ABB DSAV111 EXC57350001-CN Video Board

Output: 4–20 mA (2-wire) or voltage signal 

Frequency Range: 10 Hz–1 kHz 

Power Supply: 12–30 V DC

Operating Temperature: -40°C to +85°C

Protection Rating: IP67/IP68

Housing Material: Stainless steel

Mounting: M10 threaded stud

Compliance: CE, ATEX 

Communication: HART protocol 

Accuracy: ±1% FS

High precision measurement, control: ABB DSAV111 adopts advanced digital signal processing technology, high-precision data acquisition and real-time control capabilities, widely applicable to complex industrial scenarios. The modular design allows for multi-channel input and output and can be used with a variety of sensors and actuators that enable the efficient and stable operation of the system.

Strong environmental adaptability and reliability: ABB DSAV111 has passed strict industrial-grade certifications, and has the characteristics of resistance to electromagnetic interference, wide temperature range operation and resistance to dust and water, can in harsh environments for a long time work. This redundancy assistance is complemented by the self-diagnosis abilities of your devices, which leads to a higher fault tolerance rate and minimizes the potential for unforeseen downtimes.

Intelligence and easy integration: The built-in Industrial Internet of Things (IIoT) protocol interface, users can easily connect with upper computers, PLC and cloud platform to achieve remote monitoring and data analysis. The configuration software has a friendly interface and flexible parameter adjustment, which greatly reduces the debugging cycle.

Automated Power Grids: ABB DSAV111 are well used in substation automation, distribution network monitoring, and renewable energy generation. It is capable of real-time monitoring of parameters such as voltage and current, optimizing the efficiency of energy distribution, and ensuring safe and stable operation of the power grid.

Industrial Process Automation: ABB DSAV111 is designed for process control scenarios in chemical engineering and metallurgy. It can accurately regulate parameters like temperature and pressure, resulting in more consistent output. Its reliability is so high that it is suited particularly well for continuous production lines, minimizing manual interventions.

Oil and Gas Extraction: Deploying for monitoring of oil and gas fields, it helps to pull important data such as wellhead pressure and flow rate. It has supported the functions of remote transmission, early warning, and ensured the safety of high-risk operation environment, while reducing the operation and maintenance costs.

Smart Water Environmental Protection Projects: Integrating intelligent applications into systems such as sewage treatment and pumping station control, it realizes water quality monitoring, equipment linkage control and energy efficiency optimization, facilitating the upgrade of urban intelligent infrastructure and the realization of sustainable development goals.