IS200ECTBG1A | General Electric Exciter Contact Terminal Board

IS200ECTBG1A | General Electric Exciter Contact Terminal Board

Product Description P/N: DS3800DVRC Description / Specifications Description The DS3800DVRC is a turbine regulator circuit board manufactured by General Electric and is part of the Speedtronic Mark IV Series. Its primary function is to mitigate energy spikes within the turbine system caused by power surges. The board incorporates various components, including around eighty small resistors with color band markings denoting their ohmic capacity. Additionally, it features three variable resistors identifiable by black knobs with white arrows for adjustment, allowing precise control over energy flow. 

Each variable resistor is labeled from zero to one hundred, with hash marks indicating intervals of ten degrees. Technical Specifications Manufacturer General Electric Model Number DS3800DVRC Series Speedtronic Mark IV Series Main Function Preventing energy spikes in the turbine system due to power surges Resistors Around eighty small resistors with different color band markings indicating their ohmic capacity Variable Resistors Three variable resistors or potentiometers with black knobs for adjustment, each labeled from zero to one hundred Power Resistors Ten power resistors of varying sizes to handle and disperse high-power energy during surges EEPROM Chips Five EEPROM chips storing preprogrammed instructions for board operation Additional Programming Provision for adding a sixth EEPROM chip for custom programming, labeled "SPARE" Information About DS3800DVRC 

 The DS3800DVRC by General Electric is an essential component within the Speedtronic Mark IV Series, engineered to prevent energy spikes in turbine systems caused by power surges. This protection is critical for maintaining the stability and efficiency of turbine operations, ensuring that power surges do not damage sensitive equipment or interrupt operations. At the core of the DS3800DVRC's functionality is its sophisticated arrangement of resistors. The board features approximately eighty small resistors, each marked with color bands that denote their specific ohmic capacity. 

This diverse array of resistors allows the board to manage a wide range of electrical loads, providing precise control over current flow and preventing excessive voltage from causing damage. Complementing these fixed resistors are three variable resistors, also known as potentiometers. These components are equipped with black knobs that allow for manual adjustment, with each knob calibrated from zero to one hundred. This adjustability enables fine-tuning of the board's performance, allowing operators to tailor the energy management capabilities to the specific requirements of their turbine system. 

 To handle and dissipate high-power energy during surges, the DS3800DVRC is equipped with ten power resistors of varying sizes. These power resistors are specifically designed to manage significant energy loads, converting excess electrical energy into heat and thereby protecting other components of the turbine system from potential damage. The board also integrates five EEPROM chips, which store preprogrammed instructions that govern its operation. 

These EEPROM chips are crucial for ensuring that the DS3800DVRC performs its protective functions accurately and consistently. In addition to the pre-installed EEPROMs, there is provision for adding a sixth EEPROM chip, labeled "SPARE." This allows for custom programming, providing flexibility for future enhancements or specific operational requirements. Overall, the DS3800DVRC's design is a testament to General Electric's commitment to reliability and precision in power management. Its comprehensive array of resistors, both fixed and variable, along with its robust power resistors, ensure that it can effectively manage power surges and prevent energy spikes. The inclusion of EEPROM chips for preprogrammed instructions, and the option for additional custom programming, further enhances the board's adaptability and functionality. 

 In summary, the DS3800DVRC Speedtronic Mark IV Series board is a high-performance solution designed to safeguard turbine systems from energy spikes caused by power surges. Its intricate resistor network, combined with adjustable potentiometers and powerful energy-dispersing resistors, ensures robust protection and operational stability. The integration of EEPROM chips for preprogrammed instructions, along with the provision for custom programming, underscores the board's versatility and reliability in demanding industrial environments. Manufacturer information General Electric (GE) is a multinational conglomerate founded in 1892, based in the United States. It operates in various industries, including aviation, healthcare, renewable energy, and power. 

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