Titan TPTLRd Low Range Pressure Transducer Product Highlights
The TPTLRd Pressure Transducer is a versatile and efficient solution for both Industrial and OEM applications. With a wide pressure range spanning from 50mbar up to 20 Bar, it caters to various pressure measurement needs. The transducer boasts exceptional accuracy levels, offering <±0.25% for general use and <±0.10% for more demanding applications, ensuring precise and reliable readings. Its responsive stainless steel sensor guarantees durability and longevity in challenging environments.
Additionally, the transducer supports I2C and SPI protocols, providing flexible integration options. The device’s high level of temperature compensation ensures consistent performance across varying thermal conditions. Moreover, users can choose from a range of mechanical connections to suit their specific requirements. Delivering top-notch performance at a cost-effective price point, the TPTLRd Pressure Transducer emerges as a superior choice for diverse pressure sensing needs.
Applications for Titan TPTLRd Pressure Transducer
The OEM installations application highlights the Titan TPTLRd’s suitability for integration into original equipment manufacturer systems. Its compact design, digital output, and high accuracy make it ideal for embedding into a wide range of industrial and commercial products, where reliable and repeatable pressure measurement is essential for system performance and safety.
In laboratory & research testing, the Titan TPTLRd excels due to its precision and stability. Laboratories often require highly accurate and repeatable measurements for experiments and calibration tasks. The transmitter’s low-range capability and digital interface make it a valuable tool for researchers who need to monitor subtle pressure changes in controlled environments.
For pneumatic testing, the Titan TPTLRd is particularly effective. Pneumatic systems rely on accurate pressure monitoring to ensure proper operation and safety. The transmitter’s ability to measure low pressures with high resolution allows for detailed analysis and troubleshooting of pneumatic components, making it a preferred choice for engineers and technicians working with air-driven systems.
The medical testing/prototyping application leverages the transmitter’s sensitivity and reliability. In medical device development and prototyping, precise pressure measurement is critical for patient safety and device efficacy. The Titan TPTLRd’s digital output and low-pressure range are especially useful in applications such as respiratory equipment, blood pressure monitors, and other sensitive medical instruments.
When it comes to data loggers, the Titan TPTLRd’s digital communication and stable output are key advantages. Data loggers require consistent and accurate input to record pressure trends over time. The transmitter’s compatibility with modern data acquisition systems ensures seamless integration, making it a dependable choice for long-term monitoring and analysis.
In aerospace test and research, the Titan TPTLRd’s robustness and accuracy are highly valued. Aerospace applications often demand precise pressure measurements under varying environmental conditions. The transmitter’s performance in low-pressure ranges and its digital output make it suitable for wind tunnel testing, component validation, and other aerospace research activities.
For automotive component testing, the Titan TPTLRd provides the accuracy and durability needed to evaluate parts such as fuel systems, air conditioning, and braking systems. Automotive engineers rely on precise pressure data to ensure components meet safety and performance standards, and the transmitter’s features support rigorous testing protocols.
Finally, in academic research, the Titan TPTLRd serves as a reliable instrument for educational and experimental purposes. Its ease of use, digital interface, and high accuracy make it an excellent choice for university laboratories and research projects, where students and researchers require dependable data for analysis and publication.
