DS3800HSAA1U1M | General Electric Digital I/O Board Mark IV

Product Description P/N: DS3800HSAA1U1M DESCRIPTION / SPECIFICATIONS Description The DS3800HSAA1U1M is a Digital I/O Board designed for use in Mark IV systems. It provides digital input and output functionality, facilitating the interfacing of digital signals within the control system. This board is intended for integration into existing Mark IV architectures, ensuring reliable signal processing and control. It is used in industrial environments where accurate digital signal management is required. Technical Specifications Part # DS3800HSAA1U1M Category PLCs/Machine Control Subcategory PC Board Computer Weight 0.65 lbs Key Components Servo Amplifier Board Connector 34-PinConnector Module EEPROMModule Information About DS3800HSAA1U1M The DS3800HSAA1U1M is a specialized component designed for integration into PLCs and machine control systems, specifically classified within the PC Board Computer subcategory. This component is engineered to serve as a critical element in digital signal processing and control operations, providing reliable performance in demanding industrial environments. With a weight of 0.65 lbs, the DS3800HSAA1U1M is compact and lightweight, making it suitable for use in systems where space and weight considerations are essential. At the core of the DS3800HSAA1U1M is a servo amplifier board, which plays a pivotal role in controlling and amplifying the signals sent to servo motors. This functionality is crucial in applications where precise control of motor operations is required, such as in automated manufacturing processes, robotics, and other high-precision environments. The servo amplifier board within the DS3800HSAA1U1M ensures that the signals are accurately amplified, maintaining the integrity and precision needed for effective motor control.

In addition to its servo amplification capabilities, the DS3800HSAA1U1M is equipped with an analog-to-digital converter (ADC). The ADC is a vital component that converts analog signals, which are continuous in nature, into digital signals that can be processed by the computer systems within the PLC. This conversion process is essential in modern industrial control systems, where digital processing offers greater flexibility, accuracy, and integration with other digital systems. The presence of an ADC within this board highlights its role in bridging the gap between analog input signals and digital processing capabilities, enabling more efficient and accurate control over various processes. The DS3800HSAA1U1M also features a 34-pin connector, which serves as the primary interface for connecting the board to other components within the control system. The 34-pin configuration allows for a robust connection that can handle multiple signal paths simultaneously, ensuring that the board can effectively communicate with other elements in the system. This connector is designed to facilitate easy and secure connections, reducing the risk of signal loss or interference, which is critical in maintaining the overall reliability and performance of the control system. An additional key component of the DS3800HSAA1U1M is the EEPROM (Electrically Erasable Programmable Read-Only Memory) module. The EEPROM module is used for storing critical data and configuration settings that need to be retained even when the system is powered off. This non-volatile memory is essential for ensuring that the system can retain important information such as calibration data, configuration parameters, and other essential settings that need to be preserved between power cycles. The inclusion of an EEPROM module underscores the board's capability to maintain stable operation and quick recovery in the event of power interruptions, making it a reliable choice for continuous industrial operations. The DS3800HSAA1U1M is designed with the rigorous demands of industrial environments in mind. Its robust construction ensures that it can withstand the electrical noise, temperature variations, and mechanical stresses that are typical in such settings. The board鈥檚 components are selected for their durability and reliability, ensuring long-term performance with minimal maintenance requirements. This reliability is crucial in industrial applications, where unplanned downtime can result in significant operational and financial impacts. Overall, the DS3800HSAA1U1M is a highly capable PC Board Computer designed to enhance the performance and reliability of PLC and machine control systems. Its integration of a servo amplifier board, analog-to-digital converter, 34-pin connector, and EEPROM module makes it a versatile and essential component for systems that require precise digital control over motor operations and other processes. The board鈥檚 lightweight and compact design, coupled with its robust performance, make it an ideal choice for a wide range of industrial applications, from manufacturing automation to advanced robotics and beyond. Its ability to convert and process signals accurately, store critical data securely, and maintain stable operations in challenging environments ensures that the DS3800HSAA1U1M will continue to be a valuable asset in any control system it is integrated into. 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. IQElectro is not an authorized distributor. QElectro LLC (IQElectro) is NOT an Authorized Distributor or in any way affiliated with Rockwell Automation, Siemens, or any other Manufacturers. IQElectro is NOT an Authorized Dealer of this product. The product may be of older version, date codes, or design than that available from authorized dealers. As IQElectro is not an authorized dealer of this product, the Original Manufacturer's Warranty and Support DO NOT apply.IQElectro sells SURPLUS onlyand DOES NOT SELL SOFTWARE or FIRMWARE licenses For more detailed information, please refer to the full version of our disclaimer policy Disclaimer Policy.