HIMA X-COM 01 HIMax Communication Module

Support for Multiple Protocols: It supports various communication protocols including Modbus and Canopen, and can also support Profinet and Profisafe protocols (for some models such as X-COM 01 E). This enables communication with devices and systems of different standards, making it suitable for diverse industrial automation environments.

High-Speed Data Transmission: It features a high data transmission rate, with some modules reaching up to 100Mbps. Additionally, it has 4 channels for simultaneous data sending and receiving, ensuring efficient communication under heavy load conditions and enhancing system scalability and performance.

Reliable Connectivity: Adopting a modular design, it can be easily integrated into existing systems. It achieves seamless connection via Ethernet or RS485 interfaces and is compatible with various control devices, ensuring the stability and reliability of industrial communication networks.

Adaptability to Harsh Environments: The operating temperature range is generally -20℃ to +60℃, and some models can work within the range of -20℃ to +70℃. With a protection rating of IP20, it can adapt to harsh industrial environments and be used outdoors or under extreme conditions.

Power Requirements: It usually requires a DC power supply, with a common supply voltage of 24V DC. The minimum input current is approximately 0.25A, and the maximum is about 0.46A.

Data Transmission Rate: It varies among different models. Some modules can reach a data transmission rate of 1Mbps, while others can be as high as 100Mbps.

Interface Types: It supports interfaces such as USB 2.0 and Ethernet, facilitating connection and communication with other devices.

Dimensions and Weight: It is relatively compact, with dimensions such as 100mm×60mm×25mm, and lightweight, approximately 0.3kg, making it easy to install in places with limited space like control cabinets.

Petrochemical Industry: It can be used in places such as refineries and chemical plants. The module can connect sensors for temperature, pressure, flow, etc., with the control system to transmit data in real-time, allowing operators to keep abreast of production process parameters. Meanwhile, it accurately transmits control commands to executive devices such as valves and pumps to ensure the stable operation of the production process. It can also quickly transmit safety signals in emergency situations to activate safety protection mechanisms.

Power Industry: It is suitable for power plants, substations, etc. It can realize status monitoring and control of generating sets, transformers, switchgear, etc. By connecting various protection devices and measurement and control devices via a bus, it achieves data sharing and collaborative control, ensuring the safe and reliable power supply of the power system. It can also communicate with the power grid dispatching system to realize optimal distribution and dispatching of electric power.

Metallurgical Industry: In enterprises such as steel mills and aluminum factories, it can connect the control systems of equipment like blast furnaces, converters, and rolling mills, transmit various data in the production process such as temperature, pressure, and speed, realize precise control and automatic scheduling of the production process, improve production efficiency and product quality, and facilitate equipment fault diagnosis and maintenance.

Pharmaceutical Industry: It can be applied to various links of pharmaceutical production lines, such as drug preparation, filling, and packaging. It connects pharmaceutical equipment with quality inspection equipment to ensure accurate transmission of data during the production process, realize strict monitoring and precise control of the pharmaceutical production process, meet the high-precision and high-safety requirements of pharmaceutical production, and ensure that drug quality complies with standards.

Cement Industry: In processes of cement production such as raw material grinding, clinker calcination, and cement grinding, it can effectively connect equipment in each process, such as mills, rotary kilns, and separators, realize data interaction and collaborative work between equipment, ensure the continuity and stability of the production process, improve production efficiency, and reduce energy consumption.

Automobile Manufacturing Industry: It can be used in the automated control systems of automobile production lines. It connects welding robots, assembly robots, conveying equipment, etc., to realize precise coordination and efficient operation between devices, ensure the automation and intelligence of the automobile production process, improve production efficiency and product consistency, and facilitate real-time monitoring and fault troubleshooting of the production line.