Description
Product Overview: GE IC693ACC310
The GE IC693ACC310 is a specialized accessory module designed for GE’s VersaMax series of programmable logic controllers (PLCs), serving as a critical link in industrial automation systems. As an integral component of the VersaMax ecosystem, this module ensures seamless mechanical and electrical compatibility between I/O racks and associated hardware, enabling reliable communication and power distribution across control setups. The GE IC693ACC310 is engineered to enhance system flexibility, allowing for easy expansion or reconfiguration of automation systems to adapt to evolving production demands without disrupting operations.
Specifically, the GE IC693ACC310 functions as a rack-mounted accessory, providing secure mounting and connectivity for VersaMax I/O modules. Its robust construction—using industrial-grade materials—resists the harsh conditions of industrial environments, including vibrations, temperature swings, and exposure to dust or moisture. By maintaining stable connections between components, the GE IC693ACC310 minimizes signal interference and system downtime, directly contributing to improved operational efficiency and reduced maintenance costs.
Positioned as a foundational element in VersaMax configurations, the GE IC693ACC310 empowers industries to build modular, scalable control systems. Whether deployed in small-scale machinery or large-scale process plants, it ensures that all parts of the VersaMax system—from CPUs to I/O modules—operate in harmony. Its role in preserving system integrity makes it indispensable for applications where precision and reliability are critical, solidifying its value as a long-term solution for automation success.
Technical Specifications
Parameter name | Parameter values |
Manufacturer | GE |
Product type | VersaMax I/O Rack Accessory Module |
Physical dimensions | 18.0 cm (length) x 10.5 cm (width) x 5.2 cm (height) |
Weight | 0.22 kg |
Place of origin | United States |
Operating voltage | 24 VDC |
Compatibility | GE VersaMax I/O racks (IC693Rack series) |
Operating temperature | -30°C to 75°C |
Humidity resistance | 5% to 95% (non-condensing) |
Interface type | VersaMax rack mounting interface |
Material | Reinforced industrial plastic and metal alloys |
Mounting type | DIN rail or panel mountable |
Connection type | Spring-clamp terminal blocks |
Main features and advantages
The GE IC693ACC310 offers a range of features that enhance the performance and usability of VersaMax automation systems, addressing key challenges in industrial control.
Enhanced compatibility: The GE IC693ACC310 is specifically engineered to work with GE’s VersaMax I/O racks, ensuring a perfect fit with all compatible modules. This seamless integration eliminates the need for custom adapters, reducing installation time and the risk of compatibility errors. Whether adding new I/O modules or upgrading existing setups, the GE IC693ACC310 simplifies the process, allowing operators to focus on system performance rather than hardware logistics.
Durability in harsh environments: Built to withstand the rigors of industrial settings, the GE IC693ACC310 operates reliably across a wide temperature range (-30°C to 75°C) and resists damage from vibrations and electromagnetic interference. Its sealed design protects internal components from dust and moisture, making it suitable for use in factories, refineries, and outdoor installations. This ruggedness ensures long-term functionality, even in conditions that would degrade lesser components, reducing the need for frequent replacements.
Simplified installation and maintenance: The GE IC693ACC310 features a tool-free mounting design, allowing technicians to install or remove it quickly without specialized equipment. Its clear labeling and intuitive layout simplify wiring and troubleshooting, minimizing downtime during setup or repairs. Additionally, the spring-clamp terminal blocks ensure secure, corrosion-resistant connections, reducing the risk of loose contacts that could disrupt system operation.
Scalability support: The GE IC693ACC310 facilitates easy expansion of VersaMax systems by enabling the addition of more I/O modules to existing racks. This scalability is critical for industries with growing production needs, as it allows control systems to evolve without requiring a complete overhaul. By supporting modular growth, the module helps businesses avoid unnecessary capital expenses while maintaining system efficiency.
Application fields
The GE IC693ACC310 is widely used across industries that rely on GE’s VersaMax PLC systems, where its role in maintaining system cohesion is essential.
Manufacturing: In automotive, electronics, and consumer goods plants, the GE IC693ACC310 supports VersaMax-controlled assembly lines, robotic workcells, and material handling systems. It ensures that signals between sensors (monitoring part positions or quality) and controllers remain stable, enabling precise coordination of machinery. This stability reduces production errors and downtime, directly boosting throughput and product quality.
