DS3800NVPA

DS3800NVPA is a Voltage Protection Board developed by GE under Mark IV system. The voltage protection board helps to prevent damage to these components caused by electrical surges or spikes that may occur due to lightning strikes, power grid fluctuations, or other sources of electrical interference.

Features

• Voltage Protection Board: Designed as a Voltage Protection Board, emphasizing its critical role in monitoring and protecting electrical systems from voltage irregularities. Its primary function is to maintain voltage levels within safe operating limits to ensure the reliable and safe operation of the entire system.
• LED Indicators: Equipped with three LED indicators. These LEDs serve as visual status indicators, providing real-time feedback on the board's operational status and potential voltage-related issues. The LEDs' illumination patterns can help operators and technicians quickly identify any voltage-related anomalies or protective actions taking place.
• EPROM and EEPROMs: Features a combination of twenty-two EPROM (Erasable Programmable Read-Only Memory) and EEPROM (Electrically Erasable Programmable Read-Only Memory) components. These memory chips are used for storing critical data, such as voltage protection algorithms, system parameters, and firmware.
• Motherboard with Daughter Board Support: Functions as a motherboard with support for a daughter board. The main board features four pegs strategically positioned to accommodate the attachment of a daughter board. This configuration allows for modularity and expandability, enabling the addition of specialized functionalities or enhancements to the voltage protection system.
• Enhanced Protection Capabilities: As a voltage protection board, it implements advanced protection mechanisms to monitor and control voltage levels. It is designed to respond quickly to voltage fluctuations, such as overvoltage and undervoltage conditions, to prevent potential damage to sensitive equipment and ensure continuous system reliability.
• Integration into the Mark IV System: Engineered to seamlessly integrate into the Mark IV system. This compatibility allows it to work harmoniously with other control and protection modules within the system, facilitating efficient coordination and operation of the entire electrical setup.
• Safety and Reliability: With its robust design and advanced protection features, the component prioritizes safety and reliability. The board is built to withstand the demanding conditions of electrical systems, providing consistent protection to critical components and contributing to the overall stability of the power generation or distribution system.
• Modular Design for Customization: The motherboard design of the component, with its support for a daughter board, offers flexibility and customization options. Users can add specific functionalities or tailor the voltage protection system to meet the unique requirements of their electrical setup.
• Real-Time Monitoring and Response: Continuously monitors voltage levels in real-time. In the event of abnormal voltage conditions, the board responds swiftly with protective measures, such as tripping breakers or signaling the control system to initiate corrective actions, preventing potential damage and system failures.

Product Attributes

• Surge Protection: The primary function of a voltage protection board is to protect connected devices from power surges, spikes, and electrical interference.
• Multiple Outlets: A voltage protection board may have multiple electrical outlets, allowing you to plug in multiple devices.
• Grounding: The board should have a proper grounding system to divert excess voltage away from the connected devices and into the ground.
• Indicator Lights: Some voltage protection boards have indicator lights that show whether the board is functioning properly and if there are any issues with the power supply.
• EMI/RFI Noise Filtering: Some boards may also have EMI/RFI (Electromagnetic Interference/Radio Frequency Interference) filtering to reduce noise interference that can affect electronic devices.
• Overload Protection: Some models may have overload protection, which can automatically shut off power to the board if it detects an excessive load or a short circuit.