GE FANUC IC695LRE001C  Bus Transmitter Module, Precision Data Networking Solution

Bus Interface Type:RS-485 Communication Rate:Up to 1 Mbps Power Consumption:Max 2.5 Watts Operating Temperature Range:-20"C to +60"C Dimensions:140mm x 100mm x 30mm Connector Type:DB-9 Operating Humidity Range:5% to 95% non-condensing Unleash the power of industrial automation with the GE FANUC IC695LRE001C Bus Transmitter Module, designed to enhance efficiency and reliability in your production line. 

This compact yet robust module seamlessly integrates into your existing system architecture, providing a stable communication bridge between your Programmable Logic Controllers (PLCs) and various peripheral devices. Crafted with precision and durability, the IC695LRE001C is engineered to withstand harsh industrial conditions, ensuring continuous operation in environments ranging from -10"C to 60"C. Its compact size and DIN rail mounting capability make it easy to integrate into any industrial setup. 

Equipped with advanced communication capabilities, this module supports RS-485 protocol at a data rate of 9600 bits per second, enabling high-speed data exchange between your PLCs and devices. With its single-channel design, it offers a dedicated communication link for efficient data transmission. 

The GE FANUC IC695LRE001C Bus Transmitter Module boasts a 12VDC power supply voltage, ensuring reliable operation even under varying electrical conditions. Its sleek design and high-quality materials guarantee long-term performance and minimize maintenance requirements. 

Experience the future of industrial communication with the GE FANUC IC695LRE001C Bus Transmitter Module. Its compatibility with industry-standard protocols, combined with exceptional performance and durability, makes it an indispensable component for any modern manufacturing environment. 

The GE FANUC IC695LRE001C Bus Transmitter Module is designed for high-speed data transfer over bus systems, ensuring reliable communication between various control devices in industrial automation settings. 

Performance Features

1.High-speed and accurate data transmission: IC695LRE001C Bus Transmitter Module has excellent high-speed data transmission capability, its data transmission rate can reach up to [X] Mbps, which can meet the needs of industrial automation systems for rapid transmission of large amounts of data. In the industrial production process, all kinds of sensors collect a large amount of production data in real time, such as equipment operation status, process parameters, product quality inspection data, etc., which need to be transmitted to the control system for analysis and processing in a timely and accurate manner. For example, in the automated production line of automobile manufacturing, the production process of each car is accompanied by a large amount of assembly data, quality inspection data, etc. IC695LRE001C is able to transmit these data to the central control system at a high speed to provide data support for real-time monitoring and quality control of the production process. At the same time, the module adopts advanced encoding and decoding technology to ensure the accuracy of data in the transmission process, with a BER as low as [X], effectively avoiding the impact of data transmission errors on industrial production. In industrial application scenarios that require high data accuracy, such as medical device manufacturing and aerospace parts processing, the IC695LRE001C's high-precision data transmission performance ensures precise control of the production process and improves product quality and production efficiency. 

2.Strong anti-interference ability: the industrial environment is complex and variable, there are a large number of electromagnetic interference, radio frequency interference and other sources of interference, these interferences may affect the stability and accuracy of the data transmission. GE FANUC IC695LRE001C in the design and manufacture of the process of full consideration of these factors, the use of a series of advanced anti-interference technology and process to ensure that it is in a hostile environment of reliable operation. The IC695LRE001C is designed and manufactured with these factors in mind. In terms of hardware, the module internal multi-layer shielding design, effectively isolate the external electromagnetic interference on the data transmission lines. At the same time, the use of high-quality anti-interference electronic components, these components have been strictly screened and tested, with excellent anti-interference performance, able to maintain stable electrical performance in a strong interference environment. In terms of software, advanced anti-interference algorithms are used for real-time monitoring and error correction of transmitted data. When an error is detected during data transmission due to interference, the module can automatically retransmit the data or correct the error to ensure the integrity and accuracy of the data. The IC695LRE001C can maintain stable data transmission in industrial environments with strong electromagnetic interference, such as steel mills and mines, providing a solid guarantee for the continuity of industrial automation systems. 

3.Flexible network topology adaptability: in order to meet the diverse network topology requirements of different industrial automation systems, GE FANUC IC695LRE001C has good network topology adaptability. It supports a variety of common industrial network topologies, such as bus, star, ring, etc. Users can flexibly select the appropriate network topology for deployment according to actual application scenarios and system requirements. In a large factory automation workshop, if the distribution of equipment is relatively centralised, the use of a bus-type topology can effectively reduce wiring costs and improve the scalability of the system, the IC695LRE001C can be well adapted to this topology to achieve data communication between devices. In some application scenarios that require high reliability of data transmission, such as substation monitoring of power systems, the ring topology can provide redundant data transmission paths, so that when a link fails, the data can continue to be transmitted through the other links to ensure uninterrupted operation of the system, and the IC695LRE001C is also able to work stably in such a ring topology network to ensure reliable data transmission. 

The IC695LRE001C can also work stably in this ring topology network, ensuring reliable data transmission. The IC695LRE001C can also work stably in such a ring topology network, ensuring reliable data transmission. Its flexible network topology adaptability enables users to carry out system design and equipment layout more freely when constructing industrial automation networks, and improves the overall performance and reliability of the system.