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2025-11-18 BY
IN Company News

ALSTOM N897066510E N897066010M AOVD N897066000A Power System Module

Introduction to ALSTOM N897066510E/N897066010M/AOVD/N897066000A Power System Modules

These are several Analog Output (AOVD series) functional modules belonging to the ALSTOM power and process control platform, commonly used in large-scale power plants, substation automation systems, and high reliability industrial control devices. They are mainly responsible for converting digital instructions within the control system into analog signals that can be used by field devices, achieving precise adjustment and execution control.

Core functional features
1. High precision analog output

The output form is usually industrial standard signals such as 4-20 mA, 0-20 mA, or 0-10 V.

High stability, suitable for precision execution equipment such as valves, regulators, frequency converters, excitation systems, etc.

2. Multi channel structure

The module provides different numbers of independent analog output channels based on the model.

There are isolation measures between channels to reduce interference, improve controllability and safety of operations.

3. Strengthen anti-interference ability

Specially designed for strong electromagnetic interference environments such as power plants, substations, and unit control.

Excellent surge resistance, voltage spikes, and electromagnetic noise performance ensure long-term reliable operation.

4. Seamless integration with ALSTOM control system

Compatible with ALSTOM related main station CPU, control rack, and I/O communication architecture.

Can participate in key functions such as closed-loop regulation, power control, excitation regulation, and load distribution.

5. Typical application areas

Power plant boiler/turbine control system

Power grid automation and regulation circuit

Control of primary and secondary equipment in power transmission and distribution stations

Accurate execution output of industrial processes (pressure, flow, temperature regulation)

2025-11-18 BY
IN Company News

ALSTOM N895609510K N895609010R E32OUT N895609100P Controller Module

Introduction to ALSTOM N895609510K/N895609010R/E32OUT/N895609100P Controller Module

These models belong to the output and logic control units of the ALSTOM E series control system, commonly used in large-scale units, industrial process control, and safety related logic links. Their functional directions are consistent, but there are slight differences in output capabilities, interface configuration, and internal logical resources.

Main functional features
1. Stable discrete output control

Each module has independent isolated digital output channels.

Designed to drive on-site devices such as relay coils, actuators, and status indicator units.

Fast output response speed, suitable for critical interlocking and sequential control tasks.

2. Strengthen industrial grade reliability

Equipped with anti-interference design, it can operate stably for a long time in high noise environments such as power plants, traffic control, and heavy industry.

Equipped with short-circuit protection and overload protection to improve system stability.

3. Hot swappable (according to configuration)

Support non-stop module replacement to improve system maintenance efficiency.

Slot automatic recognition reduces calibration workload.

4. Communication and System Integration

Seamlessly compatible with ALSTOM E-series CPUs (such as ECPU_1, E32 series).

High speed data exchange is achieved through the rack backplane to ensure real-time and reliable control logic.

5. Widely applicable scenarios

Power plant turbine/boiler protection system

Monitoring and Control of Transmission and Substation

Urban rail and railway signal systems

Chemical plant process interlocking

Various safety level or high reliability control systems

2025-11-18 BY
IN Company News

ALSTOM N895600512D N895600051C ECPU_1 N895600200Q Controller

Introduction to ALSTOM N895600 Series Controller

These three models belong to the ECPU/processor module series in the ALSTOM control system, with the core function of executing control logic, managing I/O data processing, coordinating system communication, and serving as the “main control brain” of the entire control architecture.

They are usually installed on ALSTOM dedicated backboards, forming a complete control unit together with I/O modules, communication modules, and terminal modules.

Functions and positioning of each model
1. N895600512D – Control Processing Unit (CPU) module

Mainly responsible for system logic operations and task scheduling

Run control programs and manage I/O data within the rack

Having high processing speed and good stability

Often used as a core CPU, it can replace old versions of control processing cards

Internally equipped with self checking function and fault diagnosis capability

Typical uses: main control logic execution, equipment status monitoring, data collection and processing, system task management.

2. N895600051C – Control Interface/Logic Allocation Module

Mostly used to work in conjunction with the CPU and provide interface support for the system

Responsible for some underlying communication, signal distribution, or functional expansion (depending on system configuration)

Connect the CPU to the I/O channels in the backplane to make the controller work more stably

It is also commonly used to replace old versions of system interface cards

Typical uses: Backplane communication management, signal routing, system function expansion, auxiliary control logic unit.

