SSCDRRN030NDAA5

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pressure sensors, transducers are measuring instruments utilized to quantify and continuously track tension or recognize changes in pressure. among the most common apparatuses for tracking pressure is a strain gauge. one such product is the sscdrrn030ndaa5. this sensor supports dual measures, strain and tension, and provides within its application field both accuracy and reliability.

the sscdrrn030ndaa5 is a strain gauge pressure transducer. the transducer is made up of a variety of components, including a strain gauge, a diaphragm, a manifold, and a cap. the strain gauge component is constructed from 4 strain gauges arranged in a bridge configuration. the strain gauge bridge consists of two resistive elements that measure the amount of tension or movement.

the strain gauges are connected via a silicon diaphragm. the diaphragm is a flexible membrane that acts as a bridge between the strain gauge components and the exterior environment. the diaphragm functions as the essential link between the strain gauge bridge and the pressure being evaluated. the diaphragm is tensioned into position and secured within the transducer itself.

next, the manifold connects the diaphragm to the transducer itself. the manifold is a conduit between the strain gauge and the pressure being measured. the manifold helps to protect the diaphragm and makes sure that all pressures being measured are transferred to the strain gauge bridge accurately and efficiently.

lastly, the cap acts as the physical enclosure of the diaphragm within the transducer. the cap holds the diaphragm in place and also serves to protect the strain gauge components from damage or interference. the cap is sealed tightly to make sure that no outside elements can interfere with the pressure measurements taken by the strain gauge bridge.

the sscdrrn030ndaa5 features a capability for monitoring pressure levels from 0-30psi and a temperature range from -40°f to +250°f. it provides accuracy of better than 0.15% of full-scale and repeatability of better than 0.2% of full-scale. it has an output of 0.75mV to 4.5V and a 3-pin male connector. its durable, stainless steel construct is resistant to corrosion, and it is certified to ip67 standards.

the sscdrrn030ndaa5 is primarily used in automotive and industrial applications, as it is capable of measuring pressures accurately in both high and low temperature conditions. it can be used to track pressures such as brake fluid pressure, oil pressure, air pressure, and water pressure. in addition, it is often used in the medical and aerospace fields, as it is capable of tracking and monitoring fluctuating pressures in extreme temperatures. its proven accuracy and reliability make it an ideal solution for tracking pressures in both industrial and automotive applications.

the working principle of the sscdrrn030ndaa5 is based on the strain gauge bridge circuit. when pressure is applied to the diaphragm, it causes the strain gauges in the bridge circuit to stretch or compress, which results in a change in resistance. the change in resistance is then converted into an electrical output signal, which can be measured and tracked by the pressure transducer.

in summary, the sscdrrn030ndaa5 is a powerful and versatile pressure transducer. its strain gauge bridge circuit enables accurate tracking of pressure measurements in both high and low temperature conditions. the stainless steel construction ensures durability and resilience to corrosion, while the diaphragm provides a physical link between the strain gauge bridge and the exterior environment. its precision and repeatability make it especially suited to automotive and industrial applications.

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