HM7A32MRT HM7A32MR HMI Ethernet Touch Panel Controller with Transistor Relay and PT100 Temperature Sensor

Integrator Controller HMI Ethernet Touch Operate Panel HM7A32MRT HM7A32MR Overview This single piece integrator controller combines an HMI touch panel with Ethernet connectivity and multiple I O options for straightforward process control and monitoring. It supports transistor relay outputs, analog signals, and PT100 temperature input, making it suitable for a range of industrial control applications. The unit is supplied in orange, powered by AC, and ships with an inbox adaptor. Key benefits Intuitive touch operation for faster setup and on site adjustments, reducing operator time. Ethernet connectivity for integration into networked control systems and remote monitoring. Multiple I O types including transistor relay outputs and analog channels for flexible control strategies. PT100 input for direct, accurate temperature sensing and control. AC powered with included inbox adaptor for immediate installation and testing. Single unit format simplifies replacement and system upgrades. Primary functions and compatibility Functions as an integrator controller with HMI for human machine interaction and real time control. Supports Ethernet communication for data exchange with supervisory systems and PLCs. Compatible with installations that use HM7A32MRT or HM7A32MR model controllers and standard industrial control wiring. Practical applications Temperature control in ovens, kilns, and thermal process equipment using PT100 feedback. Integration into factory automation lines where Ethernet based data logging and control are required. Machine panel retrofit where straightforward HMI operation and mixed I O types are needed. Specifications summary Color: Orange Quantity: 1 piece Type: Touch panel HMI with integrator controller I O: Transistor relay outputs, analog channels, PT100 temperature input Communication: Ethernet Power: AC Inbox adaptor: Included concern chemical: None This controller is intended for industrial and automation use where reliable temperature sensing, flexible I O, and network integration are required.