to ensure that the production process is safe and efficient.
Intelligent building and energy management: Used in the program development of building automation system to achieve centralised control and energy optimisation of air-conditioning, lighting, lift and other equipment; in the energy management system, to improve the efficiency of energy use through data collection and analysis.
Mechanical equipment debugging: During the manufacturing process of machine tools, printing machines and other equipment, engineers use the PU516 to debug equipment functions and optimise parameters to ensure that mechanical equipment meets design requirements and performance indicators.

Brand Background
The ABB Group is a globally recognised industrial giant with a deep heritage and extensive influence in the field of power and automation technology. It was formed in 1988 through the merger of ASEA (Sweden) and BBC Brown Boveri (Switzerland), two companies with more than 100 years of history each, whose origins date back to the 1880s and 1890s.
Since its founding, ABB’s technological research and development capabilities have led to the creation of groundbreaking products and systems, such as the world’s first three-phase power transmission system, the first self-cooling transformer, high-voltage direct-current transmission technology, and the first industrial robots, which have been successfully applied in business practice. Today, ABB is present in more than 100 countries and has a large team of employees. Its advanced technologies not only help power, utility and industrial customers to improve productivity and performance, but also play an active role in reducing negative environmental impact.

Specifications
Model: DSPC172H, Product No. 57310001 – MP.
Type: High-performance processor unit.
Weight: Approx. 0.95kg .
Dimensions: 16.5cm x 16.5cm x 12.5cm depending on the application scenario.
Communication Interface: Fully support Ethernet, RS-232/485, Profibus DP and other mainstream industrial communication protocols, which can be seamlessly connected with all kinds of equipment and systems to ensure efficient and stable data transmission.
Operating Temperature Range: It can operate reliably in harsh ambient temperatures ranging from -25°C to +65°C, demonstrating strong environmental adaptability.
Power Consumption: Power consumption varies depending on the actual workload.
Storage Capacity: Equipped with larger flash memory and RAM, with 128MB flash memory and 256MB RAM, which significantly improves programme storage and data caching capacity.
Certifications: Strictly following international certification standards such as CE, UL, ISO 9001, ROHS, etc., the product quality and environmental performance are trustworthy.

Performance Advantages
Ultra-high processing frequency: Compared with DSPC 172, DSPC172H supports higher processing frequency, which greatly improves the data processing speed and enables it to respond to system commands more quickly, greatly improving the overall system operation efficiency, especially suitable for application scenarios with high real-time requirements.
Powerful storage capacity: larger storage capacity can store more complex procedures and massive data, providing sufficient data support for system operation, reducing operational problems caused by insufficient storage, and guaranteeing system stability and continuity.
Excellent compatibility: Perfectly integrated with many distributed control systems (DCS) under ABB, such as 800xA, Advant OCS, etc., and also has good compatibility with third-party devices, such as Siemens S7 series PLC and HMI, etc., which makes it convenient for users to build complex and diversified industrial automation systems.
Highly reliable design: Adopting high-quality materials and advanced manufacturing technology, the product strictly follows international safety and quality standards in the production process, and its robust and durable design enables it to operate stably in complex and changeable industrial environments, effectively reducing the incidence of failures and downtime, and providing a strong guarantee for the continuity of production.
Flexible Expansion: It can conveniently connect S800/S900 remote I/O modules and support up to 128 remote stations, which allows users to flexibly expand the scale of the system according to the actual production requirements and meet the business needs at different stages of development.

Notes
Installation points: It should be installed vertically on the standard DIN rail, and at least 55mm of heat dissipation space must be reserved to ensure good heat dissipation and maintain the equipment in the normal operating temperature range. In addition, avoid installing it in direct proximity to strong sources of electromagnetic interference such as frequency converters and welding machines to prevent electromagnetic interference from adversely affecting the performance of the equipment.
Programming specifications: It is recommended to use ABB’s special Control Builder M software for programming operations, which ensures the compatibility and security of the code and guarantees the stable operation of the system. At the same time, it is necessary to make a habit of backing up the programme and configuration files on a regular basis, so as to prevent the loss of data due to unforeseen circumstances, which may bring unnecessary losses to production.
Use of the environment: Although the processor unit has a certain degree of adaptability to harsh environments, but still should try to avoid the use of large humidity, corrosive gases or dust in the environment. If you can not avoid such environments, need to take additional protective measures, such as the installation of protective enclosures, equipped with air purification equipment.

