Component type:
GE 151X1235: This represents the internal GE code used to identify and classify components.
DB15: This is code related to the type, function, or application of components in General Electric systems.
SA01: This is code for component variants, revisions, or specific features.
EX2100e: This is a model identifier or code indicating the compatibility of a component with a specific GE product or system.
Power bridge component: This indicates that the component is a power bridge component that typically combines power distribution and control functions in electronic systems.
Parameters:
Input voltage range: The component is used for power conversion or distribution and has an input voltage range (e.g. 12V-48V DC, 90-265V AC) indicating the voltage range it can accept.
Output voltage range: Similarly, it has an output voltage range (e.g. 5V DC, 12V DC, 24V DC) indicating the voltage range it can provide.
Output rated current: The component has an output rated current (e.g. 1A, 5A, 10A), indicating the maximum current it can provide.
Rated power: It has a rated power that indicates its power processing capacity (e.g. 10W, 50W, 100W).
Efficiency: The component has an efficiency rating indicating its ability to effectively convert power (e.g. 80%, 90%, 95%).
Working temperature range: It has a working temperature range (such as -40 ° C to 85 ° C), indicating the environmental temperature range it can withstand during operation.
Physical dimensions: Components have physical dimensions in millimeters or inches (such as length, width, height), and their dimensions and shape factors are specified.

Industrial control products are widely used in fields such as automated production lines, intelligent manufacturing, energy management, etc., to improve production efficiency and achieve precise control. Meeting the needs of different industries and assisting in industrial upgrading
High degree: Advanced sensors are used to ensure data accuracy.
Strong stability: After strict testing, it ensures long-term stable operation.
Quick response: Quickly respond to instructions to improve production efficiency.
Energy saving and environmental protection: Low energy consumption design, reducing energy consumption.
High performance and stability, meeting the requirements of harsh industrial environments
Intelligent control, simplifying operational processes
Energy saving and environmental protection design, reducing production costs
Modular structure, convenient for later maintenance and upgrading
*Widely applied in various fields to meet the needs of different industries.