Combining HMI with PLC can lead to significant efficiency gains. The HMI provides a visual representation of the system, making it easier for operators to monitor and control the process. This reduces downtime and increases overall system productivity.
| SKU | MX3G-43C-22M | MX3G-70C-48M | MX3G-50C-32M |
| Dimension | 134*102*34 mm | 210*146*36mm | 151*96*36mm |
| Cutout size | 120*94mm | 192*138mm | 143*86mm |
| Power Consumption | 4 - 6W | 6-7W | 5-7W |
| HMI | |||
| Display | 60K colors resistive touch screen, supports portrait display | ||
| Type | 4.3"TFT | 7.0" TFT | 5.0"TFT |
| Display size | 97*56mm | 154*87mm | 108*65mm |
| Resolution (pixels) | 480*272 | 800*480 | 800*480 |
| RAM | 64MB | ||
| ROM | NOR Flash 8MB | NOR Flash 16MB | |
| CPU | 32bit CPU 408MHz | ||
| COM ports | Type-C HMI download port (can download PLC program through the USB penetrating function), RS232 port | ||
| Software | TPWorks HMI programming software | ||
| PLC | |||
| I/O | Max 12DI/10DO | Max 24DI/24DO | 16DI/16DO |
| I/O level | --Fixed MT outputs: Y0, Y1 at 43C and Y0-Y13 at 70C, DC24V active NPN outputs -Input: Passive NPN, public terminal isolated -Transistor output: Low level NPN, COM connect to negative Relay output: Normally open dry contact | Fixed MT: Low level NPN, COM negative; Input: passive NPN, common isolated | |
| DO type and load | -Transistor MT/Hybrid Output MRT -The first two Y0-Y1 circuits are fixed to MT, with an output load of 0.1A/point; -MT: 0.5A/point, 0.8A/4 point COM; MR: 2A/point, 4A/4 point COM. | -Transistor MT/Hybrid Output MRT -The first 12 Y0-Y13 circuits are fixed to MT. with an output load of 0.1A/point -MT: 0.5A/point, 0.8A/4 point COM, 1.6A/8 point COM; MR: 2A/point, 4A/4 point COM, 5A/8 point COM. | Transistor MT output, load 0.2A/point |
| High-speed counting | Conventional 2-channel single-phase 60KHz+4-channel 10KHz or 1-channel AB (Z) phase 30KHz+1-channelAB (Z) phase 5KHz | ||
| High-speed pulse | MT outputs conventional 4 channels, with Y0-Y1 at 100KHz and Y2-Y3 at 10KHz: The total transmission of high-speed counting and high-speed pulses cannot exceed 300KHz | Conventional 4 channels, Y0-Y1 is 100KHz, Y2-Y3 is 50KHz: The total transmission of high-speed counting and high-speed pulses cannot exceed 300KHz | The conventional 4-way Y0-Y1 is 100KHz, and Y2-Y3 is 10KHz; |
Input Analog Output AI/AO | 2 voltage channels 0-10V+2 current channels 0-20MA+1 NTC10K | Equipped with 2 voltage channels 0-10V+1 current channel 0-20mA | |
| 1 channel voltage 0-10V+1 channel current 0-20MA output | 2 channels of current 0-20MA output | / | |
| 5AD/2DA | 3AD | ||
| COM port | Equipped with two PLC programming ports (1 TYPE-C, faster download speed; 1 RS232 programming port), 1 RS485 | ||
| Software | Compatible with PLC programming software GX Developer8.86Q and GX Works2 | ||
>Advantages:
There are the most advantages of the HMI PLC All-In-One MX3G Series:
Cost-effective solution: The MX3G Series combines the functionality of a PLC and an HMI in a single device, reducing the overall cost of hardware and simplifying the installation process.
Space-saving design: The compact and integrated design of the MX3G Series saves valuable space in control panels and automation systems, making it ideal for applications with limited space.
Simplified programming: The MX3G Series can be programmed using industry-standard software such as CODESYS, making it easy for users to develop and customize their automation applications without the need for additional programming tools.
