The ABB DSAB-02C Analog Input Module is designed for industrial automation systems, offering high accuracy and reliability in data acquisition, essential for optimal control and monitoring in manufacturing processes.
Analog Input Channels:8
Sampling Rate:10 kHz
Input Range:-10V to +10V
Accuracy:±0.05%
Operating Temperature:-20°C to +60°C
Power Consumption:5W
Communication Interface:Modbus RTU
The ABB DSAB-02C Analog Input Module excels in industrial environments, delivering unparalleled precision and reliability. With four simultaneous analog input channels, this module is capable of sampling at up to 1 kilohertz, ensuring real-time data acquisition for critical processes.
Built with 16-bit resolution, it guarantees high accuracy and minimal error, essential for applications where data integrity is paramount. The wide operating voltage range of 12-24V DC ensures compatibility across various industrial setups, making it a versatile choice for diverse applications.
Featuring a low current consumption of ≤ 60 mA, the DSAB-02C efficiently conserves power, reducing operational costs without compromising performance. Its IP20 enclosure rating provides basic protection against dust and splashing water, suitable for indoor industrial settings.
Compact yet durable, the module measures 100mm x 120mm x 80mm, fitting seamlessly into existing control systems. It weighs only 0.3kg, facilitating easy installation and integration. Designed for longevity, the DSAB-02C operates within a temperature range of -20°C to +70°C, ensuring reliability under varied environmental conditions.
With the ABB DSAB-02C Analog Input Module, engineers and technicians can trust in a solution that delivers consistent, accurate data, enhancing system performance and productivity. This module is an indispensable part of any modern industrial automation system, aiming for efficiency and precision.
The ABB DSAB-02C Analog Input Module is designed for industrial automation systems, offering high accuracy and reliability in data acquisition, essential for optimal control and monitoring in manufacturing processes.