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2024-12-02 BY
IN Industry trends

ICS TRIPLEX T9110 Processor module

1. Module type

Name: Module T9110
Type: Processor Module
Features:
Provides system logic control and fault detection.
Supports high availability and triple module redundancy (TMR).

2. Processing power

Architecture: Triple Modular Redundancy (TMR).
Three independent processing units run simultaneously and vote on a mechanism to determine the final output.
Provides extremely high fault tolerance and reliability.
Processing speed: real-time processing, support high frequency data acquisition and logical operations.
Memory:
Provides non-volatile memory with sufficient capacity for storing logical programs and historical data.
Supports efficient access to dynamic and static data.

3. Communication function

Network interface:
Provides communication with other modules, workstations, and external devices.
Supports redundant communication networks to enhance system reliability.
Protocol support:
Modbus, Ethernet/IP, TCP/IP.
Supports integration with DCS, SCADA or PLC systems.
Interface type:
Support serial communication and Ethernet interface, specific configuration according to the module.

4. Power and power consumption

Input voltage:
It is usually 24VDC (see the manual for the specific voltage range).
Power consumption:
Low power consumption, but depends on system configuration.

5. Environmental adaptability

Working temperature:
Typical industrial temperature range: 0°C to +60°C.
Storage temperature:
-40°C to +85°C.
Protection level:
IP20 (module itself), suitable for industrial cabinet installation.
Anti-seismic and anti-interference:
Meet stringent industrial environmental standards such as IEC and ANSI standards.
2024-12-02 BY
IN Company News

ABB PPC907BE 3BHE024577R0101 Circuit board

ABB PPC907BE (3BHE024577R0101) is an industrial-grade controller module that belongs to ABB’s AC800 family of hardware platforms and is widely used in automation and control, especially in process control and power applications. The following is the detailed parameter and function description of the module:
1. Module type and function
Module type: Process Controller.
Purpose: As a core processing unit for managing and coordinating multiple subsystems in a distributed control system (DCS).
Applicable platform: ABB 800xA distributed control system.
2. Processing power
CPU Performance:
High-performance processor with support for complex control algorithms and logic processing.
Supports multitasking and is suitable for real-time applications.
Memory:
Provide enough RAM for program execution.
Contains non-volatile storage for storing user program and configuration data.
Operating system:
Run ABB’s dedicated real-time operating system for fast response and high reliability.
3. Communication ports
Supported protocols:
Modbus RTU/TCP
Profibus DP
Ethernet/IP
OPC UA and other industrial agreements.
Port type:
Ethernet interface: Usually dual-network port design, support redundancy.
Serial interface: RS-232 or RS-485 for connecting field devices.
Network functions:
Supports redundant network configuration to ensure communication stability.
Supports communication with the upper system (SCADA or HMI) and lower field devices.
4. Input and output
I/O support:
Local I/O: Supports direct connection to digital and analog input/output modules.
Remote I/O: Connect the remote I/O unit through the communication module.
Signal support:
Analog signal: 4-20mA or 0-10V.
Digital signal: switching input/output.
5. Power Supply
Power supply requirements:
Input voltage: Usually 24VDC.
Power consumption: Low power consumption, depending on the system configuration.
6. Environmental adaptability
Working temperature:
It is usually -25°C to +70°C.
Storage temperature:
-40°C to +85°C.
Protection level:
It is usually IP20 (module itself), which can achieve a higher protection level if installed in the cabinet.
Anti-seismic and anti-interference:
Meet the standards of anti-vibration and anti-electromagnetic interference in industrial environment.
2024-12-02 BY
IN Industry trends