2025-10-20 BY
IN Company News

GE VMIC VMIVME-7740-850 350-007740-850 L microcontroller

GE VMIC VMIVME-7740-850/350-007740-850 L microcontroller product features

High performance embedded processor
Equipped with advanced processor cores, it has high computing power and fast data processing capability,
Capable of handling a large number of real-time control and computational tasks in complex application environments.

VME bus compatibility
Supports standard VME bus interface and can seamlessly integrate with other modules in the VME architecture system,
Implement modular and scalable industrial control solutions.

Multi task real-time control capability
Built in real-time operating system or support for real-time control tasks,
Capable of simultaneously handling multitasking control requirements such as data collection, logical operations, and communication management.

Rich input/output interfaces
Provide multiple digital and analog interfaces, supporting the connection of external sensors, actuators, and communication modules,
Suitable for various industrial automation applications.

Industrial grade reliability design
Adopting industrial grade components that are resistant to vibration, impact, high and low temperature, and electromagnetic interference,
Ensure long-term stable operation in harsh industrial environments.

Modularity and ease of maintenance
Standardized VME module design, supports hot swapping and quick replacement, facilitates on-site maintenance and upgrades, and reduces system downtime.

Strong communication and system integration capabilities
Can work collaboratively with upper computer systems, PLC, SCADA, and other VME system modules,
Realize data sharing, centralized control, and remote monitoring.

Safety and self diagnostic function
Built in self checking mechanism and status monitoring, capable of real-time detection of module operation status and faults,
Provide alarm and protection functions to enhance system security.

Low power consumption and high efficiency
Optimize circuit design, reduce power consumption while ensuring high-performance computing, and support long-term continuous operation.

Widely applicable fields
Suitable for industrial automation, process control systems, energy management
In the fields of rail transit control, national defense, and aerospace embedded systems.

2025-10-20 BY
IN Company News

ABB SYN5201a-Z, V217 3BHB006714R0217 synchronizer

ABB SYN5201a-Z/V217 3BHB006714R0217 Synchronizer Product Features

High precision synchronous control
This synchronizer can accurately measure the speed and phase of motors or generators, achieving high-precision synchronous operation of multiple motors or generators.

Real time data processing capability
Built in high-speed processor, capable of real-time acquisition and processing of input signals,
Ensure fast and accurate synchronization adjustment to meet the high requirements for dynamic response in industrial control.

Industrial grade reliability design
Using industrial grade components that are resistant to high temperatures, vibrations, and electromagnetic interference,
Suitable for long-term stable operation in power systems, power plants, and other harsh industrial environments.

Multiple input/output interfaces
Supports multiple voltage, current, and pulse signal inputs, with multiple output modes,
Easy to integrate with control systems, PLCs, or protective devices.

Modular structure and ease of maintenance
Designed as modular, it facilitates on-site installation, replacement, or upgrade, reduces maintenance costs, and shortens downtime.

Security protection and self diagnostic function
Built in overvoltage, overcurrent protection, and signal self-test function,
Can detect abnormal states and issue alarms, improving the overall security of the system.

High compatibility
It can seamlessly integrate with ABB series control systems and other mainstream industrial control equipment, and is suitable for various synchronous control schemes.

High stability and long-term reliability
The product has undergone rigorous testing and has a long lifecycle and low failure rate, making it suitable for continuous operation in critical industrial applications.

Widely applicable fields
Suitable for power plants, industrial automation systems, motor drive control
Energy management systems and situations that require multiple devices to operate synchronously.

2025-10-20 BY
IN Company News

TRICONEX MA2211-100 Digital Input Module

TRICONEX MA2211-100 Digital Input Module Product Features

High reliability design
The module adopts the Triple Modular Redundancy (TMR) architecture concept,
Ensure that the input signal can maintain safe and stable system operation in any single point of failure situation,
Especially suitable for Safety Instrumented Systems (SIS).

Multi channel digital input
Provide multiple independent digital input channels, supporting various input methods such as dry contacts and wet contacts,
Meet the signal acquisition requirements of complex industrial sites.

Strong anti-interference performance
The module has excellent electromagnetic compatibility (EMC) design, which can effectively resist external electromagnetic noise, surge voltage, and transient interference,
Ensure the accuracy and reliability of signal acquisition.

Real time data collection and monitoring
Supports high-frequency sampling and fast input response, enabling real-time detection and feedback of key switch states and equipment start stop signals.

