Feimu Technology is a legitimate, authorized domestic supplier for GE Fanuc, maintaining a year-round stock of the complete range of industrial control components for GE IP and PACSystems. Our inventory covers mainstream PLC models such as VersaMax I/O modules, 90-30, 90-70, RX3i, and RX7i. Our entire hardware lineup features robust power adaptability and a rugged, durable construction, integrating practical functions such as hot-swapping capabilities, jumper-free configuration, and self-diagnostic protection. We provide authentic, original products at highly competitive prices, catering to both standard models and hard-to-find, discontinued spare parts, while also offering viable model substitution solutions. Furthermore, we provide comprehensive pre-sales product selection assistance and post-sales technical support to meet the diverse procurement and maintenance needs of industrial control applications across various sectors.
Industrial environments frequently encounter challenges such as damaged PLC mainframes, I/O module malfunctions, difficulty sourcing obsolete or discontinued spare parts, and complications in procuring components for new systems. Leveraging years of experience in international exports, Feimu Technology specializes deeply in the GE industrial control product line. Supported by an extensive inventory covering the full spectrum of hardware—extending beyond just standard, high-circulation models—we are uniquely positioned to resolve the procurement challenges associated with discontinued spare parts. All products shipped are guaranteed to be authentic originals and are offered at market-competitive prices. Additionally, we provide end-to-end technical services—ranging from product selection and hardware installation to functional commissioning and troubleshooting—serving as a one-stop solution to help purchasers, system integrators, and equipment maintenance teams simplify procurement processes, minimize downtime, and effectively control spare parts costs.
Our core offerings include the classic 90-30 and 90-70 PLC series, as well as the next-generation PACSystems RX3i and RX7i high-end controllers. Our model range spans applications from small-scale standalone control systems and medium-scale production line coordination to large-scale distributed control networks, making them suitable for automation projects of any size. We maintain a constant stock of the entire series, enabling us to respond rapidly to order requirements.
Our inventory includes the complete VersaMax series of I/O modules, signal interface modules, network communication modules, and dedicated power supply modules. From field signal acquisition, data transmission, and network configuration to the power supply for the entire system, we provide a complete, one-stop solution for all necessary components, eliminating the need for purchasers to source parts from multiple vendors and thereby simplifying the procurement process.
The complete hardware suite offers flexible configuration options, capable of meeting the control requirements of various industrial environments—including manufacturing, water treatment, energy, and warehousing. Whether for the complete configuration of new projects, the expansion of I/O points on existing equipment, or the replacement of faulty components, the appropriate product combination can be rapidly identified and deployed.
The entire unit features a reinforced industrial structural design; both the external casing and internal circuit boards are resistant to vibration, dust, and extreme temperatures. This makes the device suitable for complex operating conditions—such as those found in workshops or outdoor equipment rooms—ensuring that long-term continuous operation remains free from issues like hardware deformation or poor electrical contact, thereby reducing the frequency of subsequent maintenance.
The device supports a wide AC voltage input range of 100–240V, adhering to global universal voltage standards. In instances where power grid voltages in domestic or international factory sites fluctuate or differ, there is no need to install additional transformers or voltage regulators; the unit functions normally simply by being powered on.
Featuring standardized interfaces and circuit designs, the hardware supports "plug-and-play" functionality. Once the hardware installation is complete, no complex circuit modifications are required; this significantly reduces the workload associated with on-site wiring and commissioning, thereby boosting the efficiency of project implementation and spare parts replacement.
The processor features a built-in, high-precision analog-to-digital conversion unit. This allows it to interface directly with on-site analog sensors to convert analog signals into digital data, eliminating the need for external conversion modules. This streamlines the hardware layout within the control cabinet and conserves installation space.
The main control chip boasts powerful computing performance, enabling it to efficiently execute complex tasks such as large-scale programs, multi-stage interlocking logic, and timing controls. When handling scenarios involving multi-point synchronous control or safety interlock protection, the program runs stably and without lag, ensuring that equipment operations remain precise and orderly.
The hardware supports "hot-swapping" functionality, allowing faulty I/O modules or communication modules to be replaced directly without shutting down the equipment. This eliminates the need to power down the entire production line, thereby minimizing downtime and making the system particularly well-suited for continuous manufacturing enterprises.
Moving away from traditional hardware jumper settings, parameter configuration can be accomplished entirely through software interfaces. During on-site commissioning, functional modifications, or I/O point adjustments, there is no need to dismantle modules or alter physical jumpers. This lowers the operational threshold and helps prevent faults caused by poor jumper contact.
The entire GE Fanuc product line features an integrated, comprehensive self-diagnostic system capable of real-time monitoring of hardware operational status, circuit continuity, voltage anomalies, and other issues, actively reporting fault codes as they occur. Additionally, the devices are equipped with over-voltage, over-current, and short-circuit protection mechanisms; these automatically engage to safeguard the hardware—preventing burnout—in the event of power grid irregularities or load failures.
A: They cannot be connected directly to a 380V voltage source. This product series is designed for single-phase 100–240V AC input. If the on-site power supply is 380V, an appropriate isolation transformer must be used to step down the voltage before connecting the device.
A: All accompanying I/O and communication modules in the series support hot-swapping. Replacing only the peripheral modules will not interrupt the program running within the main PLC unit or affect the overall control of the equipment, making this feature ideal for use in continuous production lines.
A: We prioritize selecting replacement models that offer both hardware and software compatibility. In most cases, extensive rewriting of the original program is unnecessary; only simple parameter adjustments are required, thereby minimizing the workload associated with system retrofitting.
A: Before leaving our facility, every product undergoes a comprehensive series of tests covering power-on functionality, general operation, communication capabilities, and safety protection features. We can provide corresponding test documentation upon request to meet customer requirements, ensuring the product operates stably once installed in the system.
A: Yes, they can be used together seamlessly, provided the appropriate backplane and communication architecture are in place. This constitutes a standard configuration for complete GE control systems and represents the most commonly used solution for on-site system retrofits and I/O point expansion projects.