GEIS200AEPAH1ACB module

The IS200AEPAH1ACB is an industrial control module from General Electric, commonly used in the Mark VI or Mark VIe series of Distributed control systems (DCS) for gas turbine and steam turbine control systems in the power industry. Here are the details of its parameters and functions:
1. Main functions
Module type: AEPA (Exciter Power Amplifier), a component of the excitation control system.
Purpose: For regulating and amplifying the power from the control signal to drive other components in the excitation system.
System compatibility: Seamless integration with Mark VI or Mark VIe series control systems.
2. Electrical parameters
Input voltage:
Multiple input voltage levels (typically 28VDC or higher) are supported.
Output power:
Provides a stable amplified output signal for driving excitation equipment.
Power amplification:
Provides high power signal amplification to meet the excitation needs of large motors or generators.
3. Communication and interfaces
Interface type:
Use standard interfaces compatible with Mark VI control systems.
Provides analog or digital signal input/output for monitoring and control.
Signal characteristics:
With low noise signal amplification function, to ensure high precision and stability of the output signal.
Compatible with various control signal input formats (voltage signal or current signal).
4. Environmental adaptability
Operating temperature range: Typical industrial environments support 0°C to +50°C.
Protection Level: Modules are usually designed to be industrial grade and can withstand harsh environments (such as high humidity or dust).
Earthquake resistance: meets the seismic standards for industrial applications.
5. Safety and protection functions
Overvoltage protection: Ensure that the input voltage exceeds the specified range of automatic protection module.
Overcurrent protection: prevents the overload of output current from causing damage to the device.
Short circuit protection: Ensure the safety of modules and connected devices.
6. Physical parameters
Size: Designed for standard rack mount, easy to combine with other modules.
Module material: Industrial grade metal and plastic housing, providing good thermal performance and electromagnetic shielding.
Weight: Usually in the range of 1-2 kg.
2024-12-02 BY
IN Industry trends

WATLOW CLS204 controller

The Watlow CLS204 is a multi-loop temperature and process controller used in a wide range of industrial applications for temperature control, heating and cooling processes. Here are some typical parameters and function descriptions of the controller:
Main parameters and functions:
1. Input and output
Input type:
Multiple sensor types are supported:
Thermocouple: J, K, T, E, N, R, S, B type, etc.
Thermal resistance (RTD) : 100Ω platinum RTD, DIN or JIS standard.
Linear input: 0-10VDC, 4-20mA.
Accuracy: ±0.1% range.
Output type:
Analog output: 4-20mA or 0-10V for driving control devices.
Digital output: Relay output or solid-state relay drive for heater or cooling equipment.
Optional SSR (solid state relay) trigger.
2. Control function
Control mode:
Support PID control, with Auto-tune function.
Support single loop or multi-loop control (usually 4 loops).
Adjustment function:
Programmable set point (Setpoint).
Ramp and Soak control is supported.
Alarm function:
Multiple alarm options: high limit, low limit, deviation alarm, etc.
LED or external alarm output indication.
3. Communication and interfaces
Communication protocol:
Modbus RTU communication, remote monitoring and configuration via RS-485.
Optional Ethernet interface support.
Remote operation:
Support parameter setting and monitoring via HMI or computer.
4. Physical specifications
Size:
Panel mount, usually conforming to standard 1/8 DIN or similar specifications.
Display screen:
Digital display that provides current status, set point and alarm information.
Configurable LED indicator or text display.
Keys or knobs:
Used to set parameters, select menus, and adjust values locally.
5. Environmental adaptability
Operating temperature: 0°C to 50°C.
Storage temperature: -20°C to 80°C.
Protection class: IP65 or higher (depending on the tightness of the mounting panel).
2024-12-02 BY
IN Company News

YOKOGAWA AIP830-111 Keyboard

The Yokogawa AIP830-111 is a keyboard for industrial control devices commonly used in Yokogawa’s DCS (Distributed control systems), such as the CENTUM series. Here is a description of some common parameters and functions of the device:
Main parameters and functions:
1. Device type
Type: Industrial keyboard for operating and monitoring system interface.
Purpose: As a human-computer interaction device for operator station (HIS), for the control system of Yokogawa.
2. Compatibility
Adaptive system: Yokogawa DCS system (such as CENTUM CS, CENTUM VP series).
Connection mode: Usually PS/2, USB or a specific industrial communication interface.
3. Keyboard layout
Number of keys: Complete QWERTY keyboard layout and includes special function keys.
Function button:
Dedicated shortcut keys for system operation, used for quick access control functions.
Custom programming keys to meet the special needs of industrial processes.
4. Physical parameters
Dimensions: Conforming to the standardized dimensions of industrial equipment, easy to embed or place on the operator station workbench.
Material: Industrial grade durable material, with corrosion resistance, dust resistance function.
Color: Usually gray or dark, suitable for industrial environments.
5. Environmental adaptability
Operating temperature range: 0°C to 50°C (typical industrial environment).
Protection level: Some models have IP level protection (such as dust and water splash).
Durability: Designed for high frequency of use, with long-term stability.
Step 6 Power supply
Power supply: Power supply through the cable (such as via USB or dedicated interface).
2024-12-02 BY
IN Industry trends

