The Panasonic FPO-A80 Programmable Controller is an advanced industrial automation module designed for seamless integration into complex manufacturing systems. Its robust design supports high-speed operations and precise control over various industrial processes.
Number of Inputs and Type:32 – Digital
Number of Outputs and Type:32 – Solid State
Voltage – Supply:5 ~ 24VDC
Operating Temperature:0°C ~ 55°C
Product Model:Panasonic FPO-A80
Category:PLC Module
The Panasonic FPO-A80 Programmable Controller stands out with its robust design, capable of handling complex control tasks in a variety of industrial environments. It boasts an impressive input/output capacity, ensuring smooth operation in diverse applications.
With a wide voltage supply range of 5~24VDC, the controller is versatile and can be adapted to various power sources without compromising performance. Its operating temperature range of 0°C to 55°C makes it suitable for a broad spectrum of industrial conditions.
Equipped with 16 digital inputs and 16 solid state outputs, the FPO-A80 offers flexible connectivity options for efficient data acquisition and control. Its large memory size of 12K Words supports extensive programming and customization, enhancing system capabilities.
The DIN rail mounting type ensures easy installation and integration within existing control panels, promoting quick deployment and maintenance. The FPO-A80’s compact yet powerful design minimizes space requirements while maximizing operational effectiveness.
Backed by Panasonic’s reputation for quality and reliability, this programmable controller delivers unparalleled performance and durability. It is an ideal choice for manufacturers seeking high-quality automation solutions that can streamline production processes and improve overall efficiency.
The Panasonic FPO-A80 Programmable Controller is an advanced industrial automation module designed for seamless integration into complex manufacturing systems. Its robust design supports high-speed operations and precise control over various industrial processes.