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IC3600SVZB1 Computer Adjustment Card

IC3600SVZB1 Computer Adjustment Card

Product manual:

IC3600SVZB1 is a computer control card in the GE gas turbine control system,
It belongs to the Mark series control module. It is used to regulate and control various important parameters of gas turbines,
Ensure the efficient and safe operation of gas turbines.
Function and Features
Regulation and control:
Mainly responsible for real-time adjustment of gas turbine operation, processing data from sensors,
Adjust key parameters such as speed, temperature, and pressure of the gas turbine.
Implement operations such as start-up, load regulation, and shutdown to ensure that the gas turbine operates at its optimal state.
Real time data processing:
Provide real-time monitoring and analysis of various operational data of gas turbines,
Capable of automatically adjusting control strategies based on data to optimize the working state of gas turbines.
safeguard:
Equipped with multiple safety protection functions, including fault protection against overspeed, overheating, overvoltage, etc,
Being able to respond quickly in case of abnormalities and protect equipment from damage.
technical specifications
Input power supply: usually 24V DC (depending on device requirements).
Input signal: Supports analog signals (such as 4-20mA, 0-10V) and digital signal input and output.
Working temperature: Designed to operate within a wide temperature range, typically from -40 ° C to+70 ° C.
application
Gas turbine control system: used for precise regulation and control of gas turbines.
Energy and power generation industry: widely used in power stations and gas-fired power generation equipment,
Ensure the efficient operation of gas turbines.
maintain
Regularly check the power supply and input signals to ensure that the equipment is working properly, and check if the protection mechanism is working properly to avoid potential faults.

Product details picture:

GE Fanuc DS3800HCMC1A1B: Industrial Control System Module

General Electric IS230SNRTH2A – High-Performance Control Circuit Board

IC3600SVZA1B control board

IC3600SVZA1B control board

Product manual:

IC3600SVZA1B is a part of the GE gas turbine control system,
It belongs to the Mark series control module and is mainly used to handle control tasks for gas turbines.
It is commonly used to monitor and control key parameters of gas turbines, such as speed, temperature
Pressure and other factors ensure the smooth and safe operation of the gas turbine.
Function and Features
Control task: Processing and regulating the working status of gas turbines, controlling operations such as start-up, shutdown, and load adjustment.
Real time data monitoring: Monitor various parameters of the gas turbine and automatically adjust them based on the data to ensure that the system operates within a safe range.
Security protection: It has multiple protection functions, such as overspeed protection, overtemperature protection, overvoltage protection, etc., to prevent equipment damage.
technical specifications
Input power supply: 24V DC (or depending on device requirements).
Interface type: Supports input and output of analog and digital signals.
Work environment: Designed to withstand high temperatures and interference, suitable for industrial environments.
application
Gas turbine control: used for starting, regulating, and protecting gas turbines.
Electricity and energy industry: commonly found in power stations and natural gas power generation equipment.

Product details picture:

GE FANUC IC693ALG390 Analog Output I/O

GE 369-A200 Industrial Control Module

IC3600SPRB1 Gas Turbine Control

IC3600SPRB1 Gas Turbine Control

Product manual:

C3600SPRB1 is a key component in GE’s gas turbine control system, responsible for managing the start-up, operation, regulation, and safety protection of gas turbines.
Function and Features
Gas turbine control: responsible for regulating the speed, temperature, pressure, etc. of the gas turbine to ensure stable operation.
Security protection: It has protection functions such as over speed, over temperature, and over voltage to prevent equipment damage.
Real time monitoring: Collect operational data and analyze it to ensure the safe operation of equipment.
technical specifications
Power input: typically 24V DC.
Signal type: Supports analog signals (4-20mA, 0-10V) and digital signals.
Working temperature:- 40 ° C to+70 ° C, suitable for industrial environments.
application
Widely used in the power, oil and gas industries to ensure the safe and efficient operation of gas turbines.
maintain
Regularly check the power supply, signal input, and protection functions to ensure stable system operation.