FOXBORO H92A049E0700 exchange

FOXBORO H92A049E0700 exchange

1. Basic functions
Port number and type:
It is usually multiple Ethernet ports, such as 24 or 48 GE (Gigabit Ethernet) ports.
Optional optical module slot (SFP or SFP+) supports uplink.
Backplane bandwidth:
Medium and high-end switches are usually more than 100 Gbps, and some core switches can reach Tbps.
Forwarding performance:
Packet forwarding rate (Mpps or Gbps) indicates the maximum number of packets that a switch can process per second.
2. Network features
VLAN support:
802.1Q VLAN (VLAN Trunking) is supported.
The port can be set to the Access, Trunk, or Hybrid mode.
Routing protocol:
Some Layer 3 switches support advanced routing protocols such as static routes, OSPF, and BGP.
Link aggregation:
LACP (Link Aggregation Control Protocol) is supported to improve link redundancy and bandwidth.
3. Management and security
Management functions:
Support CLI (command line interface), Web UI management, some support SNMP protocol.
Supports remote login (for example, SSH or Telnet).
Safety features:
Supports port security and ACL (Access Control List).
802.1X authentication.
4. Hardware specifications
Power Supply:
It usually provides AC or DC power supply and supports redundant power modules.
Size:
Generally 1U or 2U standard rack size.
Cooling:
Built-in fan cooling, temperature control.
2024-12-02 BY
IN Industry trends

SCHROFF MPS022 13100203 Power source

The SCHROFF MPS022 is a typical power module that is commonly used to provide efficient, stable power output and is commonly found in industrial and laboratory equipment. Detailed information about the specific technical parameters of the SCHROFF MPS022 can usually be obtained through its data sheet, but in general, the MPS022 series power supplies have the following basic characteristics:

Main parameters:
Input voltage range: Generally 90-264 VAC, suitable for a variety of grid voltages.
Output voltage: Common output voltages are 12V, 5V, or 24V (depending on the model).
Output power: Usually between 200W and 400W.
Efficiency: High performance design, efficiency is generally between 85% and 95%.
Current output: Depending on the output voltage, the current can reach several amps (for example, 12V output may be about 16A).
Cooling method: Usually air-cooled design, built-in fan to help heat dissipation.
Protection function:
Overvoltage Protection (OVP)
Overcurrent Protection (OCP)
Short Circuit Protection (SCP)
Overtemperature Protection (OTP)
Physical specifications:
Size: Modular design, typically 3U or 6U height (depending on the model), and with standard rack-mount interfaces.
Weight: Usually 1-3 kg, depending on model and configuration.
Application field:
For embedded systems, test equipment, power equipment, and other applications requiring stable power output.
2024-11-29 BY
IN Company News

FOXBORO FBM233 P0926GX Ethernet communication module

Basic information
Module model: FBM233
Part number: P0926GX
Type: Analog output module
Application: Support multi-channel analog signal output for driving actuators or other analog devices.
Compatible platform: Foxboro I/A series control system.
Technical parameter
Output signal
Support type:
Current output: 4-20 mA, suitable for industry standard analog control.
Number of channels:
Eight independent channels, each of which can be configured and operated independently.
Resolution:
16-bit digital-analog conversion ensures high accuracy of the output signal.
Load capacity:
Maximum load impedance: 750 ohms.
Accuracy:
±0.05% FS (full scale).
Isolation and protection
Channel isolation:
Each channel is electrically isolated from other channels and system circuits to ensure signal independence.
Overload protection:
The output channel has the function of short circuit and overload protection.
Ground protection:
Provides electrical isolation between modules and systems.
Communication and interface
Module interface:
Compatible with Foxboro’s I/A series modular I/O systems for fast connectivity.
Protocol support:
Communication and control via Foxboro series controllers.
Environmental parameter
Working environment:
Temperature range: -20°C to +70°C.
Humidity: 5%-95%RH (no condensation).
Storage conditions:
Temperature range: -40°C to +85°C.
Vibration resistance:
Comply with industrial environmental standards (IEC 60068-2).
Physical characteristics
Size:
Compact design, specific dimensions refer to the Foxboro I/A series specifications.
Weight:
Usually less than 1 kg.
Installation method:
Supports standard modular installation and can be inserted into the Foxboro I/O rack.
Functional characteristics
High precision output:
With 16-bit resolution and low error design, the accuracy of analog signal output is ensured.
Flexible configuration:
Each channel supports independent configuration and monitoring to suit different process requirements.
High reliability:
Industrial grade design, adapt to harsh environment, ensure long-term stable operation.
Self-diagnosis function:
With channel condition monitoring and fault alarm functions, it helps to quickly diagnose problems.
2024-11-29 BY
IN Company News

