ct scanner spare parts

FCV BOARD DXI CP/N:2156520] The FCV Board DXI (Part Number: 2156520) is a crucial component in GE CT scanners, responsible for controlling and regulating various functions within the system. It plays a key role in managing power distribution and ensuring stable operation of different subsystems. A properly functioning FCV Board is essential for maintaining imaging accuracy and system reliability. This refurbished and tested board serves as a cost-effective replacement, helping to restore the performance of CT scanners. It is designed to meet OEM standards and is a vital part for maintaining the longevity of compatible GE CT models The FCV Board DXI (Part Number: 2156520) is a crucial component in GE CT scanners, responsible for controlling and regulating various functions within the system. It plays a key role in managing power distribution and ensuring stable operation of different subsystems. A properly functioning FCV Board is essential for maintaining imaging accuracy and system reliability. This refurbished and tested board serves as a cost-effective replacement, helping to restore the performance of CT scanners. It is designed to meet OEM standards and is a vital part for maintaining the longevity of compatible GE CT models.

EMERSON POWER SUPPLY(73-690-6017] Long Description: The Emerson 73-690-6017L Power Supply is a high-efficiency power unit designed for medical imaging systems, specifically GE CT scanners. It provides stable and reliable power output, ensuring the seamless operation of essential components in the scanner. With robust protection features such as overload protection, overvoltage safeguards, and thermal management, this power supply enhances system longevity and performance. The unit is designed for easy installation, minimizing system downtime during maintenance or replacement. Engineered with high-quality components, it delivers consistent power output, making it an essential part of your CT scanner's electrical system. Technical Specifications: · Input Voltage: 100-240V AC, 50/60Hz · Output Voltage: 12V DC/24V DC(as per model specifications) • Power Output: Typically 500W-1000W (depending on usage) • Protection Features: Overvoltage, Overcurrent, Overheat Protection • Cooling Mechanism: Built-in heat dissipation and fan cooling • Connector Type: Standard power supply connectors for GE CT scanner models Long Description: The Emerson 73-690-6017L Power Supply is a high-efficiency power unit designed for medical imaging systems, specifically GE CT scanners, It provides stable and reliable power output, ensuring the seamless operation of essential components in the scanner. With robust protection features such as overload protection, overvoltage safeguards, and thermal management, this power supply enhances system longevity and performance. The unit is designed for easy installation, minimizing system downtime during maintenance or replacement. Engineered with high-quality components, it delivers consistent power output, making it an essential part of your CT scanner's electrical system.Technical Specifications: • Input Voltage: 100-240V AC, 50/60H2 • Power Output: Typically 500W-1000W (depending on usage) • Protection Features: Overvoltage, Overcurrent, Overheat Protection • Cooling Mechanism: Builtin heat dissipation and fan cooling • connector Type: Standard power supply connectors for GE CI scanner models

DTRF BOARD (PART NUMBER:2246883)The DTRF Board (Part Number: 2246883) is an essential component in GE CT scanners, responsible for data transmission and signal processing within the system. It operation ensures smooth communication between various scanner modules, contributing to accurate imaging and reliable performance, A properly functioning DTRF board is crucial for maintaining system stability and optimizing scan quality. This refurbished and tested board serves as a cost-effective replacement for faulty or damaged units, helping to extend the lifespan of your CT scanner. Designed for compatibility with specific GE CT scanner models, it supports efficient and consistent system operation. The DTRF Board (Part Number: 2246883)is an essential component in GE CT scanners, responsible for data transmission and signal processing within the system. It ensures smooth communication between various scanner modules, contributing to accurate imaging and reliable performance. A properly functioning DTRF board is crucial for maintaining system stability and optimizing scan quality. This refurbished and tested board serves as a cost-effective replacement for faulty or damaged units, helping to extend the lifespan of your CT scanner. Designed for compatibilit with specific GE CT scanner models, it supports efficient and consistent system operation.