Seamless integration: The MX3G Series supports multiple communication protocols, allowing for seamless integration with other devices and systems, such as sensors, actuators, and other controllers.
User-friendly interface: The MX3G Series features a high-resolution touchscreen display that provides an intuitive and user-friendly interface for monitoring and controlling the system, enhancing operator efficiency and productivity.
Reliable performance: The MX3G Series is built with a powerful processor and robust hardware components, ensuring reliable performance and long-term durability in industrial environments.
Overall, the MX3G Series offers a cost-effective, space-saving, and user-friendly solution for automation applications that require both PLC control and HMI functionality in a single device.
>Applications:
The HMI PLC All-In-One MX3G Series is versatile and can be used in a wide range of automation applications across various industries. The most common applications of the MX3G Series include:
Manufacturing: The MX3G Series can be used in manufacturing processes such as assembly lines, packaging machines, and material handling systems to control and monitor production processes efficiently.
Food and Beverage: In the food and beverage industry, the MX3G Series can be used in applications such as bottling lines, filling machines, and packaging equipment to ensure precise control and monitoring of production processes.
Water and Wastewater: The MX3G Series can be used in water and wastewater treatment plants to control and monitor processes such as pumping stations, filtration systems, and chemical dosing systems.
HVAC Systems: The MX3G Series can be used in heating, ventilation, and air conditioning (HVAC) systems to control and monitor temperature, humidity, and airflow in commercial and industrial buildings.
Energy Management: The MX3G Series can be used in energy management systems to monitor and control energy consumption, optimize energy usage, and reduce operational costs.
Agriculture: In the agricultural sector, the MX3G Series can be used in applications such as irrigation systems, greenhouse automation, and livestock feeding systems to automate processes and improve efficiency.
Automotive: The MX3G Series can be used in automotive manufacturing processes for tasks such as robotic assembly, quality control, and material handling.
Overall, the MX3G Series is a versatile and reliable solution for a wide range of automation applications in industries such as manufacturing, food and beverage, water and wastewater, HVAC, energy management, agriculture, automotive, and more.
Combining HMI with PLC can lead to significant efficiency gains. The HMI provides a visual representation of the system, making it easier for operators to monitor and control the process. This reduces downtime and increases overall system productivity.
| SKU | MX3G-43C-22M | MX3G-70C-48M | MX3G-50C-32M |
| Dimension | 134*102*34 mm | 210*146*36mm | 151*96*36mm |
| Cutout size | 120*94mm | 192*138mm | 143*86mm |
| Power Consumption | 4 - 6W | 6-7W | 5-7W |
| HMI | |||
| Display | 60K colors resistive touch screen, supports portrait display | ||
| Type | 4.3"TFT | 7.0" TFT | 5.0"TFT |
| Display size | 97*56mm | 154*87mm | 108*65mm |
| Resolution (pixels) | 480*272 | 800*480 | 800*480 |
| RAM | 64MB | ||
| ROM | NOR Flash 8MB | NOR Flash 16MB | |
| CPU | 32bit CPU 408MHz | ||
| COM ports | Type-C HMI download port (can download PLC program through the USB penetrating function), RS232 port | ||
| Software | TPWorks HMI programming software | ||
| PLC | |||
| I/O | Max 12DI/10DO | Max 24DI/24DO | 16DI/16DO |
| I/O level | --Fixed MT outputs: Y0, Y1 at 43C and Y0-Y13 at 70C, DC24V active NPN outputs -Input: Passive NPN, public terminal isolated -Transistor output: Low level NPN, COM connect to negative Relay output: Normally open dry contact | Fixed MT: Low level NPN, COM negative; Input: passive NPN, common isolated | |
| DO type and load | -Transistor MT/Hybrid Output MRT -The first two Y0-Y1 circuits are fixed to MT, with an output load of 0.1A/point; -MT: 0.5A/point, 0.8A/4 point COM; MR: 2A/point, 4A/4 point COM. | -Transistor MT/Hybrid Output MRT -The first 12 Y0-Y13 circuits are fixed to MT. with an output load of 0.1A/point -MT: 0.5A/point, 0.8A/4 point COM, 1.6A/8 point COM; MR: 2A/point, 4A/4 point COM, 5A/8 point COM. | Transistor MT output, load 0.2A/point |
