The Model 162 Low Differential Pressure Transducer from SENBA is a high-accuracy sensing device designed for precise measurement of low differential pressure in air and other non-conductive gases. Built for industrial-grade performance, it provides stable, reliable, and long-term accurate pressure monitoring in demanding environments such as HVAC, cleanrooms, and automation systems.
This transducer supports a wide measurement range, including unidirectional pressure from 25Pa to 25,000Pa and bidirectional pressure from ±10Pa to ±10,000Pa, offering flexible application across various low-pressure sensing requirements. It delivers high accuracy options of ±1.0%, ±0.4%, and ±0.25% (RSS under constant temperature conditions), ensuring precise and repeatable measurements.
The Model 162 features multiple output signal options, including 4–20mA, 0–5Vdc, and 0–10Vdc, allowing seamless integration with industrial control systems, PLCs, and monitoring equipment. It also includes robust overload protection up to 15 PSI (100 KPa) in both forward and reverse directions, enhancing safety and operational reliability.
Designed specifically for air and non-conductive gas media, the sensor ensures high sensitivity, excellent stability, and long service life even in continuous operation environments.
Compared to standard pressure transducers, the Model 162 offers improved low-pressure detection accuracy, broader range flexibility, and enhanced compatibility with modern industrial automation systems.
Key Features:
- High-precision low differential pressure measurement
- Range: 25Pa–25,000Pa (uni) / ±10Pa–±10,000Pa (bi)
- Accuracy: ±1.0%, ±0.4%, ±0.25% RSS
- Output: 4–20mA / 0–5V / 0–10V
- Overload protection: 15 PSI (100 KPa)
- Suitable for air and non-conductive gases
- Stable and reliable long-term operation
Applications:
- HVAC pressure monitoring systems
- Cleanroom pressure control
- Industrial automation systems
- Airflow and ventilation measurement
- Environmental monitoring equipment
- Medical and laboratory pressure systems
