Description
All-in-One PLC and HMI:
This compact 4.3-inch unit combines a PLC and HMI for high performance. Its dual CPU structure improves scan time for faster processing.
Enhanced PLC Control:
Offers up to 14 onboard I/O points and supports expansion of up to 22 I/O points, providing flexibility for a variety of applications. With built-in analog inputs/outputs, this FT1J unit supports advanced control features like PID, PWM, high-speed inputs, script programming, and more.
Leading-Edge HMI Design:
The 4.3″ PCAP HMI featuring 16 million colors delivers excellent visibility and durability. It supports multi-touch, glove operation, and water droplet prevention for improved usability in tough conditions.
Seamlessly integrates with IIoT environments, supporting MQTT, EtherNet/IP, Modbus TCP/IP, BACnet/IP, WebServer, Email, Twitter/X, FTP, and more.
Adaptable Hardware
FT1JÂ Input/output points: up to 22 (analog/digital)
Dual CPU configuration for high-speed processing
The FT1J and FT2J feature two CPUs working in parallel for the PLC and HMI. This design enables high-speed, real-time control without compromising HMI functionality, broadening the range of compatible applications.
I/O Expansion with Cartridges
Up to 2 digital I/O cartridges or analog I/O cartridges can be connected, to add up to 8 digital I/O and up to 4 analog I/O.
Analog I/O
Equipped with a built-in analog I/O to control analog signals from 0 to 10V DC (4 to 20 mA) with 12-bit resolution. An analog potentiometer connected to the analog input allows for easy configuration of analog settings, such as a timer.
PID Temperature Control
A PID algorithm is used to enable cascade control. Available for applications requiring temperature, flow, and pressure control.
Highly Visible Glass-Top Structure
Easily kept clean using chemical washdown or simple wipes. Besides being water- and scratch-resistant, PCAP is responsive and provides high tolerance to resist false signals when dirt or water droplets are present on the face of the HMI.
No Mechanical Durability Issues
The PCAP touch panel uses a sensor board to detect changes in electric charge to identify the position of the touch. There is no mechanical deterioration, allowing for agile operation, and multi-touch sensing gloves less than 1.5mm thick1Â can be used.
1. The touchscreen may not work with gloves thicker than 1.5mm, depending on the material of the gloves and the environment.
