Monokrystaliczny krzem różnica ciśnienie przetwornik

UIB3000 Monocrystalline silicon differential pressure transmitter uses the world's leading precision differential Pressure sensor technology and packaging process. The differential pressure sensors are located at the top of the metal body, away from the contact surface of the medium, to achieve mechanical isolation and thermal isolation, and sintered glass integrated sensor leads achieve high strength electrical insulation from the metal matrix, and also improve the flexible performance and the ability of withstanding transient voltage of the electronic circuit . Platinum accuracy can reach ±0.05%, and unidirectional overloading pressure up to 25MPa. Excellent static pressure performance, static pressure error can be controlled within ±0.05%/10MPa. The temperature effect drift is very small, and the optimal temperature drift can be controlled ±0.04%/10K.In the circuit design, the modular design with microprocessor as the core and also adopting advanced digital isolation technology,UIB3351 has very high anti-interference and stability. Communication using the Hart protocol, either via Hart hand operator, through the Hart software installed to realize remote operation, and complete the measurement information configuration. UIB3351 uses digital compensation technology, and through a inner temperature sensor to compensate the transmitter, which improves the measurement accuracy, reduces the temperature drift, and has good long-term stability.The most humanized design of infrared wireless setting, zero clear function, to meet the requirement of safe operation on dangerous occasions.It is very convenient to perform shortcut menu operations, and can complete all parameter settings, all these features improvethe performance of the transmitter.UIB3000 series is widely used in technical areas such as petroleum industry, chemical industry, steel and iron industry, electric power, food, papermaking industry, spinning and weaving, medicine and environmental protection and so on.