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The Mitsubishi GOT1000 series of HMIs includes several models, each with varying sizes and characteristics. The key features of the GOT series include a temperature control function for enhanced process management, a data logger to track important information, peak power management for readings during high-energy demands, and a motion control function for synchronizing machines and facilitating complex mechanical operations.
The GOT1970 is a 17-inch screen, one of the largest models in the GOT series. This provides a clear and comprehensive overview of all operational processes. As a bonus, features like IP67 protection ratings ensure the GOT1970 works in harsh conditions with no need for a protective cover. Multi-touch functionality here increases interactivity, enabling users to zoom or switch screens with ease.
The Mitsubishi GOT1000 HMI represents the premier model in the GOT series, known for its openness and exceptional performance. This unit stands 10 inches in screen size, with a resolution of 800 x 600 pixels. It sports a slim form factor at 19 mm thick, making it portable and easy to fit into tight spaces. Weighing just 700 grams, the GOT1000 is light, allowing for easy transport and installation around production areas.
The compact 12.1-inch GOT1250 model is part of the GOT1000 series with a slim profile. It helps offer an intuitive touchscreen interface for process control. Incorporating a high-resolution display of 800 x 600 pixels and weighing in at around 700 grams, this HMI marries efficiency with ergonomics seamlessly to improve user interaction.
Mitsubishi's second-generation GOT HMIs keep users and operators informed of system status, making it easier to manage complex operations.
The GOT series provides versatility in controlling industrial processes, whether in manufacturing, food processing, water treatment, or other sectors. GOTs work effectively within large automation networks, controlling and monitoring multiple devices such as PLCs and motors. It directly relays operational instructions, reducing delays and increasing overall production efficiency.
Mitsubishi's Mitsubishi GOT1000 HMI crucially performs real-time data monitoring to identify potential system breakdowns before they happen. This not only increases system safety but minimizes downtime, saving cost implications.
Data trends, such as historical and real-time variations in production output or temperature changes over time, can also be easily displayed through graphs. This helps make it straightforward to interpret and analyze the data as quickly and efficiently as possible. Thus, signals in real-time are picked up, and best decisions are made for effective operations.
Mitsubishi GOT HMIs also permit remote access of industrial processes through any authorized device.
Mitsubishi GOT1000 series uses a touchscreen interface that allows operators to easily navigate through menu options. Most screens are customizable, which makes it easier for operators to set up the interfaces according to unique tasks.
Installation of Mitsubishi GOT1000 is made straightforward for users. First, prepare the installation site by checking that the temperature and humidity levels are acceptable for operating the HMI device. Its operating range is between 0 - 50 degrees Celsius. The next stage is to prepare the GOT1000 by configuring the system's software according to purpose. The software can configure system parameters like communication settings, display options, and user interface designs for process control.
After this, mount the GOT1000 in a control cabinet or on the workshop wall for easy user access. Surrounding this device at least 50 mm from any other device in the cabinet will guarantee optimum airflow and cooling. The GOT1000 can be connected to other factory machines using USB, Ethernet, and serial communication ports for network formation. Finally, power up the HMI to ensure everything is working properly. Properly installed Mitsubishi MHI GOT1000 operates smoothly and reliably for industrial process management.
The main goal of most industrial plants is to have a high reliability of their plants. This means that they will want to have as little downtime as possible on critical equipment like the GOT1000 series of HMIs. Regular checks should be done on the GOT1000 for any signs of wear and tear, like irregular buttons or a damaged screen. Daily, weekly, and monthly performance measures should also be done to keep track of what and when things go out of order.
Like all other electrical equipment, the GOT1000 is subject to dust and dirt entering its system and affecting its performance. Regular cleaning will help offset this, so ensure that Mitsubishi gear is always clean. Use a moist cloth to clean the screen and the external parts of the HMI. Do not use any product containing alcohol, as this will damage the screen over time. One of the other things that could affect its performance is temperature fluctuation. Ensure the Mitsubishi GOT1000 is in an area with steady temperature conditions.
One of the major reasons for choosing the Mitsubishi HMI over others is its high quality. There are a couple of things that need to be done to ensure this quality is there. One of the ways to do it is by regularly evaluating the quality of the GOT touchscreen. The touchscreen is the part of the GOT the operator mainly interacts with, so its quality must be checked at all times. The screens on the GOTs are usually made from high-quality glass, which is resilient to both damage and weathering. Check for any signs of wear and tear, and if they are visible, replace the screen immediately.
The general state of the GOT's hardware must also be checked. Do this by assessing the internal components for signs of burn, corrosion, or any other thing that will affect its functionality. Hardware deterioration will happen more often on machines that are continuously in use. The GOT1000 series is built from high-quality materials, including scratch-resistant glass and robust housing, to ensure durability under tough industrial conditions.
OHSA and ISO are just some of the safety standards to follow when working in a factory. Watching these two standards keeps the people working in the factory safe and free from hazards. The Mitsubishi HMI also has a couple of features that work to ensure the overall safety of the operation. Emergency shutdown buttons can be placed on the screens for critical circumstances to stop machines from causing injuries. Regular lifesaver checks will ensure these emergency buttons work properly when needed.
The series comprises various HMIs featuring an IP65 protection rating, temperature control, data logging, peak power management, and real-time performance monitoring of industrial processes.
USB, serial, and Ethernet communication ports on the GOT1000 make it simple for the device to network with PLCs, cameras, and industrial robots, among other factory devices.
The GOT1000 series contains a "one-touch" function that enables users to drag and drop graphical interface components onto the display screen for faster custom interface development.
The GOT1000 is easy to maintain since it is self-diagnostic. This means that it is capable of diagnosing and showing its faults. This makes the work of the person in charge of maintaining it much easier.
The GOT1000 series of HMIs meets European CE standards and other numerous industrial safety benchmarks. It also features integrated surge protection to prevent electrical spikes from damaging the system.
