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A dashboard or user interface that links a person to a machine, system, or device is called a Human-Machine Interface (HMI).
HMI is most frequently used in the context of an industrial process, despite the fact that the term can technically be applied to any screen that enables a user to interact with a device.
It is possible for a technician or engineer with access to a personal computer and the necessary software to edit the PLC’s program to connect to the PLC and view the program’s status “online” to monitor variable states and signal values; however, this is not a practical way for operations staff to regularly monitor the PLC’s activities.
A different kind of interface is required that enables operators to monitor and adjust parameters stored in the PLC’s memory without jeopardizing the PLC’s integrity by exposing too much information or allowing unqualified individuals to alter the program itself.
The Global Programmable HMI market accounted for $XX Billion in 2023 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
HMC (Human Machine, CAN Control) is one example of a Human Machine Interface (HMI) CAN-based device that combines modern design, rugged construction, and ergonomics into a compact solution that can be used in both open and enclosed cabs.
Intelligent device for operator use.consists of one push button, one dual-color LED (red/yellow), seven inputs, and six outputs, two of which are PWM (for use both inside and outside the cab).Models:User-programmable with, HMC211-010 (Basic) and HMC211-020 (includes application key necessary to run Danfoss machine control application software).
The HMC (Handheld Motion Controller) is a portable controller with an integrated HMI that is housed in an ergonomic ABS case that self-extinguishes. It has a button for the operator’s presence and an emergency push button.
It fulfills a fundamental requirement in the field of robotics and handling with its space-saving electrical cabinet, which makes it a compact solution.
EtherCAT and a significant number of digital and analog I/Os are available in its basic form when connected to the electrical panel with a single flexible multipolar cable;Using cartesian, serial, or parallel kinematics, up to six interpolated axes can be controlled.
Up to the fourth degree of freedom, HMC is suitable for managing cartesian, SCARA, DELTA (rotating or linear), and antropomorphe robots.