| High-speed counting | Conventional 2-channel single-phase 60KHz+4-channel 10KHz or 1-channel AB (Z) phase 30KHz+1-channelAB (Z) phase 5KHz | ||
| High-speed pulse | MT outputs conventional 4 channels, with Y0-Y1 at 100KHz and Y2-Y3 at 10KHz: The total transmission of high-speed counting and high-speed pulses cannot exceed 300KHz | Conventional 4 channels, Y0-Y1 is 100KHz, Y2-Y3 is 50KHz: The total transmission of high-speed counting and high-speed pulses cannot exceed 300KHz | The conventional 4-way Y0-Y1 is 100KHz, and Y2-Y3 is 10KHz; |
Input Analog Output AI/AO | 2 voltage channels 0-10V+2 current channels 0-20MA+1 NTC10K | Equipped with 2 voltage channels 0-10V+1 current channel 0-20mA | |
| 1 channel voltage 0-10V+1 channel current 0-20MA output | 2 channels of current 0-20MA output | / | |
| 5AD/2DA | 3AD | ||
| COM port | Equipped with two PLC programming ports (1 TYPE-C, faster download speed; 1 RS232 programming port), 1 RS485 | ||
| Software | Compatible with PLC programming software GX Developer8.86Q and GX Works2 | ||
>Advantages:
There are the most advantages of the HMI PLC All-In-One MX3G Series:
Cost-effective solution: The MX3G Series combines the functionality of a PLC and an HMI in a single device, reducing the overall cost of hardware and simplifying the installation process.
Space-saving design: The compact and integrated design of the MX3G Series saves valuable space in control panels and automation systems, making it ideal for applications with limited space.
Simplified programming: The MX3G Series can be programmed using industry-standard software such as CODESYS, making it easy for users to develop and customize their automation applications without the need for additional programming tools.
Seamless integration: The MX3G Series supports multiple communication protocols, allowing for seamless integration with other devices and systems, such as sensors, actuators, and other controllers.
User-friendly interface: The MX3G Series features a high-resolution touchscreen display that provides an intuitive and user-friendly interface for monitoring and controlling the system, enhancing operator efficiency and productivity.
Reliable performance: The MX3G Series is built with a powerful processor and robust hardware components, ensuring reliable performance and long-term durability in industrial environments.
Overall, the MX3G Series offers a cost-effective, space-saving, and user-friendly solution for automation applications that require both PLC control and HMI functionality in a single device.
>Applications:
The HMI PLC All-In-One MX3G Series is versatile and can be used in a wide range of automation applications across various industries. The most common applications of the MX3G Series include:
Manufacturing: The MX3G Series can be used in manufacturing processes such as assembly lines, packaging machines, and material handling systems to control and monitor production processes efficiently.
Food and Beverage: In the food and beverage industry, the MX3G Series can be used in applications such as bottling lines, filling machines, and packaging equipment to ensure precise control and monitoring of production processes.
Water and Wastewater: The MX3G Series can be used in water and wastewater treatment plants to control and monitor processes such as pumping stations, filtration systems, and chemical dosing systems.
HVAC Systems: The MX3G Series can be used in heating, ventilation, and air conditioning (HVAC) systems to control and monitor temperature, humidity, and airflow in commercial and industrial buildings.
Energy Management: The MX3G Series can be used in energy management systems to monitor and control energy consumption, optimize energy usage, and reduce operational costs.
Agriculture: In the agricultural sector, the MX3G Series can be used in applications such as irrigation systems, greenhouse automation, and livestock feeding systems to automate processes and improve efficiency.
Automotive: The MX3G Series can be used in automotive manufacturing processes for tasks such as robotic assembly, quality control, and material handling.
Overall, the MX3G Series is a versatile and reliable solution for a wide range of automation applications in industries such as manufacturing, food and beverage, water and wastewater, HVAC, energy management, agriculture, automotive, and more.
