DS3800NTIA | General Electric Tachometer Interface Board Mark IV
- Regular price
- $2,894.00
- Sale price
- $2,894.00
- Regular price
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Product Description P/N: DS3800NTIA
Description
The DS3800NTIA is a General Electric Mark IV Tachometer Interface Board designed for precise tachometer signal processing. It interfaces with tachometers to accurately measure and transmit speed data, ensuring reliable performance and control in industrial systems. This board supports accurate speed monitoring and integration, enhancing system stability and efficiency in demanding environments.
Technical Specifications
Condition | New / Never Used Surplus |
Brand | General Electric |
Category | Drives |
Part Number | DS3800NTIA |
Subcategory | Control/Interface Board |
Product Type | Tachometer Interface Board |
Series | Mark IV |
Information About DS3800NTIA
The DS3800NTIA from General Electric is a Tachometer Interface Board specifically designed for use within the Mark IV series of control systems. As a crucial component in the drives category, this board plays an essential role in interfacing tachometers with control systems, enabling precise speed and position feedback for effective drive management.
The DS3800NTIA serves as a dedicated interface board, facilitating the communication between tachometers—devices that measure rotational speed or velocity—and the control systems that utilize this data for various operational functions. This interface is integral to maintaining accurate speed control and monitoring in systems where precise feedback is critical for performance.
As part of the Mark IV series, the DS3800NTIA is engineered to meet high standards of reliability and performance. The board is designed to handle the specific requirements of tachometer integration, ensuring that speed and position data are accurately transmitted and interpreted by the control system. This capability is essential for applications that demand high precision, such as in motor control and automation systems.
The board’s role extends beyond simple data transfer; it actively manages the conversion and conditioning of tachometer signals to ensure they are compatible with the control system’s input requirements. This process helps to prevent signal degradation and ensures that the control system receives accurate and stable feedback, which is crucial for maintaining optimal performance and system integrity.
In summary, the DS3800NTIA Tachometer Interface Board from General Electric’s Mark IV series is a vital component for integrating tachometers into control systems. Its specialized design ensures precise and reliable speed and position feedback, contributing to the effective management of drive systems. As part of the Mark IV series, it adheres to rigorous performance standards, making it a key asset for applications requiring accurate and reliable tachometer interfacing.
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. GE is known for its innovations in technology, manufacturing, and infrastructure solutions.
Description
The DS3800NTIA is a General Electric Mark IV Tachometer Interface Board designed for precise tachometer signal processing. It interfaces with tachometers to accurately measure and transmit speed data, ensuring reliable performance and control in industrial systems. This board supports accurate speed monitoring and integration, enhancing system stability and efficiency in demanding environments.
Technical Specifications
Condition | New / Never Used Surplus |
Brand | General Electric |
Category | Drives |
Part Number | DS3800NTIA |
Subcategory | Control/Interface Board |
Product Type | Tachometer Interface Board |
Series | Mark IV |
Information About DS3800NTIA
The DS3800NTIA from General Electric is a Tachometer Interface Board specifically designed for use within the Mark IV series of control systems. As a crucial component in the drives category, this board plays an essential role in interfacing tachometers with control systems, enabling precise speed and position feedback for effective drive management.
The DS3800NTIA serves as a dedicated interface board, facilitating the communication between tachometers—devices that measure rotational speed or velocity—and the control systems that utilize this data for various operational functions. This interface is integral to maintaining accurate speed control and monitoring in systems where precise feedback is critical for performance.
As part of the Mark IV series, the DS3800NTIA is engineered to meet high standards of reliability and performance. The board is designed to handle the specific requirements of tachometer integration, ensuring that speed and position data are accurately transmitted and interpreted by the control system. This capability is essential for applications that demand high precision, such as in motor control and automation systems.
The board’s role extends beyond simple data transfer; it actively manages the conversion and conditioning of tachometer signals to ensure they are compatible with the control system’s input requirements. This process helps to prevent signal degradation and ensures that the control system receives accurate and stable feedback, which is crucial for maintaining optimal performance and system integrity.
In summary, the DS3800NTIA Tachometer Interface Board from General Electric’s Mark IV series is a vital component for integrating tachometers into control systems. Its specialized design ensures precise and reliable speed and position feedback, contributing to the effective management of drive systems. As part of the Mark IV series, it adheres to rigorous performance standards, making it a key asset for applications requiring accurate and reliable tachometer interfacing.
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. GE is known for its innovations in technology, manufacturing, and infrastructure solutions.