AI02J High precision current transmitter

ABB AI02J is a high-precision current transmitter that can convert current signals into standard electrical signal outputs, widely used in the field of industrial automation.
This product has the following characteristics:
High accuracy: capable of accurately converting current signals into corresponding electrical signal outputs, with an accuracy of up to 0.1%.
Good stability: Advanced circuit design and materials are used to ensure long-term stable operation.
High reliability: With protection functions such as overheating, overcurrent, overvoltage, etc., it improves the reliability of the system.
Easy installation: Adopting a guide rail installation method, it is convenient and fast.
Widely used: suitable for various fields such as industrial automation, robot control, and power equipment.
Overall, ABB AI02J is a high-performance and highly reliable current transmitter with broad application prospects. For more information, you can contact ABB official for information.

ABB-CAI04

The application scenarios of ABB AI02J include but are not limited to the following:
In the field of industrial automation, it is necessary to accurately control the current and voltage of motors in equipment such as assembly lines,

machining centers, and industrial robots in factories to ensure the stable operation of the equipment. ABB AI02J can be used to convert current

signals into standard electrical signal outputs for precise control.In the field of robot control: In robot control systems, it is necessary to accurately control the current and

voltage of the motor to ensure smooth and accurate robot actions. ABB AI02J can be used to convert current signals into standard electrical signal outputs for precise control.
Power equipment field: In power equipment, it is necessary to monitor and control the current and voltage to ensure the stable operation and safety

of the equipment. ABB AI02J can be used to convert current signals into standard electrical signal outputs for precise control.