Comparable models
DSPC 172: the basic version of DSPC172H, DSPC 172 is relatively low in processing frequency and storage capacity, flash memory is 64MB, RAM is 128MB, and the processing frequency is not as good as that of DSPC172H. However, for some projects that do not have particularly high performance requirements, have limited budgets, and have relatively simple application scenarios, the DSPC 172 is able to meet the basic needs and has a high price/performance ratio. However, for some projects with limited budget and simple application scenarios, DSPC 172 can meet the basic requirements and has a high cost performance.
DSPC 320: It is suitable for high-performance computing scenarios. It is equipped with a floating-point computing unit, which can support more complex control algorithms than DSPC172H, and performs better in terms of computing accuracy and complex algorithm processing capability. However, DSPC 320 has a relatively high cost and is suitable for high-end fields such as industrial automation control and scientific research and experimental equipment control, which have extreme requirements for computing performance.

The ABB EXC57310001-ML DSPC 172 processor board is a high-performance control module designed for industrial automation and power systems, primarily for use in ABB’s Distributed Control Systems (DCS).
Technical features and functionality
Hardware architecture
Based on Digital Signal Processor (DSP) technology, supporting real-time data processing and complex algorithms.
Integrated dual-processor core can simultaneously handle control logic and communication tasks to improve system response speed.
Equipped with a variety of communication interfaces, including Ethernet, RS-232/485, Profibus DP, etc., compatible with mainstream industrial protocols.
Specification
Model No.: DSPC 172, Product No. 57310001 – ML.
Type: Processor board.
Weight: Approx. 0.915kg.
Dimensions: The specific dimensions may vary according to different application scenarios, roughly 16cm×16cm×12cm.
Communication Interface: Supports a variety of communication protocols for seamless integration with different devices and systems, such as Ethernet, RS-232/485, Profibus DP and other mainstream industrial protocols to ensure smooth data transmission.
Operating Temperature Range: Stable operation in ambient temperatures from – 25°C to + 60°C, which can adapt to the harsher industrial environments.
Power Consumption: Power consumption varies according to specific application requirements.
Certifications: Complies with CE, UL, ISO 9001, ROHS and other certifications, providing a reliable guarantee of quality and environmental protection.
Software support
Compatible with ABB’s AC800M controller series, supports programming and debugging with engineer’s station (e.g. Control Builder M).
Provides C language and ladder diagram (LD) development environment, supports user-defined control logic.
Built-in fault diagnosis function, can monitor the module status in real time and generate alarm messages.
Application Areas
Power system
Generator excitation control: Stabilise generator output voltage and reactive power by real-time adjustment of excitation current.
High-voltage direct current transmission (HVDC): used for control and protection of converter stations, supporting rapid response to grid fluctuations.
Industrial Automation
Process control: Distributed control system for petrochemical, metallurgy and other industries to achieve accurate monitoring of production processes.
Motor drive: works with ABB frequency converters (e.g. ACS800 series) to realise efficient speed regulation and protection of motors.
Renewable Energy
Wind power: Integrated into the main control system of wind turbines to optimise wind energy capture and grid-connection control.
Photovoltaic inverters: support MPPT (Maximum Power Point Tracking) algorithm to improve solar power generation efficiency.
Compatibility and alternative models
System compatibility
Seamlessly integrates with ABB’s 800xA, Advant OCS and other control systems, supporting cross-platform data interaction.
Compatible with third-party devices such as Siemens S7 series PLC and HMI.
Alternative Models
DSPC172H: An upgraded model (part number 57310001-MP) with similar performance parameters to the DSPC 172, but supporting higher processing frequency and larger storage capacity.
DSPC 320: For high performance computing scenarios, equipped with a floating point unit to support more complex control algorithms.
Precautions
Mounting Requirements
Mount vertically on a standard DIN rail, leaving at least 50mm of space for heat dissipation.
Avoid direct proximity to sources of strong electromagnetic interference (e.g. frequency converters, welding machines).
Programming specifications
It is recommended to use ABB’s Control Builder M for programming to ensure code compatibility and security.
Back up the programme and configuration files regularly to prevent data loss.

