1C31194G03 Controller

Emerson 1C31194G03 Controller Emerson, Shanghai Sijian Intelligent Technology Co., Ltd. is engaged in technology development, technical consultation, technical services, and technology transfer in the fields of intelligent technology, information technology, and automation technology. The company deals with electrical equipment, automation equipment, electronic products, communication products, electromechanical products, and computer software development. Based on the Intel H110 chipset, the third-generation Ice Wing structure embedded quasi-system offers high performance and low power consumption, capable of processing large volumes of returned data such as temperature control and equipment monitoring.

Emerson 1C31194G03 Controller Emerson features a new fanless wide-temperature heat dissipation Ice Wing structure, designed with North China Industrial Control's Ice Wing cooling technology, providing a true fanless solution.

Supports WiFi and 3G network expansion, meeting the communication requirements between refrigerated trucks and backend management centers.

Rich I/O interfaces facilitate multi-screen display and multiple information sharing in cold chain transportation control management systems.

Utilizes three-dimensional hard drive shock absorption and reliability design, adaptable to various harsh working environments. Highly expandable, all-aluminum chassis, compact structure, and flexible installation.

Its communication protocol adopts MODBUS RTU protocol, achieving unified integration with industrial field data acquisition, making programming convenient. Analog sensors: Convert measured non-electrical quantities into analog electrical signals. Digital sensors: Convert measured non-electrical quantities into digital output (including direct and indirect conversion). Quasi-digital sensors: Convert measured quantities into short-period output (including direct or indirect conversion). Switch sensors: When a measured quantity reaches a specific threshold, the sensor outputs a set low or high level accordingly. Ladder diagram method: The ladder diagram method uses ladder diagram language to program PLCs. This is a programming method that mimics relay control systems. Its graphics and even component names are very similar to relay control circuits. This method easily transplants original relay control circuits into PLC ladder diagram language. For those familiar with relay control, this is a convenient programming method.