Mitsubishi A900GOT Selection Guide

Mitsubishi’s A900GOT series brings a new level of interaction and efficiency to the forefront with its versatile lineup of human-machine interfaces (HMIs). Offering models from the streamlined A951GOT-SBD to the feature-rich A9GT-QFNB4M, this series is crafted to meet the nuanced demands of modern operational environments. Each model, including the A951GOT-SBD, A970GOT-LBA, A9GT-FNB, A9GT-FNB1M, A9GT-J71E71-T, A9GT-QBUSS, and A9GT-QFNB4M, stands out for its unique blend of features, making the A900GOT series a pivotal choice for those aiming to boost efficiency and productivity.

A951GOT-SBD: Key Specifications and Advantages

The Mitsubishi A951GOT-SBD Input Module is a testament to efficient and versatile control within compact automation solutions. This module, part of the advanced A900GOT series, offers precision and adaptability in managing input functions across various industrial applications. Its compatibility with AC and DC inputs and inclusion in the MELSEC network exemplifies Mitsubishi’s dedication to connectivity and ease of integration.

Key Specifications:

• Input Type: Supports 16 AC/DC input points for flexible system compatibility.
• Input Voltage: Accepts a standard range of 12/24 VDC, catering to diverse electrical environments.
• Input Current: Requires 4.2/8.6 mA, optimizing electrical efficiency.
• Common Points: Features 16 common points to streamline wiring complexity.
• Programming Language: Utilizes instruction list programming, known for user-friendly operation.
• Response Time: A rapid 30 ms response time for quick system feedback.
• Terminal Stations: Manages up to 34 terminal stations, enhancing network control.
• Network Compatibility: Seamless integration with CC-Link network systems.
• Ethernet Functionality: Equipped with full Ethernet communication capabilities.

The A951GOT-SBD module is a crucial component of modern control systems, providing the responsiveness and adaptability needed for high-performance operations. Its user-centric design and robust technical capabilities represent a smart choice for streamlining input management in any automated setup.

A970GOT-LBA: Control and Monitoring

The Mitsubishi A970GOT-LBA Graphic Operation Terminal is a paragon of control and clarity in managing machine operations. With its large 10.4-inch monochrome display, operators are afforded ample space and crystal-clear blue and white graphics to oversee processes. Designed to withstand the rigors of industrial environments, the A970GOT-LBA combines durability, user-friendly interaction, and reliable performance, ensuring a seamless operational experience.

Key Specifications:

• Screen Size: 10.4 inches, offering a broad view for detailed monitoring.
• Resolution: 640 x 480 pixels, ensuring sharp display for precise process control.
• Input Voltage Range: 100-240VAC, accommodating a variety of power supplies.
• Frequency: Compatible with both 50 and 60Hz power systems.
• Connectivity: Includes Ethernet and serial communication options for versatile networking.
• Touchscreen: Supports over 1 million touches with a maximum operating force of 100 g for robust use.
• Temperature Tolerance: Operates within a temperature range of 0°C to +55°C and can be stored from -20°C to +60°C, suitable for challenging conditions.
• Mounting Flexibility: Designed for mounting inside control boxes, optimizing space.
• Certifications: Complies with CE, UL, cUL, and RoHS standards, affirming its quality and safety.

The A970GOT-LBA is an exemplary choice for those needing a dependable, straightforward interface to facilitate the interaction between operator and machine. Its robust build and precise control options make it an invaluable asset for many industrial applications.

A9GT-FNB: Memory Upgrade for GOT Terminals

The Mitsubishi A9GT-FNB memory board is a specialized component designed to enhance the capabilities of Mitsubishi GOTs, particularly within the GOT-A900 series. It’s tailored to facilitate additional OS storage, ensuring your operation terminals run smoothly with expanded memory for various applications. Weighing just 10 grams, this memory board is a lightweight yet powerful upgrade, emphasizing the commitment to efficiency and integration that Mitsubishi is known for.

Key Specifications:

• Weight: Light at only 10 grams, it minimizes the impact on the terminal’s overall weight.
• Mounting Specifications: Uses an M2.6 screw for secure mounting, ensuring stability and precision.
• Tightening Torque: Requires 25 to 35 Nm, indicating the robustness of installation.
• Compatibility: Designed exclusively for the Mitsubishi A956WGOT terminals.
• Memory Extension: Provides additional standard OS and function OS storage capabilities.
• Operating Conditions: Functions optimally between 0 to 55 degrees Celsius, catering to a wide range of industrial environments.
• Storage Conditions: Can be stored safely in temperatures ranging from -20 to 60 degrees Celsius.
• Humidity Tolerance: Operates reliably in relative humidity levels from 10 to 90% (non-condensing).