Product Overview
The ABB DSPC170 is a high-performance processor module designed specifically for industrial automation applications. At the heart of ABB’s Advant OCS control system, the DSPC170 acts as the ‘brain’ of the system, executing control routines, monitoring the status of the system in real time, and communicating efficiently with other components. Although the product is no longer manufactured by ABB and has become a legacy product, it still plays a key role in the automation process in many industrial areas due to its excellent performance and stability.

Technical specifications
Core processor: the use of advanced dual-core processor architecture, providing powerful computing power for the module, support for multi-task parallel processing and real-time control. It can accurately process a large amount of industrial control instructions and data information at a very fast speed to ensure efficient and stable operation of the industrial production process.
Storage capacity: Equipped with large-capacity memory, it can realise large-scale data storage and processing. This feature enables it to fully meet the needs of recording, in-depth analysis and complex processing of large amounts of data in the industrial production process, for example, play an important role in the production process traceability, data analysis of equipment operation status monitoring.
Communication interface: It supports a variety of communication protocols and data formats, such as Ethernet interface (supporting TCP/IP protocol), PROFIBUS DP interface and so on. The Ethernet interface facilitates high-speed data interaction with the host computer to achieve remote monitoring and parameter configuration; PROFIBUS DP interface can be quickly accessed to the industrial fieldbus network, and work with other devices to facilitate the integration and expansion of the system.
Working voltage and frequency: the common working voltage is 220V, the output frequency is 50Hz, which can adapt to the power supply environment of most industrial sites. At the same time, with a certain degree of voltage fluctuations to adapt to a certain extent to protect the stable operation of equipment.
Physical specifications: The module weighs about 0.915kg, and the overall compact design and reasonable size make it easy to be installed in all kinds of control cabinets, which effectively saves space and is suitable for a variety of industrial automation projects with space layout requirements.
Product certification: usually with CE certification, etc., in strict compliance with relevant industrial standards and safety requirements, to provide a guarantee for the safe and reliable operation of the product in the industrial environment.

Performance Advantages
Powerful processing capability: Dual-core processor architecture gives DSPC170 high-speed, high-reliability and high-precision control and monitoring capabilities. In complex industrial control scenarios, such as real-time monitoring and precise regulation of multiple chemical reaction parameters in the chemical production process, the DSPC170 is able to quickly respond to and process a variety of commands and data to ensure the efficiency and stability of the production process.
Flexible programming configuration: Supporting a variety of control algorithms and applications, users can program and configure according to specific industrial control needs, and flexibly realise various control functions. Whether it is a simple start/stop control of equipment or a complex automated production line process control, it can be programmed to meet the diverse application requirements of different industrial scenarios.
Good system compatibility: As a key component of the ABB Advant OCS control system, the DSPC170 has excellent compatibility with other ABB related equipment and systems. At the same time, with a wealth of communication interfaces and standardised communication protocols, it can also be seamlessly connected to third-party equipment, making it easy to upgrade or expand existing industrial automation systems.
Reliable stability: the module adopts high-quality electronic components and rigorous circuit design, after rigorous testing and verification, has a strong anti-interference ability, can work stably in the harsh industrial electromagnetic environment, effectively reduce the probability of system failure, reduce equipment downtime, to protect the continuity of industrial production.

Comparable Models
ABB DSPC171: Also an ABB processor module for industrial automation, the DSPC171 is designed for industrial automation control and plays an important role in DCS systems. Compared with the DSPC170, one of its major advantages is that it supports redundant configurations, which means that two DSPC171 modules can be deployed in a system at the same time, and when one of them fails, the other can seamlessly take over the work, which greatly improves the reliability of the system and reduces the risk of downtime due to module failures, and it is especially suitable for scenarios that require high system continuity, such as uninterrupted process control in chemical manufacturing, uninterrupted control of power systems, and uninterrupted process control in power systems. uninterrupted process control in chemical production, continuous power supply monitoring in power systems, etc. In terms of communication, DSPC171 also supports multi-protocol communication such as Profibus and Ethernet, ensuring efficient data interaction with various industrial equipment and systems. It adopts a modular design, which is conveniently compatible with extended input and output modules, and can be easily implemented when it is necessary to expand system functions and add more device connections. Moreover, the module supports hot-swapping, so faulty modules can be replaced directly during system operation without shutting down the entire system, further reducing maintenance time. With an operating temperature range of -25°C to 60°C, the module has a wider temperature range than the DSPC170 and can adapt to the more severe temperature changes in industrial environments, and can also operate stably in some hot workshops or cold outdoor industrial facilities. It is CE and UL certified and meets international safety and quality standards.

