Enhance your automation and control projects with this 16 Channel PLC Amplifier Board, designed to isolate and amplify weak control signals for efficient and reliable operation. Utilizing photoelectric isolation technology, this board transforms low-current input signals into higher power outputs capable of directly driving motors, contactors, solenoid valves, and more, providing a robust solution for industrial and automation applications. Key Features: · Photoelectric Isolation: Ensures complete separation between input and output stages, preventing signal interference and protecting the PLC output nodes for stable and secure system performance. · High Amplification Capability: Amplifies weak control signals (only a few milliamps) to deliver high-power output signals suitable for driving various actuators and devices. · Fast Response Time: Achieves response times as low as milliseconds with no limitation on switching frequency, allowing direct replacement of traditional relays and reducing maintenance costs and downtime. · Reliable and Durable Components: Manufactured with high-quality electronic components for stable, reliable performance under continuous operation. · Convenient Installation: Features hole punching and PCB module mounting options, enabling flexible installation through drilling or integration in existing PCB racks. · Wide Voltage Compatibility: Operates with an input voltage range of DC 12-36V (active low) and outputs 12-36V DC, handling output currents below 5A for long-term use, with an FET capable of supporting up to 50A. Specifications: · Item Type: 16 Channel PLC Amplifier Board · Input Voltage: DC 12-36V (active low) · Output Voltage: 12-36V DC · Output Current: Less than 5A continuous; 50A FET peak · Installation Method: Drilling, PCB module rack mounting Package Includes: · 1 x 16 Channel PLC Amplifier Board This high-performance PLC amplifier board offers a reliable and efficient solution for signal amplification and isolation in control systems. It effectively replaces traditional relays, improving system stability and reducing maintenance efforts, making it an essential component for industrial automation, robotics, and electronic control applications.