| Availability: | |
|---|---|
| Quantity: | |

High-precision signal acquisition and control: Through high-precision ADC/DAC converters, accurate analog signal acquisition and output are achieved to ensure stable and reliable signal transmission in industrial automation systems and meet real-time control requirements.
A wide range of IO interfaces supports multiple types, including digital input/output (DIO), analog input/output (AIO), relay output, PWM output, etc., to meet the control requirements of different industrial equipment.
The use of rugged design and high-quality components, combined with advanced anti-interference design, ensures the long-term stable operation of the control PCB in harsh industrial environments such as high temperature, humidity, and vibration.
Supports common industrial communication protocols such as Modbus RTU, Modbus TCP, CAN, RS-232, RS-485, etc., which is convenient for interconnection with other automation equipment.
According to customer needs, flexible modular design is provided, and input/output ports, signal types, communication interfaces, etc. can be customized on demand to meet specific control and monitoring needs.
Full quality inspection and strict testing standards are adopted to ensure that each industrial IO control board can operate reliably in complex industrial environments, reduce failure rates, and improve system stability.
Aiming at the high temperature requirements of industrial control environment, an efficient heat dissipation system is designed to ensure that the temperature of the PCB board is controlled within a safe range to prevent failures caused by overheating.

High-precision signal acquisition and control: Through high-precision ADC/DAC converters, accurate analog signal acquisition and output are achieved to ensure stable and reliable signal transmission in industrial automation systems and meet real-time control requirements.
A wide range of IO interfaces supports multiple types, including digital input/output (DIO), analog input/output (AIO), relay output, PWM output, etc., to meet the control requirements of different industrial equipment.
The use of rugged design and high-quality components, combined with advanced anti-interference design, ensures the long-term stable operation of the control PCB in harsh industrial environments such as high temperature, humidity, and vibration.
Supports common industrial communication protocols such as Modbus RTU, Modbus TCP, CAN, RS-232, RS-485, etc., which is convenient for interconnection with other automation equipment.
According to customer needs, flexible modular design is provided, and input/output ports, signal types, communication interfaces, etc. can be customized on demand to meet specific control and monitoring needs.
Full quality inspection and strict testing standards are adopted to ensure that each industrial IO control board can operate reliably in complex industrial environments, reduce failure rates, and improve system stability.
Aiming at the high temperature requirements of industrial control environment, an efficient heat dissipation system is designed to ensure that the temperature of the PCB board is controlled within a safe range to prevent failures caused by overheating.
1.We provide personalized assembly solutions, support small batch prototyping and mass production, and meet customers' needs for different production volumes and different design complexities.
2.With advanced automatic placement machines and testing equipment, we support high-precision and high-density surface mount components. We can quickly process the assembly of small to large and complex components, suitable for various consumer electronics, industrial automation, communication equipment and other fields.
3.Equipped with advanced automated production equipment, including placement machines, automated welding systems, automatic detection systems, etc., to ensure efficient and accurate production processes.
4.All plug-in components are strictly inspected to ensure that each welding point meets international quality standards and prevent equipment failures caused by welding defects.
5.All assembly processes and components comply with RoHS environmental standards to ensure that products comply with global environmental regulations.
1.We provide personalized assembly solutions, support small batch prototyping and mass production, and meet customers' needs for different production volumes and different design complexities.
2.With advanced automatic placement machines and testing equipment, we support high-precision and high-density surface mount components. We can quickly process the assembly of small to large and complex components, suitable for various consumer electronics, industrial automation, communication equipment and other fields.
3.Equipped with advanced automated production equipment, including placement machines, automated welding systems, automatic detection systems, etc., to ensure efficient and accurate production processes.
4.All plug-in components are strictly inspected to ensure that each welding point meets international quality standards and prevent equipment failures caused by welding defects.
5.All assembly processes and components comply with RoHS environmental standards to ensure that products comply with global environmental regulations.