FPM-15PG Pressure Sensor For Industrial Measurement Systems Process Control

                             FPM-15PG Pressure Sensor For Industrial Measurement Systems Process Control

Product Applications:

1. Industrial Measurement Systems
   • Used for real-time monitoring of pressure in pipelines, boilers, and hydraulic systems in industrial environments.
   • Suitable for pressure control in automation equipment (e.g., pneumatic systems, robotic arms).
2. Process Control
   • Applied in chemical, pharmaceutical, and food processing industries to regulate pressure during production processes (e.g., reaction kettle pressure monitoring, fluid transportation).
3. Environmental Monitoring
   • Used in atmospheric pressure detection equipment for meteorological stations or air quality monitoring systems.
4. Medical Equipment
   • Applicable to pressure-sensitive devices such as ventilators, blood pressure monitors, and surgical instruments requiring precise pressure feedback.

Product Features:

1. Wide Measurement Range
   • Covers -98.07 kPa to 103.4 kPa (-14.22 psi to 14.99 psi), suitable for both negative pressure (vacuum) and positive pressure scenarios.
2. High Environmental Adaptability
   • Operates stably in -20°C to 100°C, with a storage temperature range of -40°C to 120°C, suitable for harsh industrial environments.
3. Reliable Structural Design
   • Adopts DIP-6 through-hole packaging, resistant to mechanical vibration and easy for circuit board integration.
   • Straight pressure port ensures unobstructed gas/liquid flow, reducing measurement errors.
4. Analog Voltage Output
   • Provides 60 mV to 140 mV analog signal output (proportional to pressure), compatible with most data acquisition systems and microcontrollers.
5. Safety and Compliance
   • Meets RoHS standards, ensuring environmental friendliness; supports up to twice the rated pressure for overload protection.
6. Fast Response
   • 2 ms response time enables real-time tracking of pressure changes, critical for dynamic pressure control scenarios.

Technical Highlights:

• Four-electrode compensation algorithm improves low-concentration measurement accuracy (reference to similar sensor design concepts).
• High repeatability (≤3% F.S.) ensures consistent measurement results in long-term use.
  For detailed application cases, please refer to the manufacturer's technical manual or contact Fujikura's technical support team.