The DPS2300X differential pressure switch is engineered for accurate monitoring and control of low-pressure air and gas systems. Designed for industrial environments, it offers dependable switching performance with high repeatability, making it ideal for applications requiring precise pressure control and safety assurance. Its rugged construction and explosion-proof design ensure reliable operation even in demanding conditions.
Key Features
- High repeatability for consistent pressure control
- Explosion-proof housing for hazardous environments
- Wide adjustable pressure range from 0.1 to 11" W.C.
- Durable SS316 wetted parts for corrosion resistance
- Reliable SPDT switching mechanism for industrial systems
Application
This pressure switch is widely used in HVAC systems, air handling units, filtration monitoring, and duct pressure control. It plays a critical role in detecting clogged filters, maintaining airflow balance, and ensuring safe gas pressure levels in industrial processes. It is also suitable for cleanroom environments, ventilation systems, and process automation industries.
Design & Functionality
The DPS2300X features a silica gel diaphragm sensing element that ensures sensitive and accurate pressure detection. Its die-cast aluminum alloy housing provides structural strength and environmental protection. The vertical diaphragm mounting enhances measurement stability, while the SPDT switch ensures reliable electrical response during pressure changes.
Total Crossed Beams
Engineered with precision sensing components, the internal mechanism ensures accurate pressure differentiation without signal drift, even under continuous operation.
Beam Pitch Options
The adjustable pressure range allows flexible calibration, making it adaptable for multiple industrial pressure monitoring requirements.
Intrinsic Synchronism
The switch maintains consistent synchronization between pressure sensing and switching action, ensuring dependable system response without delay.
Operational Advantages
The DPS2300X improves operational safety by preventing pressure imbalance and system failure. Its durable materials and high-performance diaphragm ensure long service life with minimal maintenance. By enabling accurate pressure control, it enhances energy efficiency, protects equipment, and ensures uninterrupted industrial processes.