The A9GT-FNB is not just a memory board; it’s a testament to the adaptability and foresight of Mitsubishi’s GOT series, offering a simple yet essential upgrade for terminals requiring additional storage for OS functions. It’s built to withstand the demands of industrial settings, ensuring your GOT remains efficient and reliable.

A9GT-FNB1M: Enhanced Memory

The A9GT-FNB1M memory card is a dedicated solution from Mitsubishi, designed to extend the memory capabilities of the MELSEC GOT-A900 series terminals. As a specialized memory expansion card, it provides an additional 1MB of memory, empowering the host interface to execute more complex tasks and options functions with improved efficiency and flexibility.

Key Specifications:

• Type: Memory Card specifically for option functions.
• Compatibility: Tailored for Mitsubishi GOT-A900 interfaces and Melsec-AFX ladder monitor devices.
• Memory Capacity: Adds 1MB of internal memory for enhanced performance.
• Certifications: Recognized with UL, cUL, and CE certifications, meeting stringent safety standards.
• Environmental Adaptability: Operates effectively in temperatures from 0 to 40 degrees Celsius and can be stored at -20 to 60 degrees Celsius.
• Humidity Resilience: Designed to function in 10 to 90% RH, non-condensing environments.
• Altitude Tolerance: Suitable for use at altitudes of 2000 meters or less without degradation.
• Operating Assurance: Guaranteed operation in environments free of corrosive materials.

With the A9GT-FNB1M memory card, systems become more robust and capable, ensuring that even demanding operational requirements are met with reliability and precision. This memory card is an integral component for any setup looking to maximize its application data storage and system functionality without compromising performance.

A9GT-J71E71-T: Ethernet Communication Module

Designed for both commercial and industrial applications, this module supports efficient 10 Mbps data transfers and can handle a substantial network of GOTs. However, for optimal performance, it’s recommended to manage 16 GOTs or fewer.

Key Specifications:

• Communication Speed: 10 Mbps for efficient network data flow.
• Compatible Devices: Specifically designed for use with GOTs.
• Max Supported GOTs: Can connect to as many as 128 GOTs.
• Optimal GOTs Number: Recommended to use with 16 or fewer GOTs for best performance.
• Network Capacity: Supports up to 1024 nodes on the network.
• Current Consumption: Economical at 50 mA at 5V DC.
• Temperature Ranges: Operates comfortably at a maximum of 55 degrees Celsius.
• Gateway Functionality: Includes support for Gateway functions to broaden communication capabilities.

The A9GT-J71E71-T module is engineered to thrive in demanding environments with its ability to withstand temperatures up to 55 degrees Celsius and altitudes up to 2000 meters. It also boasts a robust build, adhering to stringent industrial standards for shock and vibration resistance, ensuring reliable operation free from interference by corrosive atmospheres.

A9GT-QBUSS: GOT and PLC Integration

The Mitsubishi A9GT-QBUSS module is a bus module crafted to enhance the integration and communication between GOT terminals and Q Series PLC systems. This module acts as a pivotal link, ensuring efficient data transfer and streamlined control operations, which are vital in complex automation environments.

Key Specifications:

• Compatibility: Designed for A985GOT, A975GOT, A970GOT, and A960GOT terminals.
• Communication Type: Utilizes bus communication for high-speed data exchange.
• Connection Capability: Facilitates connection from one GOT to one PLC CPU or to the last GOT in multiple GOT configurations.
• QCPU Compatibility: Works exclusively with QCPU in Q mode.
• Firmware Requirement: Needs Version A or higher firmware or SW3D5C-GOTRE-PACK software.
• Mounting Flexibility: Can be installed on compatible GOT models with ease using M3x10 and M3x6 screws.
• Current Consumption: Efficient at 39±1 mA at 5V DC.
• I/O Points: Includes 16 intelligent I/O points for comprehensive control.
• Physical Characteristics: Weighs minimally, adding no significant bulk to the setup.

The A9GT-QBUSS is not only compact and lightweight but also robust in its functionality, ensuring rapid and reliable communication channels between HMI and PLC systems. By leveraging this module, users can achieve a more cohesive and efficient automation system, benefiting from real-time data transfer and enhanced control capabilities that are crucial for optimizing industrial operations.

A9GT-QFNB4M: Expanding PLC Memory and Performance

The Mitsubishi A9GT-QFNB4M PLC Memory Module represents a significant leap in data storage and processing for PLC systems. Crafted with cutting-edge technology, this module offers a substantial 4M byte storage capacity using advanced Flash ROM technology, ensuring not only increased space for program data and parameters but also a robust, non-volatile memory solution for critical operations.

