■ 제품필수정보

제조사	Druck
제조사품명	A5074-TB-A1-CA-H1-PA 1.0 bar A
간략설명	Druck Pressure Sensor, 1bar Max, Analogue Output, Absolute Reading

■ 제품사양

Pressure Reading
타입 = Absolute Maximum Pressure Reading = 1bar Accuracy = ±0.2 % Output
타입 = Analogue Media Measured = Fluid Process Connection = G1/4 Analogue Output = 0 ??5 V Response Time = 10 ms Maximum Current = 3 mA Supply Voltage = 7 ??16 V Housing Material = Stainless Steel IP Rating = IP68 Druck UNIK 5000 Pressure Sensing Platform. Introducing Druck's UNIK 5000 pressure sensing platform, a range of sensing components that are ideal for measurement and control solution. The pressure sensing platform allows users to seamlessly build up their own sensor which can cater to their precise requirements. The UNIK 5000 pressure sensing platform offers high performance, configurable solutions for pressure measurement with the series employing modular design and lean manufacturing techniques. Each component from the UNIK 5000 platform creates a custom-built sensor, made up of Druck's standard components. Features ; Benefits. The standard components, when formed and built create a bespoke sensor the user. This means that users have the capability to fast, efficiently, and simply manufacture sensors according to their own requirements Each UNIK 5000 is a bespoke pressure sensing solution Field-proven silicon technology Large ranges of mbar starting from 70 mbar (1 psi) to 700 bar (10,000 psi) - depending on the choice of components from the range Comprised of a hardwearing and aesthetically pleasing stainless steel Frequency response to 5 kHz High overpressure capability Multiple electrical ; pressure connector options Depending on the components used to create the pressure sensor the UNIK 5000 has an operating temperature that ranges from -55 to 125°C (-67 to 257°F) mV, mA, Voltage and configurable voltage outputs Accuracy to 0.04% Full Scale (FS) Best Straight Line (BSL). What is a pressure sensor and how does it work?. A pressure sensor is a device that senses applied pressure of gases and liquids within a certain application, the output of the measurement is then converted into an electrical signal which reflects the amount of pressure applied.