ABB DSPC320: The DSPC320 differs from the DSPC170 in its core processing power, which may be optimised for more complex, data-intensive industrial tasks. Perhaps the use of a higher performance processor core, with faster computing speeds and greater parallel processing capabilities, can demonstrate superior performance when processing large-scale industrial data and executing complex control algorithms. For example, in the production scheduling system of large-scale steel enterprises, the need for real-time processing of massive amounts of data from a number of production equipment, and based on the complexity of the production process for accurate control, the DSPC320 can rely on its powerful processing capabilities to quickly and accurately complete the task of ensuring the efficient and orderly production. In terms of storage, may have a larger capacity of cache and memory to meet the demand for real-time storage of large amounts of data and fast reading, which helps to improve the response speed of the system. On the communication interface, although it also supports common industrial communication protocols, the transmission rate or stability of certain protocols may be further improved in order to perform better in high-speed data transmission scenarios.

ABB DSPC170H: The DSPC170H inherits the features of the DSPC170 to a certain extent, but upgrades certain key performance indicators. It may be optimised in the thermal design, using more efficient heat dissipation materials or structures, so that the module can better control the temperature and maintain stable performance during long periods of high load operation. This is very important for some industrial applications that require the module to work continuously at high intensity, such as automated production lines for continuous production, which reduces the probability of performance degradation and failure due to overheating. In terms of anti-interference capability, perhaps more advanced shielding technology and electrical isolation measures, can more effectively resist the complex electromagnetic interference in the industrial field, in a strong electromagnetic environment, such as close to large motors, frequency converters, but still can operate reliably, to ensure the accuracy of data transmission and control instructions .

ABB DSIH72VP ENOK, as a professional hydraulic servo module, is the core equipment for high-precision hydraulic control in the field of industrial automation. It deeply integrates ABB’s advanced automation control technology and expertise in hydraulic systems, and can accurately monitor and control the pressure, flow, displacement and other key parameters of the hydraulic system, and work with PLC, DCS and other control systems to provide stable and efficient servo control of various types of hydraulic drive equipment, which is widely used in the engineering machinery, metallurgy, shipbuilding and other industries that require extremely high precision hydraulic control. It is widely used in engineering machinery, metallurgy, shipbuilding and other industries that require high precision in hydraulic control, effectively improving the stability of equipment operation and production efficiency.

Technical specifications
I/O Configuration: Taking a leaf out of ABB’s other industrial modules, this product may be equipped with multiple input and output channels. It may have 16 – 32 digital input channels, which are used to receive the switching status signals of the equipment, such as the trigger signals of the sensors detecting the objects in place, the alarm signals of the equipment operation faults, etc. At the same time, it has 8 – 16 digital output channels, which can output the control signals to drive the relays, solenoid valves and other actuating elements to act. May also have a certain number of analogue input channels, for the collection of temperature, pressure, flow and other continuously changing industrial parameters.

Communication interfaces: In order to achieve interoperability with industrial control systems, the DSIH72VP ENOK is likely to be equipped with a variety of communication interfaces. The common Ethernet interface, which supports TCP/IP protocol, facilitates high-speed data interaction with the host computer for remote monitoring and configuration; fieldbus interfaces such as PROFIBUS DP or Modbus RTU may also exist to ensure stable communication with other devices in the industrial field environment and meet the real-time and reliability requirements.

Power supply parameters: Considering the characteristics of industrial field power supply, its working voltage may be 24V DC, and has a certain voltage adaptation range, such as ±15%, in order to cope with the fluctuation of the industrial power grid voltage, to ensure stable operation of the equipment. At the same time, it may have a low-power design to reduce energy consumption and operating costs.
Working environment index: In order to adapt to different industrial environments, the product may be able to work stably in the temperature range of – 20℃ – +60℃, whether it is cold outdoor working environment, or high temperature production workshop, it can operate normally. The protection level may reach IP20 – IP65, if used in indoor control cabinets, IP20 can prevent the intrusion of large solid foreign objects; if used outdoors or in harsh environments, IP65 can achieve dustproof and waterproof, effectively resisting the influence of dust, rain and moisture.

