MPT6 Miniature Pressure Transmitter
Product Overview:
Our advanced MPT6 sensor features a precision-engineered, stainless steel (17-4PH) thin film pressure sensor seamlessly integrated into the pressure port through welding, eliminating the need for internal seals. At the heart of our system is a state-of-the-art ASIC (Application-Specific Integrated Circuit), designed to offer unparalleled customization and performance in signal conditioning. This ASIC is not only versatile with a wide range of system settings (a select few of which are outlined in the table above) but also comes packed with essential features for reliability and durability:
- Reverse polarity and short-circuit protection ensures system integrity under adverse conditions.
- Exceptional EMC/ESD robustness and AEC-Q100 qualification highlight its automotive-grade quality.
- High voltage protection up to 33V safeguards against unexpected power surges.
- Available digital outputs (I2C, SPI) cater to specific connectivity requirements.
- Operates efficiently across a broad temperature spectrum, from -40 to +260°F.
We are open to providing additional information and data upon request to meet your specific needs.
Output Options:
Our system offers a versatile range of output options to suit various application requirements:
- Ratiometric output ranging from 0.5 to 4.5V @5VDC Supply or 10 to 90% Vss.
- Stable fixed outputs of 0.5 to 4.5V @ Vss 7 to 32Vss and 0 to 10V @ 7 to 32Vss.
- Current output 4 to 20mA, with digital I2C and SPI outputs available upon request.
In addition to the ASIC capabilities, we also offer straightforward analogue signal conditioning with a fixed analogue output for those seeking simplicity. Further details are available upon request.
For applications demanding resilience against extreme temperatures, our system includes a bridge output option. Units equipped with this feature come with either a mathematical model for compensation or additional remote electronics, ensuring full compensation and optimal performance under challenging conditions.
Pressure Transmitter Applications
The aerospace and aviation for monitoring systems application highlights the MPT 6’s suitability for environments where reliability and compactness are essential. In aircraft and spacecraft, precise pressure monitoring is critical for the safe operation of hydraulic, pneumatic, and fuel systems. The transmitter’s miniature size allows it to be integrated into tight spaces within these complex systems, ensuring real-time data collection and contributing to overall safety and efficiency in flight operations.
In the energy sector, including oil and gas exploration and renewable energy systems, the MPT 6 is used to monitor pressure in challenging and often hazardous environments. Whether it’s deep within an oil well, on a gas pipeline, or inside a wind turbine’s hydraulic system, the transmitter’s robust construction and high accuracy make it ideal for ensuring operational integrity. Its ability to withstand harsh conditions and deliver reliable measurements supports both traditional and renewable energy applications, helping to optimize performance and prevent costly failures.
For chemical and pharmaceutical processes, where precision is critical, the MPT 6 offers the high level of accuracy and stability required in these industries. Chemical reactors, distillation columns, and pharmaceutical production lines all demand precise pressure control to maintain product quality and process safety. The transmitter’s miniature design allows for easy installation in compact or sensitive equipment, while its reliable output ensures that even the smallest pressure variations are detected and managed effectively.
In automotive testing, ensuring performance under extreme conditions, the MPT 6 is invaluable for engineers and researchers. Automotive components such as engines, transmissions, and braking systems are subjected to rigorous testing to simulate real-world and extreme conditions. The transmitter’s ability to provide accurate pressure readings in high-temperature, high-vibration, and confined environments makes it a trusted tool for validating performance, safety, and durability in the automotive industry.
