Fatek FBS-60MCT Programmable Controller – D24 Module, Automation Excellence

Description

Product Type:FBs-series

Type Designation:FBS-60MCT

Product ID:D24

Input Points:36 (16+20)

Digital Input Speeds:High (200KHz in 2-8 points), Medium (20KHz in 6-0 points), Medium Low (5KHz in 8 points), Low (20 points)

Relay/Transistor Output Points:24 (8 high speed, 16 general)

Output Speeds:High (200KHz)

Communication Ports:1 RS232 or USB (expandable up to 5)

Built-in Real-Time Clock (RTC):Yes

Power Supply:SPW24-AC/D12/D24

Wiring Mechanism:7.62mm detachable terminal block

Power Supply Voltage:100~240VAC

    Integrating state-of-the-art technology, the Fatek FBS-60MCT Programmable Controller – D24 Module is engineered for seamless integration into diverse industrial environments. Its robust design ensures reliable performance across a wide range of applications, from manufacturing lines to complex automation projects.

    Featuring 36 programmable digital inputs and 24 relay or transistor outputs, this controller offers unparalleled flexibility in managing intricate processes. The inclusion of high-speed and medium-speed input speeds allows for precise control over machinery and processes, optimizing productivity and reducing downtime.

    With its expandable communication ports, the FBS-60MCT enables easy connectivity to various devices, facilitating efficient data exchange and remote monitoring. The built-in real-time clock ensures accurate timing and scheduling, enhancing operational efficiency.

    Crafted with durability in mind, the detachable 7.62mm terminal block simplifies installation and maintenance, allowing for quick access to wiring without compromising safety. The SPW24-AC/D12/D24 power supply ensures stable operation under varying conditions, making it suitable for both indoor and outdoor applications.

    Ideal for engineers and automation professionals seeking an all-in-one solution for their complex industrial needs, the Fatek FBS-60MCT Programmable Controller – D24 Module is designed to streamline processes, enhance control, and drive innovation in modern manufacturing and automation sectors.