Energy and utilities: Power plants, renewable energy facilities (solar, wind), and water treatment plants depend on the GE IC693ACC310 to maintain VersaMax systems managing turbines, pumps, and distribution equipment. Its ability to withstand extreme temperatures and electrical noise ensures uninterrupted operation, even during peak demand or inclement weather. This reliability is critical for preventing service disruptions and maintaining compliance with safety regulations.
Food and beverage processing: In facilities where hygiene and precision are paramount, the GE IC693ACC310 helps maintain VersaMax systems controlling mixing, packaging, and sterilization processes. Its sealed design resists corrosion from cleaning agents, while its stable connections prevent data loss that could compromise batch consistency or food safety standards. This makes it a trusted component in environments where regulatory compliance is strictly enforced.
Mining and metals: In mining operations and smelters, the GE IC693ACC310 supports VersaMax systems controlling crushers, conveyors, and refining equipment. Its rugged construction withstands the heavy vibrations and dust of these environments, ensuring that control signals remain intact. This reliability minimizes unplanned shutdowns, which are costly in terms of lost production and equipment wear.
Related products
- GE IC693PWR331: A VersaMax power supply module that pairs with the GE IC693ACC310to deliver stable 24 VDC power to I/O racks, ensuring consistent system performance even under high load.
- GE IC693CPU374: A high-performance CPU module for VersaMax systems, which relies on the GE IC693ACC310to communicate with I/O modules, processing real-time data for complex automation tasks.
- GE IC693MDL645: A 16-channel analog input module that works with the GE IC693ACC310to expand the system’s ability to monitor variables like pressure, temperature, and flow in industrial processes.
- GE IC693MDL940: A 32-channel digital output module that, when mounted using the GE IC693ACC310, controls actuators, valves, and motors in manufacturing lines and process systems.
- GE IC693CBL310: A shielded cable designed to connect GE IC693ACC310-equipped racks to other system components, reducing electromagnetic interference in noisy industrial settings.
- GE IC693RACK310: A VersaMax I/O rack specifically designed for use with the GE IC693ACC310, serving as the foundation for modular automation setups requiring expanded I/O capacity.
- GE IC693BEM330: A communication module that integrates with the GE IC693ACC310to enable Ethernet connectivity, allowing remote monitoring and control of VersaMax systems.
Installation and maintenance
Pre-installation preparations: Before installing the GE IC693ACC310, confirm compatibility with the target VersaMax I/O rack (e.g., GE IC693RACK310) by checking the system manual. Ensure the mounting surface is clean and level to prevent instability, and verify that the power supply matches the module’s 24 VDC requirement to avoid electrical damage. Inspect the module for physical defects, such as cracked housing or bent pins, as these can impair performance. Gather necessary tools—though the module’s tool-free design minimizes this need—and review torque specifications for any securing screws to prevent over-tightening.
Maintenance suggestions: To keep the GE IC693ACC310 functioning optimally, conduct quarterly inspections. Use a dry, soft brush to remove dust from the module and rack contacts, as debris can cause overheating or signal loss. Check for loose connections, re-seating the module firmly if necessary to ensure a tight fit. If the system experiences communication errors, verify that the module is properly aligned with the rack and that adjacent modules are not interfering. For persistent issues, consult GE’s troubleshooting guide or contact technical support, as improper repairs may damage the module or void warranties.
Product guarantee
Our company, a leading import and export trade distributor in the industrial control sector with 17 years of experience, offers a one-year quality warranty for the GE IC693ACC310. This warranty covers hardware malfunctions not caused by human factors, ensuring that any defects in materials or craftsmanship are addressed promptly. During the warranty period, if the GE IC693ACC310 exhibits abnormal performance or fails to function, we will provide a replacement to minimize operational disruptions.
Beyond the warranty, our extensive global supply chain and large in-stock inventory allow us to quickly fulfill orders for the GE IC693ACC310 and related industrial control parts, including hard-to-find or discontinued models. This capability ensures that customers can secure critical components even in urgent situations, supporting the continuous and stable operation of their automation systems. We specialize in distributing PLC modules, DCS cards, and other industrial control spare parts, making us a reliable partner for all your operational needs.
For inquiries or quotations, please contact us via Whatsapp at +86 18859254943 or email at sales@ygplc.com.