HED® International, Inc. HMI Systems

Our Human Machine Interface (HMI) systems are designed to meet your requirements and interface with our equipment. The simplified operator and graphic displays we have developed provide essential information and ease of control while minimizing the need for user intervention. These systems are based on non-proprietary, open architecture software and are scalable to meet future requirements.

UNIQUE/PERENY ISOMAX HMI
This system features UNIQUE/PERENY’s non-proprietary software specifically designed to integrate kiln control providing a high level of automation and ease of use. An industrial PC with touch screen serves as the primary operator interface to the kiln. The PLC (Programmable Logic Controller) uses discrete and analog I/O modules for control of the kiln independently of the PC. TCP/IP Ethernet communication serves as the network interface between the PC and PLC and provides simple integration into existing or future plant systems. The PC is also equipped with a modem for remote monitoring and trouble shooting of the kiln control system.

PRO-CAST® HMI

PRO-CAST®’s master control center is where tape casting production variables such as casting rate, carrier speed, temperature profile, solvent gradient and atmosphere flow can be adjusted and controlled precisely. And this gets even better, with our human machine interface system you get a simplified operator interface and graphic displays that provide essential information and ease of control leaving almost nothing to chance which minimizes the need for operator intervention. With our HMI system, what you see is what you get. Its easy to use, shortens operator training time and dramatically increases productivity.

SUREFIRE® HMI
This system features UNIQUE/PERENY’s non-proprietary software specifically designed to integrate kiln control providing a high level of automation and ease of use. An industrial PC with touch screen serves as the primary operator interface to the kiln. The PLC (Programmable Logic Controller) uses discrete and analog I/O modules for control of the kiln independently of the PC. TCP/IP Ethernet communication serves as the network interface between the PC and PLC and provides simple integration into existing or future plant systems. The PC is also equipped with a modem for remote monitoring and trouble shooting of the kiln control system.