Self diagnosis and fault detection function
Built in channel self-test, power monitoring, and communication status detection functions,
It can automatically identify channel faults, disconnections, or input abnormalities and provide alarm prompts.

Redundancy and hot plug support
Supports online replacement and hot swapping, allowing for maintenance or module replacement without interrupting system operation,
Significantly improve system availability and maintenance efficiency.

Strong compatibility between communication and system
It can seamlessly cooperate with the main controller and other I/O modules of TRICONEX,
Support system level synchronous communication to ensure fast and stable signal transmission.

High security level
Compliant with international safety standards such as IEC 61508 and ISA 84,
Suitable for industrial control systems with extremely high safety requirements.

Wide environmental adaptability range
The design complies with industrial grade standards for temperature resistance, earthquake resistance, and corrosion prevention,
Can operate reliably for a long time in high temperature, high humidity, and high interference environments.

2025-10-09 BY
IN Company News

ENTERASYS A4H124-4FX P0973JN Network Switch

ENTERASYS A4H124-4FX P0973JN Network Switch

Product Overview

ENTERASYS A4H124-4FX (P0973JN) is a high-performance Layer 2+Ethernet manageable switch launched by Enterasys Networks in the United States, belonging to the A-Series enterprise level switching platform.
This switch is designed for high reliability applications such as industrial automation, enterprise network core/access layer, manufacturing control systems, etc. It has high bandwidth transmission capability, redundant link support, and advanced security and management features.
The “4FX” in the model indicates that the device integrates 4 fiber optic Fast Ethernet interfaces (100BASE-FX), suitable for industrial sites with high requirements for long-distance communication and anti-interference.

Technical Specifications

Product model: A4H124-4FX

Order number: P0973JN

Product Type: Managed Industrial Ethernet Switch

Manufacturer: Enterasys Networks (later merged into Extreme Networks)

port configuration

24 × 10/100 Mbps adaptive RJ-45 port

4 × 100BASE-FX fiber port (multimode fiber)

1 x Console Port (RS-232, RJ-45)

Support full duplex/half duplex automatic negotiation

performance parameters

Switching capacity: 8.8 Gbps

Packet forwarding rate: 6.5 Mpps (million packets per second)

MAC address table: 8000 entries

Memory cache: 2 MB (packet cache)

VLAN support:

IEEE 802.1Q VLAN

Supports up to 255 VLAN instances

Redundancy feature:

IEEE 802.1D STP / 802.1w RSTP / 802.1s MSTP

Link Aggregation (802.3ad LACP)

QoS (Quality of Service):

802.1p priority tagging

DSCP traffic classification

4th order queue scheduling (WRR/Strict Priority)

GE IS200JPDPG1A – DC Power Distribution Module, Advanced Industrial Control Solution

IS200TRLYH1BHH: Advanced PLC Control Module for Industrial Automation

GE IS200TSVOH1BCC – Advanced Servo Valve Termination Board for Mark VI Systems

2025-10-09 BY
IN Company News

Eaton XVS-440-10MPI-1-1AD Industrial Display

Eaton XVS-440-10MPI-1-1AD Industrial Display

Product Overview

Eaton XVS-440-10MPI-1-1AD is an XVS series industrial grade visual operating terminal (HMI) developed by Eaton Corporation, specifically designed for human-machine interaction applications in automation control systems.
This model is equipped with a 10.4-inch high brightness TFT color display screen, supports touch operation, has high-speed processing capability, rich communication interfaces, and industrial grade protection design.
It is often used in control systems such as Eaton, Siemens, ABB, etc. for tasks such as production line monitoring, equipment status display, parameter adjustment, alarm monitoring, etc. It is a key human-machine interaction interface in automation systems.

Technical Specifications

Product model: XVS-440-10MPI-1-1AD

Product Type: Industrial Human Machine Interface (HMI)/Industrial Display Controller

display:

Size: 10.4 inches

Type: TFT True Color LCD Screen

Resolution: 640 × 480 (VGA)

Brightness: ≥ 400 cd/m ²

Backlight: LED, high lifespan design

Touch mode: resistive touch screen (single point)

Processor:

High performance 32-bit RISC processor

Main frequency ≥ 400 MHz

Memory:

RAM：64 MB

Flash storage: 128 MB (expandable)

Communication interface:

MPI/PROFIBUS-DP communication interface (compatible with Siemens S7 PLC)

