Products

Mitsubishi Q Series PLC

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  • The Mitsubishi PLC High-Resolution Isolated Channel Analog Module Q64AD-GH offers advanced features for high-precision analog signal processing in automation systems. It has four input channels that support both voltage and current inputs, with input resistance values of 10MΩ for voltage and 250Ω for current. This versatility allows it to cater to a variety of industrial applications.Key specifications of the Q64AD-GH include a digital output with a range of 16-bit (-32768 to 32767) and 32-bit (-65536 to 65535), offering excellent resolution. The module achieves high accuracy with a baseline precision of ±0.05% and an environmental coefficient of ±71.4ppm/°C. The conversion speed is 10ms per 4 channels, making it suitable for time-sensitive applications.With its optical isolation between the input/output terminals and the programmable controller power supply, the Q64AD-GH ensures robust protection in harsh environments. The module also supports custom voltage and current input ranges, giving users flexibility in configuring the system according to specific requirements.

  • The Mitsubishi PLC Thermocouple Input Temperature Control Module Q64TCTTN is a highly reliable solution for precise temperature monitoring and control. Supporting four thermocouple input channels, it ensures high accuracy, making it ideal for industrial processes requiring precise temperature regulation. The Q64TCTTN offers flexible PID control, adjustable control parameters, and efficient transistor output control with ON/OFF pulses. It is built to withstand harsh conditions, featuring insulation protection and resistance to electrical noise.Key specifications of the Q64TCTTN include:4 Thermocouple Input ChannelsPID Control with customizable parametersCold Junction Compensation for high accuracyON/OFF Pulse Control OutputInsulation and Noise Protection for enhanced reliabilityThis module is an excellent choice for applications that demand high performance in temperature control systems.

  • The Mitsubishi PLC CC-Link IE Control Network Module QJ71GP21S-SX is a high-performance CC-Link IE control network unit module from Mitsubishi PLC, designed to support advanced communication systems in industrial automation. It integrates seamlessly into CC-Link IE networks, offering excellent scalability, high-speed data transfer, and robust network management capabilities. This module is built to meet the needs of complex industrial environments, ensuring reliability, flexibility, and efficient communication.With its external power supply functionality, dual-ring topology for network redundancy, and high noise immunity, the QJ71GP21S-SX provides an ideal solution for large-scale automation systems that require high availability and large data throughput. The QJ71GP21S-SX also supports up to 120 network stations and enables easy configuration and diagnostics through GX Developer, making it an essential tool for modern industrial applications.

  • The Mitsubishi PLC CC-Link IE Control Network Module QJ71GP21-SX is a high-performance communication module designed for efficient and reliable data transfer in industrial automation systems. It seamlessly integrates with the CC-Link IE control network, offering robust features for network management, redundancy, and high-speed communication. Ideal for large-scale applications, the QJ71GP21-SX enhances productivity by supporting extensive connectivity and offering flexibility in network configurations.With its advanced functions, such as duplex CPU support, large-scale data handling, and compatibility with GX Developer for diagnostics and setup, the QJ71GP21-SX ensures smooth operation in complex environments. Whether used for periodic or instantaneous communication, it provides the reliability and scalability needed for modern automation solutions.

  • The Mitsubishi PLC Q Series Network Master/Local Module QJ71GF11-T2 is a high-performance communication module designed to integrate seamlessly with the CC-Link IE Field Network. It provides exceptional speed, flexibility, and scalability, making it a reliable choice for modern industrial automation systems. With its ability to support up to 121 stations, 1 Gbps transmission speed, and versatile network topologies, the QJ71GF11-T2 is ideal for enhancing productivity and efficiency in demanding environments.This compact module, weighing only 0.18 kg, is engineered for easy installation and robust performance, supporting multiple network configurations such as linear, star, and ring topologies. Its advanced communication capacity and Mitsubishi’s trusted quality make the QJ71GF11-T2 an indispensable tool for smart manufacturing and process control systems.

  • The Mitsubishi PLC Q Series Remote I/O Module QJ71BR11 is a critical component for MELSECNET/10H network communication, designed to integrate remote I/O stations with Mitsubishi PLCs. The QJ71BR11 module supports high-speed data transmission at 10Mbps and accommodates 3C-2V and 5C-2V/5C-FB coaxial cables, ensuring stable communication over distances ranging from 300m to 2.5km when using repeaters. This makes the QJ71BR11 an ideal solution for systems that require long-distance data transmission and high reliability.With a maximum capacity of 33 stations, including 1 remote master station and up to 32 remote I/O stations, the QJ71BR11 facilitates extensive network configurations. It supports token bus communication, frame synchronization, and Manchester encoding, all of which contribute to the robust and efficient transfer of data. Additionally, the QJ71BR11 includes diagnostic functions like RAS functionality, allowing for comprehensive error detection and line diagnostics.The QJ71BR11 supports 32 points per smart function module, providing flexible and scalable I/O capacity for large industrial applications. With a DC 5V power consumption of 0.75A, it is efficient while delivering high-performance connectivity. The QJ71BR11 is designed for systems that demand high-speed communication, seamless data integration, and the flexibility to handle complex automation tasks. It can support up to 4 cards per CPU, offering scalability and flexibility for various industrial automation needs.