DSSB-01C rectifier control motherboard
Product Details Introduction
The DSSB-01C rectifier control motherboard has a series of significant product features that make it outstanding in industrial automation and control system applications. The following are the main characteristics of the DSSB-01C rectifier control motherboard:
High precision measurement of micro flow: The motherboard adopts temperature difference detection method, which can achieve high-precision sensing of ± 3% F.S., which means that no matter how small the flow change is, it can accurately capture and measure. This high-precision characteristic makes DSSB-01C very effective in applications that require precise flow control.
Excellent temperature characteristics: The DSSB-01C rectifier control motherboard has very little impact on temperature, so there is no need for temperature compensation to measure mass flow rate. This feature ensures the stability and reliability of the measurement results, and can maintain high accuracy even in environments with significant temperature changes.
High speed responsiveness: This motherboard has optimized mass flow and high speed responsiveness, with an output of ± 3% F.S. in just 20ms. This rapid responsiveness helps to adjust and optimize system performance in real-time, improving production efficiency.
Low power consumption: DSSB-01C adopts a thermoelectric stack as the output mode of thermoelectric electromotive force, which has lower power consumption compared to resistance type. This enables the motherboard to save energy and reduce operating costs during long-term operation.
Widely applicable: Due to its high precision, fast response, and low power consumption, the DSSB-01C rectifier control motherboard has a wide range of applications in industrial automation and control systems. Whether it is flow control on the production line or flow monitoring in environmental monitoring systems, it can provide stable and reliable solutions.
In summary, DSSB-01C rectifier control motherboard has significant advantages in industrial automation and control fields due to its high precision, fast response, low power consumption, and wide application range.
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