DIP BOARD (PART NO:5220230) The DIP Board (Part No: 5220230) is a critical electronic component used in GE CT scanners to manage data interface and processing functions. It plays a key role in ensuring seamless communication between various system components, facilitating accurate data transfer for high-quality imaging. Designed for durability and efficiency, this board integrates advanced circuitry to optimize performance and minimize signal interference Its robust construction ensures long-term reliability, reducing system downtime and maintenance needs. As an essential replacement part, the DIP Board helps maintain the smooth operation of GE CT scanners, ensurinq precise diaanostic results. The DIP Board (Part No: 5220230) is a critical electronic component used in GE CT scanners to manage data interface and processing functions. It plays a key role in ensuring seamless communication between various system components, facilitating acurate data transfer for high-quality imaging. Designed for durability and efficiency, this board intearates advanced circuitry to optimize performance and minimize signal interference. Its robust construction ensures long-term reliability, reducing system downtime and maintenance needs. As an essential replacement part, the Dp Board helps maintain the smooth operation of GE cT scanners, ensuring precise diagnostic results.

CTICPU BOARD (P/N:22242P96-31 The CTI CPU Board 22242P96-3 is a critical component of GE CT scanners, responsible for processing and managing data flow between various system modules. This board ensures efficient operation by handling computational tasks, communication with imaging components, and interfacing with control systems, Designed for reliability, it features high-performance circuitry to support realtime imace processina. It is a vital part of the scanner's control system, helping maintain optimal performance and image accuracy. This board is commonly used in GE HiSpeed and BrightSpeed series CT scanners. The CTI CPU Board 22242P96-3 is a critical component of GE CT scanners, responsible for processing and managing data flow between various system modules. This board ensures efficient operation by handling computational tasks, communication with imaging components, and interfacing with control systems. Designed for reliability, it features high-performance circuitry to support real-time image processing, It is a vital part of the scanner's control system, helping maintain optimal performance and image accuracy. This board is commonly used in GE Hispeed and BrightSpeed series CT scanners

CONTROL BACKPLANE BOARD ASSY (P/N: 2171664] The Control Backplane BD ASSY 2171664 is a critical component of GE CT scanners, specifically designed for data acquisition systems. This board plays a crucial role in processing and transmitting signals from the scanner's detectors to the imaging system, ensuring precise and high-quality imaging. Engineered for durability and reliability, it helps maintain optimal system performance minimizing downtime. It is essential for maintaining smooth scanner operation and accurate diagnostics. Proper handling and installation of this board are necessary to prevent any issues related to electronic signal transmission. The Control Backplane BD ASSY 2171664 is a critical component of GE CT scanners, specifically designed for data acauisition systems. This board plays a crucial role in processinq and transmittinq sianals from the scanner's detectors to the imaging system, ensuring precise and high-quality imaging. Engineered for durability and reliability, it helps maintain optimal system performance, minimizing downtime. It is essential for maintaining smooth scanner operation and accurate diacnostics. proper handlinq and installation of this board are necessary to prevent any issues related to electronic signal transmission.

COLLIMATOR CONTROL BOARD ASSEMBLY (PART NO:5233004] The Collimator Control Board Assembly (Part No: 5233004) is an essential component in GE CT scanners, responsible for managing the collimation system that shapes and controls the x-ray beam. This board ensures precise beam width adjustments, reducing scatter radiation and enhancing image clarity. Designed for high performance and reliability, it integrates seamlessly with the scanner's collimation mechanism, contributing to consistent and accurate imaging, Built with advanced circuitry and durable materials, this board helps maintain optimal scanner operation, minimizing downtime and ensuring precise diagnostic results. It is a critical replacement part for maintaining CT system efficiency COLLIMATOR CONTROL BOARD ASSEMBLY (PART NO:5233004] The Collimator Control Board Assembly (Part No: 5233004) is an essential component in GE CT scanners, responsible for managing the collimation system that shapes and controls the x-ray beam. This board ensures precise beam width adjustments, reducing scatter radiation and enhancing image clarity. Designed for high performance and reliability, it integrates seamlessly with the scanner's collimation mechanism, contributing to consistent and accurate imaging, Built with advanced circuitry and durable materials, this board helps maintain optimal scanner operation, minimizing downtime and ensuring precise diagnostic results. It is a critical replacement part for maintaining CT system efficiency

