VMIC VMIVME 3230 8-channel low level input board

VMIC VMIVME 3230 8-channel low level input board
The VMIC VMIVME-3230 is an 8-channel, low-level input board designed for thermocouple input. It is a multifunctional board that performs reference junction compensation for low temperatures and is capable of providing linearization for a variety of thermocouple integration products. All VMIVME-3230 inputs are filtered and isolated, ensuring that the model’s inputs are protected against possible normal overvoltages.
Technical features include signal conditioning, sensor power supply, data acquisition, data storage as a whole, can connect different sensors, directly complete the dynamic signal test record. In addition, it has optional configurations to provide advanced input.
The VMIVME-3230 is suitable for a variety of environments, including multimedia queries, intelligent terminals, network security, instrumentation, intelligent products, industrial sites and other embedded fields. It is suitable for operating environments with a temperature range from 0°C to 60°C and can be stored at temperatures from -40°C to 80°C.

The application areas of the VMIC VMIVME-3230 are mainly in industrial automation and control systems, especially in the field of temperature monitoring and management related to thermocouple inputs.
Specifically, the VMIVME-3230 can be used in embedded fields such as industrial production, automated instrumentation, intelligent products, network security, etc. It can be designed with application functions to monitor temperature measurements, as well as manage industrial control systems. In addition, it also has the function of dynamic signal continuous monitoring, and the data can be directly written to the upper computer hard disk.
The VMIVME-3230 is an 8-channel, low-level input board designed for thermocouple input. It is capable of performing reference junction compensation for low temperatures and can provide linearization for a variety of thermocouple integration products. All inputs to the board are filtered and isolated, ensuring that inputs are protected against possible normal overvoltages.
Due to these characteristics, the VMIVME-3230 is particularly suitable for use in industrial environments that require precise temperature monitoring and management, such as chemical, power, and manufacturing industries. In these areas, the VMIVME-3230 can be used as a key component to help automate and intelligentize production processes, improve production efficiency and product quality.