ViraSense DPS-MOD-500 Differential Pressure Sensor

The ViraSense DPS-MOD-500 is a specialized sensor for continuous measurement and monitoring of differential pressure in HVAC/R systems, cleanrooms, and air handling systems. The product is specifically designed to monitor filter pressure drop and filter loading conditions, enabling the detection of increased resistance and filter clogging.

Applications

• Pre-filter differential pressure monitoring
• Fine-filter and F7/F9 filter monitoring
• HEPA filter pressure drop monitoring
• Filter pressure drop monitoring in Air Handling Units (AHUs)
• Detection of filter clogging and increased filter loading
• Supply and return air filter monitoring
• Filter condition monitoring in cleanrooms and controlled environments
• HEPA filter monitoring in pharmaceutical and healthcare facilities
• Filter performance monitoring in HVAC and clean air distribution systems

• Integration with BMS/EMS systems for centralized monitoring, alarm management, and preventive maintenance

ViraSense DPT-MOD-125 Differential Pressure Sensor

The ViraSense DPT-MOD-125 is a specialized device for measuring and monitoring differential pressure in HVAC/R systems, cleanrooms, air handling systems, and air ducts. With a measurement range of ±125 Pa and an accuracy of ±2 Pa, the device is designed to monitor air pressure conditions, airflow, and pressure differences across various environments and systems.

Featuring a TFT LCD display, RS485 / MODBUS RTU communication, and configurable device addressing, the DPT-MOD-125 enables the display and transmission of differential pressure data for use in monitoring and control systems.

Applications

• Monitoring fans, blowers, and filters
• Differential pressure and airflow measurement
• Control of valves and dampers
• Differential pressure monitoring in cleanrooms
• Airflow monitoring in fans and centrifugal blowers
• In-duct airflow and pressure measurement
• Airflow and pressure measurement in Variable Air Volume (VAV) systems
• Monitoring pressure differences between adjacent rooms and controlled environments
• Continuous monitoring of critical air pressure conditions in cleanroom applications

• Monitoring and control