1 year warranty
The ETC740112-S8504.M control board, once an essential part of the P1000 drive system, has been discontinued but remains valued for its capability to manage voltage variations from 2/4/600 V efficiently. As a PC board dedicated to enhancing control within drive systems, it significantly contributes to the smooth execution of industrial operations. Positioned under the drives category, this drive board is recognized for its role in strengthening system control and integration, despite its discontinuation from active manufacturing.
The ETC740112-S1027.M PC board is specifically engineered to enhance the A1000 model drive, featuring compatibility with 2/4/600 V systems. This control board is categorized within drive boards, making it a crucial component for maintaining efficient and stable drive operations. Its tailored design guarantees seamless integration and performance, thereby facilitating optimal system functionality.
The ETC740111-S8504.M PCB control board, while no longer in production, offers specialized functionality for PLC and machine control systems. As an essential component in automation setups, it provides consistent and reliable control. Its application in legacy systems makes it a critical piece for maintaining the performance of older equipment in industrial environments, ensuring operational efficiency despite its discontinued status.
The model ETC740111S1025M stands out as an advanced PCB control unit specifically tailored for A1000 drives, compatible with 2, 4, and 600V operations. It is engineered as an upgraded replacement for the ETC74011-S1024.M, offering improved performance and seamless adaptability with established systems. Designed to enhance drive applications, this control board integrates cutting-edge technology to ensure superior efficiency and dependable functionality in various operational settings.
The model ETC740110-S8502 represents an obsolete PC board tailored for integration with the P1000 control unit, ensuring seamless operation within legacy systems. Classified under the PLCs/Machine Control domain, it functions as an add-on or PC board PLC, designed to facilitate uninterrupted connectivity and compatibility for intricate automation operations. Ideal for those seeking to ensure efficient integration within their existing automated frameworks, this board stands out for its dedicated application in maintaining and enhancing control system functionalities.
PLC Direct is not an authorized distributor. We offer a broad range of in-stock products with minimal lead time.
The ETC740013S1021 is a high-performance control board engineered for industrial applications, specializing in critical control and monitoring functions. As a member of the Controls & Indicators category, it serves as a pivotal CPU/Control Board, ensuring seamless integration and reliability in various operational settings. Its design reflects advanced technology, making it an indispensable component for efficient system management.
The ETC740110-S1018 is a specialized PCB control unit tailored for use with all A1000 drive models, ensuring optimal performance in various industrial environments. Manufactured until recently, this model has been discontinued, thus its availability may be limited. It is designed to facilitate enhanced efficiency and improved functionality within driving systems.
PLC Direct is not an authorized distributor. We offer a broad range of in-stock products with minimal lead time.
The ETC710321 model delineates a PC board specifically engineered for integration into PLC systems or as an auxiliary component in machine control setups. Despite its discontinuation, its relevance persists in applications necessitating the substitution or enhancement of currently deployed systems. Tailored for those in pursuit of maintaining or elevating their existing infrastructure, the board stands as a testament to its enduring utility in the realm of industrial control.
The ETC710240M PC board stands out as a vital power board tailored for drive interfaces, identified by part number 500-029-194 as a significant solution in the realm of control/interface boards. Offering dependable performance, the board is engineered for industrial automation applications to optimize system efficiencies. Its durable construction guarantees seamless integration and operation across a broad spectrum of industrial settings, affirming its importance in the advancement of automation technology.
The ETC710311 is an advanced PC board specifically engineered for Yaskawa gating applications, delivering enhanced functionality for machine control. This component is crucial for optimizing automation processes, designed to integrate effortlessly into existing systems while ensuring reliable performance. Crafted for demanding industrial environments, the ETC710311 represents a vital addition to any control setup, contributing significantly to operational efficiency and precision.
The ETC710143M gate driver board is engineered to deliver unmatched control and efficiency in drive operations. As a crucial element within the Drives category, it is recognized for its role in Drive Boards, aimed at optimizing system performance and reliability. This board is tailored to exceed expectations in challenging industrial environments, cementing its status as a dependable solution for advanced drive control tasks.
The ETC710151 is a specialized gate drive module engineered to deliver superior control and reliability for a wide range of industrial automation tasks. This component features an advanced design that ensures precise switching performance, making it highly suitable for integration with contemporary PLC systems. Its robust construction guarantees dependable operation in challenging environments, positioning it as a vital asset for optimizing system efficiency.
The ETC710112 model, a control/interface PCB within the drives category, has been phased out and succeeded by the ETC710112.M variant. This drive board is acknowledged for its precise operational control and effective interfacing in multiple drive setups. Even though this model is no longer in production, it continues to be sought after for its dependable performance and adaptability across various system applications, marking it as an essential component for specialized industrial operations.
The ETC710102 inverter drive board is no longer being produced by the manufacturer, standing out for its dependable control functionalities within drive mechanisms. Optimized for high-performance requirements, it serves as a critical component within a variety of automation setups. Its design is geared towards ensuring sustained reliability in challenging industrial conditions, emphasizing its utility despite the absence of a manufacturer's warranty.
PLC Direct is not an authorized distributor. We offer a broad range of in-stock products with minimal lead time.
The ETC670551, now discontinued, served as a vital inverter board with a capacity for 32 inputs, aligning with PLC and machine control applications. It was specifically crafted to bolster the functionality of PLC systems, providing a significant expansion in input capability for comprehensive automation solutions. Designed to meet the rigorous demands of industrial settings, this inverter board was a key component for achieving enhanced control and operational efficiency in modular PLC frameworks.
The ETC710034 gate driver board stands out as a pivotal component within the drives category, particularly designed to enhance control and interface operations in sophisticated industrial settings. Its dependable functionality and precision control mechanism are tailored to meet the rigorous requirements of contemporary automation and drive systems. Engineered for superior performance, this control/interface board is a crucial asset for the seamless execution of complex tasks in demanding environments, guaranteeing both reliability and efficacy in professional applications.
The ETC67037, now discontinued, stands out as a gate drive PCB specifically engineered to meet the needs of demanding industrial environments. With a voltage capacity of 460V and the ability to handle power up to 220KW, this unit is synonymous with high efficiency and reliability in drive control applications. It carries the G3+ classification, underscoring its suitability for sophisticated automation tasks requiring precise and robust performance.
The ETC670102 power supply PCB sets the standard for versatility and reliability in the H3 and VG3 categories. This high-performance circuit board is engineered to meet the demanding requirements of industrial automation, offering unmatched durability and dependability for a wide array of applications. Its specialized design guarantees efficient operation, positioning it as a crucial component for any advanced automation system.
The ETC670052 power board is engineered for optimal performance in drive systems, delivering reliable power management essential for efficient operation. This drive board, categorized under Drives, is designed to seamlessly integrate into various setups, making it indispensable for professionals aiming to enhance the reliability of their automation applications. Its superior construction ensures long-lasting durability, fulfilling the demands of complex industrial environments.
The ETC67002X control board is engineered for integration into PLC and machine control systems, functioning as a vital add-on board that enhances automation capabilities. This high-quality PC board is designed to provide reliable performance, making it an excellent choice for environments that demand precise control and operational efficiency. Its adaptability ensures seamless implementation into various existing setups, thereby optimizing control processes in demanding industrial applications.
The ETC670025-S2010, no longer in production, serves as a critical inverter board tailored for PLCs and machine control systems. It stands out for its ability to provide accurate control and monitoring, thereby extending the capabilities and efficiency of automated operations. As a PC board PLC/add-on board, it integrates seamlessly into various setups, contributing to improved performance and reliability in complex control environments.