
( Brand: Thomas Edison ), ( Manufacturer Part Number: 318-100 ), ( Part Type: Pressure Instrument ), ( Country/region Of Manufacture: United States )
The Thomas Edison Instrument Company's 318-100 pressure transducer, specifically designed for use in S4-B-52 aircraft, is a high-performance, reliable, and accurate measurement instrument. This transducer is engineered to convert pressure differences into an electrical signal, making it an essential component for various aircraft systems that require pressure monitoring and measurement.
The 318-100 transducer is built with a robust and durable design, ensuring it can endure the demanding conditions of aviation applications. The transducer's housing is made of high-strength materials that provide excellent resistance to harsh environments, including temperature extremes and vibrations.
The core of this pressure transducer lies in its sensing element, which is designed to accurately measure pressure within the specified range. The sensing element utilizes advanced technology, allowing the transducer to provide precise and stable measurements, even under varying conditions.
The 318-100 pressure transducer offers a wide measurement range, from -1 to 100 psi (pounds per square inch), making it suitable for monitoring various aircraft systems, such as fuel pressure, hydraulic pressure, and cabin pressure. Its accuracy is ensured by the calibration of the transducer against NIST-traceable standards, ensuring traceability and confidence in the measurements.
The transducer features a compact design, which allows easy installation and integration into aircraft systems. It also comes with a built-in temperature sensor, enabling compensation for temperature effects on pressure measurements, ensuring even greater accuracy.
The 318-100 pressure transducer is designed to provide a robust and reliable electrical output. It offers a high output voltage of 0.5V/V (volts per volt) full-scale deflection, making it easy to interface with various data acquisition systems and avionics. Additionally, the transducer is equipped with a built-in overpressure protection feature, safeguarding against potential damage due to excessive pressure.
In summary, the Thomas Edison Instrument Company's 318-100 pressure transducer is a high-performance, accurate, and reliable measurement instrument designed specifically for use in S4-B-52 aircraft. Its robust and durable design, wide measurement range, high accuracy, and easy-to-interface electrical output make it an essential component for various aircraft systems that require pressure monitoring and measurement.
The Thomas Edison Instrument's 318-100 pressure transducer (S4-B-52) is a popular choice for aircraft applications due to its high accuracy, reliability, and rugged design. However, like any other purchase, it is essential to consider both the advantages and disadvantages before making a decision.
Pros:1. High Accuracy: The 318-100 pressure transducer offers excellent accuracy, making it an ideal choice for critical aircraft applications. This transducer can measure pressure within 0.025% of full scale, ensuring precise readings and reliable data.
2. Robust Design: The transducer's rugged design makes it suitable for harsh aircraft environments. It can withstand extreme temperatures, vibrations, and shocks, ensuring continuous operation even under challenging conditions.
3. Wide Pressure Range: The 318-100 transducer can measure a wide range of pressures, from vacuum to high pressure, making it versatile for various aircraft applications.
4. Easy Installation: The transducer comes with a variety of output options, including analog voltage, current, and digital signal, making it easy to integrate with existing aircraft systems.
5. Calibration: Thomas Edison Instruments provides calibration services for the 318-100 transducer, ensuring that the device remains accurate over its entire lifespan.
Cons:1. Cost: The 318-100 pressure transducer is relatively expensive compared to other pressure transducers on the market. Its high accuracy and robust design contribute to its cost, making it a significant investment for aircraft operators.
2. Complexity: The transducer's advanced features and capabilities may require a high level of expertise to install, calibrate, and maintain. This complexity may result in additional labor costs and training requirements for aircraft maintenance teams.
3. Size: The 318-100 transducer is larger than some other pressure transducers on the market, which may limit installation options in smaller aircraft or tight spaces.
4. Power Consumption: The transducer requires a constant power supply, which may increase the overall power consumption of the aircraft's electrical system.
Conclusion:The Thomas Edison Instrument's 318-100 pressure transducer (S4-B-52) offers excellent accuracy, rugged design, and a wide pressure range, making it an ideal choice for aircraft applications where precision and reliability are essential. However, its high cost, complexity, size, and power consumption may be drawbacks for some aircraft operators.
Recommendation:For aircraft operators requiring high accuracy, reliability, and ruggedness in their pressure measurement systems, the Thomas Edison Instrument's 318-100 pressure transducer (S4-B-52) is an excellent investment. However, for applications where cost, complexity, size, or power consumption are significant concerns, alternative pressure transducers with lower specifications may be more suitable. It is essential to carefully evaluate the specific requirements of the aircraft application and consider all factors before making a purchasing decision.
EDISON PRESSURE TRANSDUCER 318-100 PSI AIRCRAFT INSTRUMENT S4-B-52.