The application of I/O remote modules in battery manufacturing equipment is mainly reflected in the following aspects‌:

‌Automated control

I/O remote modules are mainly used for automated control in battery manufacturing equipment. They ensure the smooth operation of the production line by collecting and controlling various signals and equipment. For example, in the lithium battery PACK production line, the I/O remote module can quickly, accurately and conveniently collect and control various automation equipment such as photoelectric switches, proximity switches, pneumatic solenoid valves, and welding robots for in-place detection.

‌System integration

I/O remote modules play an important role in system integration. For example, in a fully automatic stacking machine of a lithium battery equipment company, the I/O remote module is used in conjunction with the Omron series PLC through the EtherCAT bus to achieve rapid response and stable operation of the system. The integrated design of the coupler of this module can meet the distributed needs of customers, and the installation and configuration are simple and flexible.

‌Specific application scenarios

Specific application scenarios of I/O remote modules in battery manufacturing equipment include prismatic battery cell assembly, Park assembly solutions, etc. For example, on machines such as fully automatic battery hot presses and fully automatic ultrasonic welding machines, I/O remote modules are used to control cylinders, lasers, robots and other equipment to ensure the stability and efficiency of the production process.

‌Technical parameters and performance

The I/O remote module has the characteristics of small size, fast communication response, stable signal transmission, and strong scalability. For example, the HT6 series remote I/O module has small size, fast communication response, good on-site signal transmission stability, strong scalability, and high-speed counter module is stable in use.

‌Cooperation with

I/O remote modules are usually used in conjunction with PLC and communicate through the EC communication interface. For example, in Inspuri's application project, the main station uses Omron NX series PLC and uses the EC communication interface of the main body to communicate with the Inspuri remote I/O module.

To sum up, the application of I/O remote modules in battery manufacturing equipment not only improves production efficiency, but also ensures the stability and automation level of the production process.