PMDPC1C3PA0-A1 Sanyo Denki
Wake Industrial LLC is not an authorized distributor of this product.
MPN: 1080-00417
The PMDPC1C3PA0-A1 is a PM Driver Type C optimized for compact single-slot configurations. Manufactured by Sanyo Denki as part of their PM Drivers series, it adheres to AMAT 1080-00417 specifications. This module is specifically used in Applied Materials PCB configurations, ensuring high reliability.
Internal Product Review
The Sanyo Denki PMDPC1C3PA0-A1 PM Driver impresses with its compact single-slot configuration and AMAT 1080-00417 compliance. Its high reliability ensures seamless integration in Applied Materials PCB setups.
To contact sales for pricing and lead time:
Payment Methods
Shipping Methods
Our Credentials
Product Description:
The PMDPC1C3PA0-A1 is a PM Driver Type C module optimized for compact operations. It's built for single-slot setups, something quite useful in crowded control panels. This module is all about reliability, ensuring that things keep running smoothly. Think of it as a steady hand in the world of industrial automation, with a design made to fit existing systems. The specifications it hits include the AMAT 1080-00417, meaning it matches a certain standard for performance. The design also helps in building reliable setups.
This driver is commonly used in Applied Materials PCB configurations, showing it fits well in systems for making circuit boards. Being compatible with DeviceNet I/O setups adds to what it can do. It's not just a component; it's a module ready to work with many control systems that are already in use. The compact design makes it easier to install despite space limitations, maximizing space without cutting corners on functionality through smaller setups that are still capable. Think of it this way, it’s designed to slide in and play nice with other parts.
Overall, the PMDPC1C3PA0-A1 is a practical choice for automation. It's built to be dependable, compatible, and optimized for specific industrial needs. The single slot configuration means it can fit configurations needing small footprint usage. This piece ensures that systems can keep going as designed, which is important for applications that need steady results.