ABB 1TGE120021R0010 Communication gateway

ABB 1TGE120021R0010 is a communication gateway module commonly used in industrial automation systems as a protocol converter or communication interface device. The following is a detailed description of the parameters and characteristics of this model:

Basic information
Model: 1TGE120021R0010
Category: Communication Gateway
Main purpose: to realize the conversion between different industrial communication protocols, support multi-network integration and data sharing.
Applications: Industrial automation, process control systems, power, manufacturing, building management, etc.
Technical parameter
Electrical parameter
Power requirements:
Input voltage: 24 V DC (range: 18~30 V DC).
Power consumption: Usually around 5 W.
Working environment:
Temperature range: -20°C to +70°C.
Storage temperature: -40°C to +85°C.
Humidity: 5%~95% (no condensation).
Anti-interference ability:
Comply with IEC standards for electromagnetic compatibility in industrial environments.
Interface and protocol
Communication interface:
Ethernet interface:
1-2 RJ45 ports, 10/100 Mbps adaptive.
Serial Port:
1-2 RS-232/RS-485/RS-422 optional ports.
USB port: For device configuration and maintenance (optional).
Fieldbus interface (depending on the model) :
Modbus RTU/ASCII.
CANopen, Profibus, or other industrial bus (optional).
Supported protocols:
Industrial Agreements:
Modbus TCP/RTU
OPC UA
IEC 60870-5-104 (Power Communication Standard)
IEC 61850 (for Smart grids)
BACnet/IP (Building Automation)
Network protocol:
IP, TCP, and UDP
HTTP/HTTPS, FTP (for remote access)
DHCP, DNS (Dynamic IP Allocation)
Multi-protocol gateway functions:
Supports bidirectional conversion between protocols, such as Modbus RTU and Modbus TCP, or OPC UA and other fieldbus protocols
2024-11-29 BY
IN Company News

ABB PM865K01 3BSE031151R1 controller

The ABB PM865K01 (Product code: 3BSE031151R1) is a high-performance AC800M series controller module used in industrial automation and process control systems. The following are the detailed parameters and features of the module:

Basic information
Product model: PM865K01
Product Code: 3BSE031151R1
Controller type: High performance CPU module
System platform: AC800M series control system
Application field:
Automation and process control in complex industrial environments such as power plants, petrochemicals, pharmaceuticals, and mining.
Technical parameter
Processing capacity
CPU:
Model: Freescale MPC860
Main frequency: 133 MHz
Architecture: 32-bit RISC processor
Memory:
RAM: 16 MB for running the application.
Flash: 16 MB for storage of system configuration and user programs.
Real-time performance:
The system supports periodic tasks with a minimum control period of 10ms, and is suitable for scenarios with high dynamic performance requirements.
Communication interface
Built-in interface:
Ethernet interface: 2 RJ45 ports (redundancy support), the rate of 10/100 Mbps, used to control network communication.
Serial interface: one RS-232C/RS-485 communication port for point-to-point connection between devices.
Support protocol:
Industrial protocols: Modbus TCP/IP, OPC, IEC 60870-5-104.
ABB proprietary protocol: MMS (Manufacturing Message Specification) for system integration and diagnostics.
Other protocols: PROFINET, EtherNet/IP (supported by extension modules).
Redundant support:
The PM865K01 supports CPU, communication, and power redundancy to improve system reliability.

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