Key Specifications:

• Rated Output: 65kW, supporting high-energy operations.
• Interface Type: General pulse, accommodating a wide range of signal inputs.
• Power Specification: Compatible with three-phase AC400V, ensuring reliable power across various industrial settings.
• Functionality: Provides pulse train and analog input as universal interfaces, handling complex control tasks with ease.
• Control Modes: Supports position, speed, and torque for comprehensive motion control.
• Speed Response Frequency: Operates up to 2.1kHz, suitable for high-speed applications.
• I/O Points: Features 10BASE-T I-Max input/output points: 10 points, facilitating broad connectivity.
• Power Supply Voltage: DC24V, matching standard industrial power needs.
• Input/Output Distribution: Includes six input points and four output points, offering balanced control options.
• Output Type: Uses transistor (source) output, ensuring reliable signal execution.
• Power Consumption: Efficient at 19W, minimizing energy usage.
• Physical Characteristics: Weighs 0.3kg and measures 60x90x75mm, making it a compact yet powerful addition.
• Memory: Equipped with built-in 8k step EEPROM, guaranteeing ample program storage.

The A9GT-QFNB4M is meticulously engineered to enhance the efficiency and integrity of PLC systems, ensuring seamless integration and operation. Its Flash ROM technology secures data against loss during power interruptions, and its compact size is ideal for setups with space constraints, providing powerful performance without occupying excessive panel space.

Comparative Analysis of Mitsubishi A900GOT Series Products

When choosing the right component for your automation system, it’s crucial to understand the differences and unique advantages of each model in the Mitsubishi A900GOT series. Below, we provide a comparative overview highlighting key aspects to consider:

Input/Output Capabilities:

• The A951GOT-SBD excels in compact spaces, offering 16 input points, ideal for small to medium systems.
• A9GT-FNB and A9GT-FNB1M are memory expansion cards, with the latter providing a more extensive 1MB memory for complex applications.
• A9GT-QBUSS bridges communication between multiple GOTs and PLCs, offering 16 intelligent I/O points, while A9GT-QFNB4M does not expand I/O capabilities but focuses on memory enhancement.

Memory and Data Storage:

• A9GT-FNB and A9GT-FNB1M both provide additional memory to GOT terminals, with A9GT-FNB1M offering a larger storage capacity.
• A9GT-QFNB4M is a powerhouse with 4M bytes of storage, designed for systems that demand extensive data storage and complex PLC programs.

Communication and Connectivity:

• A9GT-J71E71-T is an Ethernet communication module that can manage up to 128 GOTs, while A9GT-QBUSS is a bus module optimized for seamless integration between the GOT and Q Series PLC systems.
• A9GT-QBUSS is recommended for systems where space is at a premium, providing high-speed and reliable communication with a compact footprint.

Operating Conditions and Durability:

• A9GT-J71E71-T and A9GT-QBUSS modules are built to withstand harsh industrial environments with their robust construction and operating temperature ranges.
• A9GT-QFNB4M’s Flash ROM technology ensures data retention even in power loss, making it essential for applications requiring high data reliability.

Installation and Maintenance:

• A9GT-FNB and A9GT-FNB1M are designed for easy installation and are suitable for environments that require frequent memory changes without system downtime.
• A9GT-QBUSS and A9GT-J71E71-T prioritize ease of integration, with the latter also supporting a Gateway function for expanded communication options.

Energy Efficiency:

• A9GT-QFNB4M stands out for its low power consumption, making it an energy-efficient choice for memory expansion.
• A9GT-QBUSS also demonstrates efficiency with its minimal current consumption at 5V DC, ensuring that it adds functionality without significantly increasing the power requirements of the system.

By understanding these key differentiators, users can make an informed decision on which Mitsubishi A900GOT series product aligns best with their system requirements and operational goals. Each product is designed with specific scenarios in mind, ensuring that there is a solution for every challenge in the realm of automation system design and enhancement.

Final Thoughts

The Mitsubishi A900GOT series represents a suite of targeted solutions that enhance the functionality and efficiency of automation systems. From expanding memory with the A9GT-FNB1M to streamlining connectivity with the A9GT-QBUSS, this series is engineered to meet the diverse needs of modern industrial operations. Each module is designed with Mitsubishi’s signature reliability and is ready to integrate seamlessly into your existing setup, offering a future-proof investment in your system’s scalability and performance. Make the informed choice with the A900GOT series and ensure your automation system operates at its peak potential.