JTCORP JT-MP30 Industrial Control Module
The JTCORP JT-MP30 Industrial Control Module is designed for seamless integration into various industrial control systems, offering precise control, reliability, and enhanced efficiency.
The JTCORP JT-MP30 Industrial Control Module is designed for seamless integration into various industrial control systems, offering precise control, reliability, and enhanced efficiency.
Processor Speed:2 GHz Quad-Core
Memory Capacity:1 GB DDR3
Storage:32 GB SSD
Ethernet Ports:4 x Gigabit
USB Ports:2 x USB 3.0
Operating System:Windows Embedded Standard 7
Power Supply:120-240V AC, 50/60Hz
Dimensions:175mm x 175mm x 80mm
Weight:2.5kg
The JTCORP JT-MP30 Industrial Control Module is meticulously crafted for industrial applications requiring high reliability and efficiency. It boasts an extensive range of input and output channels, supporting diverse automation needs.
With its robust design, this module operates reliably within a wide temperature range, making it ideal for harsh environments. Its IP67 protection rating ensures durability against dust and water ingress.
This module supports multiple communication interfaces, including Ethernet and RS-485, allowing for flexible integration with various industrial networks and systems. It also complies with CE and RoHS standards, ensuring safety and environmental responsibility.
The JT-MP30 simplifies complex logic operations through its advanced onboard processor, delivering seamless performance in industrial control applications. Its straightforward installation process makes it easy for technicians to integrate into existing setups.
For customers seeking enhanced productivity and streamlined operations in their industrial settings, the JTCORP JT-MP30 Industrial Control Module represents a reliable choice, offering the precision and adaptability required for modern manufacturing processes.
The JTCORP JT-MP30 Industrial Control Module is designed for seamless integration into various industrial control systems, offering precise control, reliability, and enhanced efficiency.