SPECIFICATIONS
Part No.: IC3600EPSX1
Manufacturer: General Electric
Product Type: Volatge Regulator Circuit Board
Availability: In Stock
Voltage Type: DC
Series: Mark I and Mark II
Functional Description
IC3600EPSX1 is a Voltage Regulator Circuit Board developed by GE Fanuc. It is a part of Mark I and Mark II series. The board is designed to maintain stable voltage levels, ensuring that the connected systems operate efficiently and safely. It plays a crucial role in regulating voltage for various components in industrial equipment, such as motors, generators, and other systems.
Features
- Voltage Regulation: It maintains a constant voltage output by regulating fluctuations in the input power. This ensures the connected components, such as control systems or machinery, receive consistent voltage, which is critical for optimal operation and longevity. It is designed to handle the power needs of both small and large systems, ensuring stable voltage under varying load conditions.
- Auxiliary Ports for Easy Configuration: Four auxiliary ports located on the front of the board, which are clearly outlined in red plastic for easy identification. The ports are labeled Volts +, Volts -, ADJ, and Current, providing easy access for adjustments and monitoring:
- Volts +: Positive voltage connection for output regulation.
- Volts -: Negative voltage connection for output regulation.
- ADJ: Adjustment port for fine-tuning voltage output to match the system requirements.
- 12V Lamp Regulator: Includes a 12V Lamp Regulator feature, which ensures that the system's lamps or indicators receive stable power for reliable operation and clear visual feedback. This feature is essential for systems where visual indicators or alarms are critical to maintaining safety and operational awareness.
- Durability and Design: It is designed to operate under the demanding conditions found in industrial environments, offering durability and long-lasting performance. The high-quality components and robust construction help ensure that the board can withstand vibration, temperature variations, and other environmental factors commonly encountered in power plants and manufacturing facilities.
- Smoothing: A voltage regulator may include capacitors or filters to smooth out any ripples in the output voltage, ensuring a steady and clean power supply. This is particularly important for sensitive electronic devices that require precise power levels.
- Heat Dissipation: As voltage regulators convert excess energy into heat, they typically include heat sinks or thermal management systems to prevent overheating, which can affect performance or lead to system failure.
Benefits
- Improved System Stability: By regulating voltage, ensures that systems operate within the optimal voltage range, reducing the risk of equipment malfunction or damage. It contributes to overall system stability, especially in critical applications where voltage fluctuations can cause disruptions.
- Enhanced Operational Efficiency: The stable voltage output ensures that connected systems and components operate efficiently, reducing energy waste and improving overall performance. By preventing voltage spikes or drops, helps extend the lifespan of connected equipment.
- Ease of Monitoring and Adjustment: The auxiliary ports on the front of the board make it easy to monitor and adjust key parameters, including voltage and current. This flexibility is crucial for adapting to varying operational conditions or performing quick troubleshooting.
- Compact and Durable Design: The board's design is compact, yet robust enough to handle demanding industrial environments. It provides long-term reliability with minimal maintenance requirements.
Components
- Voltage Reference: A stable voltage source used to compare the input voltage against the required output voltage. This is the cornerstone of maintaining consistent output.
- Transistor or MOSFET: The switching element in the regulator that adjusts the output voltage. In linear regulators, a simple transistor or pass element is used, while in switching regulators, more complex devices like MOSFETs or IGBTs are used.
- Capacitors: Used for filtering and smoothing the output voltage. They help reduce ripple and noise in the output.
- Inductor (for switching regulators): Found in switch-mode power supplies, inductors are used to store energy and help convert the voltage to the desired level efficiently.
- Feedback Loop: A control system that continuously adjusts the output voltage by comparing it with the reference voltage. This feedback loop ensures that the voltage regulator maintains the correct output despite variations in input voltage or load.
- Heat Sink: Used in some voltage regulators, especially linear regulators, to dissipate the heat generated during operation.
The WOC team is always available to help you with your Mark I and II requirements. For more information, please contact WOC.
Frequently Asked Questions
What is IC3600EPSX1?
It is a Volatge Regulator Circuit Board developed by GE under VersaMax series.
How does a Voltage Regulator work?
It adjusts the input voltage using components like transistors or MOSFETs to maintain a constant output voltage, ensuring devices receive a steady power supply.
Where are Voltage Regulator Circuit Boards used?
They are used in power supplies, consumer electronics, automotive systems, battery-powered devices, and industrial equipment.
What components are in a Voltage Regulator Circuit Board?
It typically includes a voltage reference, transistors, capacitors, inductors (for switching regulators), a feedback loop, and sometimes a heat sink for cooling.