Performance Advantages
Accurate and reliable data processing: Based on ABB’s accumulated technology in the field of industrial automation, the DSIH72VP ENOK may be equipped with high-precision data acquisition and processing capabilities. For digital input, it can quickly and accurately identify signal changes; for analogue input, it can achieve high-resolution signal conversion, providing a precise data base for industrial control. At the same time, the product adopts high-quality electronic components and rigorous circuit design, with perfect fault diagnosis and self-protection functions, improving reliability and reducing maintenance frequency and cost.

Flexible Function Configuration: The product may support flexible parameter configuration, users can customise the function of input and output channels, communication protocol parameters, signal filtering time, etc. according to the actual industrial application requirements. This flexibility allows the DSIH72VP ENOK to adapt to a variety of industrial scenarios, whether it is a simple equipment monitoring, or complex automated production line control, can be configured to meet the needs.
Outstanding anti-interference performance: There are various kinds of electromagnetic interference in the industrial field, DSIH72VP ENOK may adopt advanced electrical isolation technology and shielding design to effectively isolate external interference signals and ensure the accuracy and stability of data transmission. Even in a strong electromagnetic interference environment, such as close to large motors, inverters and other equipment, but also reliable operation, to ensure the stability of industrial control systems.

Long Description
DSDX 452 Remote In / Out Basic Unit
20 DI 24V 12 DO 0.1-3A
Plug 4 pos 2664197-4
Plug 2 pos 2664193-2
Plug 8 Pos 2664193-8
Note! This part is exempted from the scope of 2011/65/EU (RoHS)
as provided in Article 2(4)(c), (e), (f) and (j) therein
(ref.: 3BSE088609 – EU DECLARATION OF CONFORMITY – ABB Advant Master Process Control System)
Technical Information
DSDX 452 Remote In / Out Basic Unit
20 DI 24V 12 DO 0.1-3A
See spare:Fuse 500 mA 3BSC770001R41
Plug 4 pos 2664197-4
Plug 2 pos 2664193-2
Plug 8 Pos 2664193-8
Categories
Control System Products → I/O Products → S400 I/O → S400 I/O – Modules → DSDX 452 Digital Input/Outputs → DSDX 452 Digital
Input/Output
Control Systems → Advant OCS with Master SW → I/Os → S400 I/O → I/O Modules

Product Overview
ABB 5716075 – P DSDX 452 Remote In / Out Basic Unit is an important basic unit in the field of industrial automation, focusing on the implementation of remote digital input and output functions. With its advanced technical architecture, it can efficiently acquire digital signals from external devices and accurately output control commands in digital form, thus strongly supporting the automation control and monitoring of industrial systems. DSDX 452 is widely used in various complex industrial scenarios. Whether it is monitoring the status of equipment in manufacturing production lines or executing commands in distributed control systems in smart factories, DSDX 452 can play a key role, and it is one of the core components for building a reliable and efficient industrial automation system.

Core Functions
Digital Input Acquisition: Equipped with 32 digital input channels, DSDX 452 can quickly sense and acquire various types of digital signals. It supports dry contact signals, which can be connected with various mechanical switches and relay contacts to accurately judge the opening and closing status of the equipment; at the same time, it is compatible with NPN/PNP transistor output signals, which is convenient for interfacing with modern electronic sensors, such as proximity sensors and photoelectric sensors, etc., so as to achieve real-time capturing of information about the position of objects on the production line and their movement status.
Digital Output Control: 32 digital output channels with isolated relay output design and contact capacity up to 250V AC/5A or 30V DC/5A. This gives it a powerful load driving capability to directly control solenoid valves, contactors, small motors and other actuating devices to achieve precise control of industrial processes. For example, in an automated production line, it can precisely control the movement of robotic arms and the starting and stopping of conveyor belts through the output signals to ensure that the production process is carried out in an orderly manner.
Remote communication: Equipped with PROFIBUS DP communication interface, it supports high-speed data transmission with a transmission rate of up to 12Mbps. With this interface, DSDX 452 can easily establish a stable communication connection with mainstream industrial control systems such as PLC, DCS, etc., to achieve rapid uploading of remote equipment status data and timely issuance of control commands to ensure the co-operation of all parts of the industrial automation system, and to satisfy the stringent requirements of real-time and reliability in industrial production.