COLLIMATOR BOARD (PART NO: 2159579] The Collimator Board (Part No: 2159579) is a crucial electronic component used in GE CT scanners to control the collimation system, which adjusts the X-ray beam width for optimal image quality, This board ensures precise alignment and modulation of the x-ray beam reducing scatter radiation and enhancing diagnostic accuracy. Desianed for hiah reliabilitv, it intearates seamlessly with the CT system, contributing to efficient imaging performance. Manufactured with durable materials and advanced circuitry, this board helps maintain consistent operation, minimizing downtime. It is a vital replacement part for ensuring smooth and accurate functioning of the CT scanner's collimation mechanism. The Collimator Board (Part No: 2159579)is a crucial electronic component used in GE CT scanners to control the collimation system, which adjusts the X-ray beam width for optimal image quality. This board ensures precise alignment and modulation of the X-ray beam, reducing scatter radiation and enhancing diagnostic accuracy. Designed for high reliability, it integrates seamlessly with the CT system, contributing to efficient imaging performance. Manufactured with durable materials and advanced circuitry, this board helps maintain consistent operation, minimizing downtime. It is a vital replacement part for ensuring smooth and accurate functioning of the CT scanner's collimation mechanism

BIT3 BOARD [P/NO.2124215-2) The GE CT BIT3 Board (Part No: 2124215-2) is a critical interface board used in GE HiSpeed CT systems, It ensures seamless data transmission between different modules of the CT scanner, optimizing system performance and reliability. This board plays a key role in managing signal processing and connectivity between various hardware components within the imaging system. The GE CT BIT3 Board (Part No:2124215-2) is a critical interface board used in GE HiSpeed CT systems. It ensures seamless data transmission between different modules of the CT scanner, optimizing system performance and reliability. This board plays a key role in managing signal processing and connectivity between various hardware components within the imaging system.

BACKPLANE CONTROLLER (P/N:85224045] The GE Backplane Controller (P/N: 85224045) is a critical component in the HiSpeed Dual CT Scanner system. It acts as a central hub, facilitating the communication between various subsystems within the scanner The board ensures efficient data transmission and system stability, helping to optimize the performance and reliability of the CT scanner. Built with high-quality materials and designed to meet the rigorous demands of medical imaging, this backplane controller is tested for quality assurance

AXIAL INTERFACE BOARD (PART NO: 46- 321138G1-B) The Axial Interface Board is a critical component used in GE CT scanners, specifically designed to manage and facilitate communication between different subsystems within the imaging system. This board ensures accurate signal transmission and data processing, playing a vital operations. It is engineered to support high-speed role in controlling the axial movements during scan imaging applications, maintaining system stability and efficiency, The board is commonly found in high-speed dual-slice CT scanner models

The AX Board with SBX Ethernet is a critical component in GE CT scanners, responsible for managing Ethernet communication within the system. It ensures seamless data transmission between essential CT modules, allowing for high-speed image processing and system integration. This board plays a crucial role in maintaining network stability, reducing latency, and ensuring optimal system performance. It is built to withstand the demanding operational environment of medical imaging equipment. The AX Board with SBX Ethernet is a critical component in GE CT scanners, responsible for managing Ethernet communication within the system. It ensures seamless data transmission between essential CT modules, allowing for high-speed image processing and system integration. This board plays a crucial role in maintaining network stability, reducing latency, and ensuring optimal system performance. It is built to withstand the demanding operational environment of medical imaging equipment.