Product details picture:

General Electric IC697VRD008 – Advanced Control Module

GE DS200TCEAG1BNE Transparent Communication Module

IC3600LSFD1B control board

IC3600LSFD1B control board

Product manual:

Function and Features
Signal processing and control:
The control board receives input signals from external sensors or control systems,
And process and judge based on these signals, ultimately controlling the actions of actuators or other components.
Control output:
The processed signal will be used to drive actuators such as motors, valves, relays, etc,
Accurately adjust the working state and action of the equipment.
System integration:
This control board can be integrated with other Mark series modules from GE
Sensors and actuators are seamlessly integrated to form a stable and coordinated automation control system.
Input/output interface:
Provide multiple input and output interfaces, supporting various signal types such as analog signals, digital signals, relay switches, etc.
High reliability and durability:
Designed with strong anti-interference ability, it can work stably in harsh industrial environments, ensuring the long-term operation of the system.
technical specifications
Input voltage:
Control boards typically support standard voltage inputs, such as 24V DC or other common voltages,
The specific specifications may vary depending on the product model.
Input signal:
Supports analog input (such as 4-20mA or 0-10V) and digital input (switch signal)
Adapt to different types of sensors and monitoring devices with various signal types.
Output signal:
Provide multiple output signals, including analog outputs (0-10V, 4-20mA) and digital outputs (switch signals), to drive external actuators.
Communication interface:
Equipped with communication interfaces, it supports data exchange, remote monitoring, or system integration with other modules.
Work environment:
Working temperature: usually between -40 ° C and+70 ° C, suitable for harsh industrial environments.
Humidity: 5% -95% without condensation.

Product details picture:

GE 745-W3-P511-G51-HI-R-E H Series Multilin Relay

GE 369-HI-R-M-F-E-H-E Motor Management Relay for Industrial Control Systems

IC3600EPSS1B power supply board

IC3600EPSS1B power supply board

Product manual:

Function and Features
Power conversion and stabilization:
Convert alternating current (AC) or direct current (DC) power to a DC voltage suitable for other components of the system.
Built in voltage regulator module ensures that the output voltage remains within a stable range, avoiding voltage fluctuations from affecting the equipment.
Multiple output channels:
Provide multiple voltage output channels (such as 5V, 12V, 24V DC) to meet the power requirements of different modules or devices.
Overload protection:
It has overload, overvoltage, short circuit and other protection mechanisms to ensure that the system will not be damaged due to power issues.
High efficiency and reliability:
Designed for long-term operation, with high efficiency and reliability, suitable for various harsh industrial environments.
technical specifications
Input voltage:
The input voltage range may be 110V-240V AC or 24V DC (depending on the specific model).
Provide multiple input ports for easy access to different types of power sources.
Output voltage:
The output voltage usually includes common 5V, 12V, 24V DC, etc., ensuring compatibility with multiple devices.
Power capacity:
The output power generally ranges from several hundred watts to kilowatts, meeting the power requirements of multiple modules in the system.
Protection function:
Overload protection: When the load exceeds the maximum load of the power board, it automatically disconnects or limits the current.
Short circuit protection: Protect the power board from damage caused by short circuits.
Temperature protection: Monitor the temperature of the power board to avoid overheating faults.
Work environment:
Working temperature range:- 40 ° C to+70 ° C (specific models vary).
Humidity: 5% -95% without condensation.
Interface and Connection:
Power boards are usually equipped with standard electrical interfaces that are easy to connect with other modules or control units

Product details picture:

GE FANUC IC693MDL240: High-Performance Input Module for Industrial Control

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IC3600SSKAIE driver board

IC3600SSKAIE driver board

Product manual:

Function and Features
Motor or actuator drive:
This board is used to provide necessary driving signals for actuators such as motors, valves, and transmission devices to control their operation.
Signal conversion and amplification:
Convert low-level signals from the control system into high-power output signals that can drive actuators.
Including the conversion and amplification of analog and digital signals to adapt to different types of actuators.
Multi channel output:
Driver boards typically support multiple output channels and can control multiple motors or actuators.
Compatibility and modular design:
Modular design facilitates integration with other Mark series modules and is highly compatible with control systems, supporting quick replacement.
technical specifications
Input voltage:
Driver boards typically require a standard power input, which may be 24V DC or higher depending on the specific model.
Output power:
Provide different power outputs to adapt to controlling motors and loads of different sizes.
The output power may range from tens of watts to several kilowatts.
Drive signal type:
The types of driving signals may include digital switch signals, analog voltage signals (such as 4-20mA or 0-10V), and PWM (pulse width modulation) signals.
Protection function:
Overload protection, short circuit protection, over temperature protection, etc. ensure the safety and stability of the equipment.
Interface type:
Standard slot interface, usually compatible with other modules in GE Mark system, easy to install.
Work environment:
Working temperature: usually between -40 ° C and+70 ° C, suitable for extreme environments.
Humidity: 5% -95% (without condensation).
Physical dimensions:
Designed for standard rack size and compatible with GE’s Mark system architecture.

Product details picture:

Fanuc A20B-2100-0762/08C – Advanced Control Module for Precision Manufacturing

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IC3600SVSAIE DC power supply board

IC3600SVSAIE DC power supply board

Product manual:

Function and Features
Provide DC power supply:
Provide necessary DC voltages (such as 5V, 12V, 24V DC, etc.) for each module in the system to ensure the normal operation of the circuit.
Voltage stabilization and filtering:
Power boards usually have built-in voltage stabilization circuits to ensure stable output voltage and reduce the impact of power supply noise on the system.
Multi channel output:
It may support multiple voltage output channels to meet the power requirements of different components.
Overload protection:
Built in overload protection mechanism to prevent equipment damage caused by power overload or short circuit.
technical specifications
Input/output voltage:
Input voltage range: usually 24V or 110V AC, depending on the model.
Output voltage: commonly 5V, 12V, 24V DC, suitable for different devices.
Interface type:
Usually connected to the system main control unit through standardized interfaces.
Work environment:
Working temperature:- 40 ° C to+70 ° C (depending on the model).
Humidity range: 5% -95% (without condensation).
Physical dimensions:
Design and adapt to GE Mark series racks or other control cabinets according to system requirements.
application area
Industrial automation:
Provide stable power support for various automation control systems, sensors, actuators, and other equipment.
Turbine control system:
In gas or steam turbine control systems, as a power supply module, it ensures the stable operation of various electronic modules in the system.
Energy industry:
Control and monitoring equipment used in power and energy systems to ensure reliable power supply to the system.
Other high demand electronic systems:
Suitable for systems that require high reliability, such as power plants, oil and gas equipment, etc.

Product details picture:

General Electric Fanuc IC693CPU350-EK Single Slot CPU Module

GE-FANUC IC693MDL648 Isolated Input Module

IC3600EPSCIB Relay Circuit Board

IC3600EPSCIB Relay Circuit Board

Product manual:

Function and Features
Relay control:
Manage multiple relay channels for device on/off operations.
Provide efficient current switching function, suitable for different types of loads.
Signal isolation:
Implement electrical isolation of signals to protect the control system from high voltage or current effects.
Modular design:
Plug in design, easy to install and maintain, seamlessly integrated with GE Mark series systems.
technical specifications
Relay channel:
Support multiple relay output channels, each channel can be independently controlled.
Electrical parameters:
Working voltage: commonly 24V DC or 110V AC.
Output power: Depending on the specific model, it may support switching currents of 5A or higher.
Interface type:
Standardized slots or terminal connections for easy connection with the main control system.
Work environment:
Working temperature:- 40 ° C to+70 ° C.
Humidity range: 5% -95% (without condensation).
Size and installation:
Standard size design, compatible with GE Mark series racks.
application area
Turbine control:
Control the execution of start-up, shutdown, and safety functions in gas or steam turbines.
Industrial automation:
Manage the on/off operation of pumps, valves, or motors.
Energy system:
Used for load switching and protection of power generation equipment or distribution systems.
Other control systems:
Used for industrial applications that require relay operation.
Maintenance and fault diagnosis
Regular inspection:
Check the wear of relay contacts and the physical condition of the circuit board.
Signal testing:
Use a multimeter to test the switch status of input signals and output relays.
Cleaning and maintenance:
Clean the dust on the circuit board and relays to avoid short circuits or overheating issues.
Fault handling:
If the relay cannot switch normally, check whether the power supply, input signal or load is normal.
Replacement and spare parts:
Replace the same model module when the relay fails or the circuit board is damaged.

