Differential pressure transmitter
- Easy to install
- Imported silicon sensor chip employed
- Perfect long term stability
- Zero point and full range can be adjusted & Have short-circuit protection
- Have reverse Polarity Protection
Available Options:
LNT206-10
Differential liquid pressure sensor, 0~0.145Psi (0~10Kpa), 4~20mA output signal, 12~30VDC supply, 5% accuracy, Thread 1/4NPT.
LNT206-10
Differential liquid pressure sensor, 0~0.145Psi (0~10Kpa), 4~20mA output signal, 12~30VDC supply, 5% accuracy, Thread 1/4NPT.
LNT206-250
Differential liquid pressure sensor, 0~35.56Psi (0~250Kpa), 4~20mA output signal, 12~30VDC supply, 5% accuracy, Thread 1/4NPT.
LNT206-100
Differential liquid pressure sensor, 0~14.5Psi (0~100Kpa), 4~20mA output signal, 12~30VDC supply, 5% accuracy, Thread 1/4NPT.
LNT-206 differential pressure transmitter is based on piezo-resistive silicon technology, differential pressure transmitter uses silicon differential pressure sensors with stainless steel isolated diaphragm as measuring elements. Made of 316L stainless steel and designed of rigid and robust construction, PD401 differential pressure transmitter has a feature of that zero point and full range can be adjusted. It is suitable for application in harsh environment and measurement with corrosive pressure media.
Dimension
In conclusion, the Differential Pressure Transmitter LNT-206 is a highly reliable and precise solution, combining accuracy, durability, and advanced technology for demanding industrial applications. This differential pressure transmitter features piezo-resistive silicon technology and a stainless steel isolated diaphragm, ensuring consistent and accurate pressure measurement even in harsh and corrosive environments.
Its robust 316L stainless steel construction adds to its longevity, while the adjustable zero point and full-scale range provide enhanced versatility for different measurement needs.
Therefore, designed to withstand challenging industrial conditions, the differential pressure transmitter LNT-206 delivers dependable performance, making it an ideal choice for efficient, safe, and precise pressure monitoring across a wide range of applications.