PM862-CPU PM862K01 3BSE076940R1 processor module

The PM862K01 3BSE076940R1 processor module is a key CPU controller component in ABB’s AC 800M series (Compact Products 800). It is mainly used to achieve data acquisition and computing processing, real-time monitoring, control adjustment and other functions, to provide high-performance and flexible solutions for industrial automation.

Iii. Compatibility

Compatible only with the 800xA 6.0.2 Compact Control Generator (6.0.0-1 and later).

Fourth, packaging content

PM862,CPU
TP830, bottom plate
TB850,CEX- Bus Terminator
TB807: ModuleBus terminator
TB852,RCU- Link terminator
Battery for memory backup (4943013-6)
Note: License not included

Category:

Description

PM862-CPU PM862K01 3BSE076940R1 processor module

Product Description

I. Product overview

The PM862K01 3BSE076940R1 processor module is a key CPU controller component in ABB’s AC 800M series (Compact Products 800). It is mainly used to achieve data acquisition and computing processing, real-time monitoring, control adjustment and other functions, to provide high-performance and flexible solutions for industrial automation.

Iii. Compatibility

Compatible only with the 800xA 6.0.2 Compact Control Generator (6.0.0-1 and later).

Fourth, packaging content

PM862,CPU
TP830, bottom plate
TB850,CEX- Bus Terminator
TB807: ModuleBus terminator
TB852,RCU- Link terminator
Battery for memory backup (4943013-6)
Note: License not included

V. Summary

PM862K01 3BSE076940R1 processor module with its high performance, high reliability, easy installation and maintenance characteristics, has a wide range of applications in the field of industrial automation. Whether it is water supply, building infrastructure, data centers, renewable energy, machinery automation and other fields, it can provide stable and reliable data support to help enterprises improve production efficiency, reduce failure rates and ensure production safety.

PM862K02-3BSE081636R1

Product parameter

Processor performance:
Clock frequency: 67 Mhz
Memory: 32 megabytes
Processor type: MPC866
Communication interface:
The mainboard of the controller is equipped with two RJ45 Ethernet ports (CN1 and CN2) and supports 10 mbit Ethernet (IEEE 802.3) for connecting to the control network.
2 RJ45 serial ports (COM3, COM4), where COM3 is the RS-232C port with the modem control signal, and COM4 is isolated for connecting the configuration tool.
Reliability:
CPU redundancy is supported for higher availability (CPU, cex bus, communication interface, and S800 I/O).
All baseboards have a unique Ethernet address that provides a hardware identity for each CPU.
Power Supply:
Power requirement: 24V DC (19.2-30V DC)
Maximum power dissipation: 5.1 watts (Max. 8.6 Watts)
Size and weight:
Dimensions (H x W x D) : approximately 18.6 cm x 11.9 cm x 13.5 cm
Weight: 1.1 kg
Others:
Features real-time clock, LED indicator, INIT button and CompactFlash interface.
Simple DIN rail connection/separation procedure with unique sliding and locking mechanisms.

Application field

The PM862-CPU has a wide range of applications, mainly in the field of industrial automation and control systems. The following is a detailed point representation and summary of its application fields:

Industrial Automation System:
As a key component of ABB’s AC 800M series, the PM862-CPU plays a central role in industrial automation systems.
It monitors and controls the operation of industrial equipment in real time through high-performance data acquisition and computing processing capabilities to ensure the stability and efficiency of the production line.
The PM862-CPU supports CPU redundancy design to provide higher system availability and reliability and reduce the risk of production disruptions.
Control system integration:
The PM862-CPU has a wealth of communication interfaces, including Ethernet interfaces and serial ports, for easy integration with other control systems.
By connecting with devices such as PLCS, Hmis, sensors and actuators, the PM862-CPU enables complex control logic and automated processes.
In building automation, water treatment, energy management and other fields, PM862-CPU is widely used to provide efficient and reliable data processing and communication support for various control systems.
High reliability applications:
The PM862-CPU provides high reliability and stability, and is suitable for applications that require high system reliability.
For example, in the power system, the PM862-CPU can be used to monitor and control key equipment such as power generation equipment and transmission and distribution networks to ensure the stable operation of the power system.
In petrochemical, iron and steel metallurgy and other industries, PM862-CPU can be applied to a variety of automatic control systems to improve production efficiency and safety.
Scalability and flexibility:
The PM862-CPU supports modular design, which is convenient for users to expand and customize according to actual requirements.
By adding communication modules, power modules and other accessories, you can build a control system to meet the needs of different applications.
The PM862-CPU is flexible in programming and configuration, and supports a variety of programming languages and development tools, which is convenient for users to conduct secondary development and customization.
Environmental Protection and Energy Management:
The PM862-CPU is also widely used in environmental protection and energy management.
Through the connection with smart meters, energy consumption monitoring equipment, etc., PM862-CPU can realize real-time monitoring and management of energy consumption, helping enterprises to achieve energy conservation and emission reduction and green production.
In the field of renewable energy, PM862-CPU can be applied to photovoltaic systems, wind power generation and other scenarios to achieve efficient use and management of renewable energy.
In summary, the PM862-CPU is widely used in industrial automation, control system integration, high-reliability applications, scalability and flexibility, as well as environmental protection and energy management, providing efficient and reliable data processing and communication support for various industrial automation and control systems.

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