Product details picture:

GE FANUC IC752SPL014 Load-Commutated Inverter

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IC3600AOACIF circuit board

IC3600AOACIF circuit board

Product manual:

Function and Features
Analog output:
This circuit board converts digital signals into analog signals for controlling external devices.
Supports multiple analog channel outputs, typically used for executing precision control.
Modular design:
Compatible with other Mark series modules, easy to install and replace.
High reliability:
Industrial grade design, suitable for harsh environments such as high temperature, high humidity, and vibration.
Signal amplification and isolation:
Contains signal amplification circuit to ensure output signal strength.
The electrical isolation function reduces interference and improves system stability.
Protection function:
It has overload protection, overheating protection, and short circuit protection functions to ensure system safety.
Technical specifications (which may include the following)
Output characteristics:
Output signal type: Analog voltage or current (such as 4-20mA, 0-10V).
Number of channels: Supports multi-channel output.
Power supply requirements:
Input voltage: usually 5V or 24V DC.
Interface type:
Standardized slot interface, seamlessly connected to the host system.
Work environment:
Working temperature:- 40 ° C to+70 ° C.
Humidity range: 5% -95% (without condensation).
Physical dimensions:
Compliant with GE Mark series rack installation standards.
application area
Turbine control system:
Used for controlling gas or steam turbines, regulating valves, actuators, and other equipment.
Industrial automation:
Control the pumps, valves, and other executing equipment in the factory.
Energy industry:
Used for precise control in environments such as power plants and petrochemical facilities.
Other control systems:
Suitable for other industrial control systems that require analog signal control.

Product details picture:

GE-FANUC 531X175SSBAYM2 BIU Card

GE IC697MDL740 Digital I/O Module – High Performance Discrete Output Interface

IC3650SGDB1 control board

IC3650SGDB1 control board

Product manual:

Functional Features
Signal processing and control:
Collect input signals from sensors, execute logical control, and output control instructions.
Modular design:
Easy to integrate and replace, suitable for complex industrial control requirements.
High reliability:
Designed for long-term operation, high temperature resistance, vibration resistance, and suitable for harsh environments.
Data communication:
May support data exchange with other modules or upper computers, providing status feedback for the control system.
Protection function:
Contains circuit protection mechanisms, such as overcurrent, overvoltage, or short-circuit protection, to ensure the safe operation of the system.
Technical specifications (may include the following parameters)
Power supply requirements:
Working voltage: usually 5V, 12V or 24V DC.
Power consumption: Please refer to the product manual for specific values.
Interface type:
Multi pin interface is used for signal input and output.
Terminal interfaces or slots are used for module connections.
Circuit composition:
This may include analog signal processors, microcontrollers, driver circuits, and protection circuits.
Operating environment:
Working temperature:- 20 ° C to+70 ° C.
Relative humidity: 5% to 95% (without condensation).
Physical dimensions:
Compliant with industrial standard dimensions, convenient for rack or control cabinet installation.
application area
Energy industry:
Used in turbine control systems to achieve precise control of parameters such as speed, temperature, and pressure.
Industrial automation:
Provide automation and logic control functions in large factory equipment.
Communication system:
It may serve as an interface board to connect external devices for data collection and transmission.
Monitoring and Protection:
Real time monitoring of system operation and timely response to abnormal situations

Product details picture:

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