Understanding the Spiral Oxygen Manometer

The Spiral Oxygen Manometer is a specialized device designed for accurately measuring oxygen pressure in medical and industrial environments. Its unique spiral tube mechanism ensures precision and reliability, making it essential for safety-critical applications.

How It Works: Core Mechanism

This instrument utilizes a spiral-shaped bourdon tube that expands or contracts based on pressure changes. The movement is translated into a dial reading, providing real-time oxygen level data. Key benefits include high accuracy, durability, and resistance to vibration, ideal for continuous monitoring.

Primary Applications

Commonly used in hospitals for oxygen therapy equipment, anesthesia machines, and ventilators, it ensures patient safety. Industrial uses include aerospace, diving systems, and gas manufacturing, where precise oxygen pressure control is vital.

Frequently Asked Questions

Why choose a spiral design over other types?
The spiral configuration offers enhanced sensitivity and longevity, reducing calibration needs and maintenance costs.

How often should it be calibrated?
For medical use, calibrate every 6 months; industrial settings may require annual checks based on usage intensity.

Can it measure other gases?
While optimized for oxygen, it can be adapted for inert gases with proper adjustments to avoid contamination.

Optimizing Usage and Maintenance

Regular inspection for leaks and damage ensures consistent performance. Always follow manufacturer guidelines for cleaning and storage to prolong lifespan.

Ready to enhance your safety protocols? Explore our range of certified Spiral Oxygen Manometers for reliable performance—contact us today for a consultation or to request a quote!