RS-232/RS-485 serial port

Ethernet (10/100 Mbps)

USB Host / Device

Optional CAN bus

Power requirements:

24 VDC (allowable range 18… 30VDC)

Power consumption: approximately 15W

Protection level:

Front panel: IP65 (dustproof and water-resistant)

Back: IP20

Work environment:

Temperature: 0 ° C to+50 ° C

Humidity: 10% to 90% (without condensation)

Installation method:

Embedded installation (panel opening installation)

Size: Approximately 320 × 240 × 70 mm

Certification standards:

CE、UL、cULus、RoHS

GE IS200EGDMH1A: IS200EGDMH1AAB Industrial Control Board

 Mark VI | IS200VTURH1B | Primary Turbine Protection Board

GE IS200EHPAG1A: Advanced Protection and Control Card for Industrial Automation

2025-10-09 BY
IN Company News

BENTLY 135137-01 Control Motherboard Module

BENTLY 135137-01 Control Motherboard Module

Product Overview

BENTLY NEVADA 135137-01 is a Control Motherboard Module designed by Bently Nevada (part of Baker Hughes) and is one of the core components of the 3500 series mechanical condition monitoring and protection system.
This module serves as the main backplane or central control interface of the system, used to coordinate the transmission of data, signals, and power between various functional modules (such as vibration monitoring cards, power modules, communication interface cards, etc.), and is the central unit of the entire monitoring system.

It provides unified electrical connections and signal distribution for the system, ensuring accurate synchronization and safe communication of data from various measurement channels, and plays a key role in the status monitoring and protection of turbines, compressors, and critical rotating machinery equipment.

Technical Specifications

Product model: 135137-01

Product type: Control Motherboard module

Brand: Bently Nevada/Baker Hughes

Series: 3500 Machinery Protection System

Main functions:

Distribution and management of power and signal for each module

System synchronization clock and control signal bus management

Channel coordination for data collection and monitoring signals

Inter module communication control and status monitoring

Supporting modules:

Monitoring cards (such as 3500/42M, 3500/22M, etc.)

Power module (3500/15)

Communication modules (3500/93, 3500/94)

Interface structure:

Multi slot plug-in backplane structure

Golden finger connection design, supporting high-speed bus transmission

Power supply requirements:

Used in conjunction with system power modules (such as 3500/15)

Typical input:+24VDC, distributed to each slot through the power module

Operating Temperature

0 ° C to+65 ° C (industrial grade)

Size:

Standard 3500 rack compatible size (19 inch cabinet installation)

Installation method:

Plug in installation on 3500 series mainframe

Certification standards:

CE, CSA, UL, ATEX (applicable to hazardous industrial environments)

GE IS200VAICH1CBB: Advanced Vibration Monitoring Module for Enhanced Machine Health Management

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2025-09-28 BY
IN Company News

CI930F 3BDH0001010R0005 Communication Interface Module

CI930F 3BDH0001010R0005 Communication Interface Module

Product Overview

ABB CI930F (order number 3BDH0001010R0005) is a communication interface module used in ABB industrial automation systems. It is mainly used for ABB AC 800M controllers or System 800xA systems to achieve data communication and protocol conversion between control systems and field devices, I/O subsystems, and third-party systems. As a key interface module, CI930F plays an important role in signal exchange, data integration, and system interconnection in the process industry.

Technical Specifications

Model: CI930F

Order number: 3BDH0001010R0005

Type: Communication Interface Module

Supporting protocols: Supports PROFIBUS, Modbus, IEC 61850, Ethernet/IP, etc. according to configuration (specific needs to refer to the adapter or firmware version matched)

Interface form: High speed fieldbus interface/Industrial Ethernet interface

Installation method: Plug in module, installed on the controller rack

Power requirement: Unified power supply from the control system rack

Redundancy capability: Supports redundant configuration to improve system reliability

Applicable systems: ABB AC 800M/800xA/Symphony+

Application scenarios

oil and gas

Oil and gas well monitoring

Pipeline transmission and compressor control

Electricity and Energy

Monitoring of power plant units

Substation automation communication interface

Chemical and Refining

Distributed control of production equipment

Key process parameter data collection

Metallurgy and Manufacturing Industry

Blast furnace and steel rolling process monitoring

Interconnection of production line equipment

Water Treatment and Environmental Protection

Water plant automation system

Intelligent monitoring and remote communication

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