Versatile sensors suitable for general industrial applications, including process control, automotive, oil & gas, and HVAC.
Designed for high-pressure environments in hydraulic systems, providing cavitation and liquid hammer resistance. Ideal for construction machinery, cranes, and heavy-duty equipment.
Optimized for heating, ventilation, and air conditioning systems to monitor airflow, refrigerants, and gas pressure efficiently.
Tailored for water supply, wastewater management, and pipeline monitoring to ensure stable system operation.
Built to withstand hazardous environments, these sensors ensure safety in oil refineries, chemical plants, and mining operations.
Custom-engineered for unique applications, including ultra-high temperature, corrosive media, and biomedical use.
Essential for measuring pressure differences in filtration, airflow, and industrial process control.
Pressure Sensors – Reliable Solutions for Precise Pressure Measurement
Pressure sensors play a crucial role in industrial automation, fluid control, and safety monitoring by accurately detecting and converting pressure changes into measurable signals. Our comprehensive range of pressure sensors is designed to meet the demands of various industries, from general manufacturing to specialized applications requiring high precision and durability.
Why Choose Our Pressure Sensors?
- High accuracy and reliability for industrial and commercial applications
- Robust designs for harsh environments and extreme conditions
- Various output signals and configurations to meet your system requirements
- Compliance with international safety and performance standards
FAQS
What is a pressure sensor used for?
A pressure sensor detects and converts pressure into an electrical signal, allowing accurate measurement of gases or liquids in applications such as HVAC systems, water pumps, hydraulic machinery, and industrial automation.
How do I choose the right pressure sensor?
Choosing the right pressure sensor depends on factors like pressure range, media compatibility, output signal, accuracy requirements, installation environment (e.g., explosive or high-temp), and whether you need absolute, gauge, or differential measurement.
What is the difference between pressure sensors and transmitters?
A pressure sensor measures the pressure and often provides a raw or analog output. A pressure transmitter includes signal conditioning and amplification, providing a standardized output (e.g., 4-20mA or RS485) for easier integration into systems.
What are the types of pressure sensors?
Common types include gauge pressure sensors, absolute pressure sensors, differential pressure sensors, hydraulic pressure sensors, high-temperature sensors, explosion-proof sensors, and miniature or digital sensors.
Where are pressure transmitters commonly used?
Pressure transmitters are widely used in HVAC control systems, water supply and treatment, hydraulics, pneumatic systems, oil & gas, process industries, food processing, and smart building management.
