The Demand Valve 160 LPM delivers reliable, on-demand air delivery integrated within professional breathing systems. Designed to respond precisely to user inhalation, the valve opens to furnish air when it is needed and closes during exhalation to minimize waste. This inhalation-triggered mechanism supports extended use in demanding environments where dependable airflow is essential, helping teams sustain performance and safety during critical tasks.

With a maximum flow rate of 160 liters per minute, the valve accommodates sustained breathing under moderate activity and adapts to varying breathing patterns. The 160 LPM specification represents the upper limit during deep or rapid inhalation, while standard operation delivers a smooth, regulated flow that reduces pressure swings in the system. The result is consistent breathing resistance, improved user comfort, and a more predictable air supply in high-stakes situations. In practice, this performance translates to fewer interruptions and a steadier breathing experience for individuals relying on a steady air source during demanding assignments.

The valve’s design emphasizes simplicity and reliability. Its straightforward, robust construction features fewer moving parts and a simple sealing arrangement, which minimizes common failure modes and speeds up inspections. In practical use, this translates to lower maintenance complexity and quicker troubleshooting when needed. The valve is engineered to integrate with standard breathing-system architectures, delivering dependable air with minimal mechanical noise during operation. Users can expect immediate response to breathing effort, contributing to a smoother respiratory experience during long shifts or emergency scenarios.

Maintenance and system integration are straightforward to support longevity and performance. Routine checks are advised to maximize reliability: inspect for signs of wear, verify inlet and outlet connections are secure, and confirm that the valve opens smoothly on inhalation and seals properly on exhalation. Regular exterior cleaning helps remove dust and debris and protect seals from contaminants. Always follow your organization’s maintenance procedures and the manufacturer’s recommendations for servicing intervals, part replacements, and storage. Adhering to these guidelines helps ensure consistent performance, reduces the likelihood of unplanned downtime, and supports safer, more efficient operation in field conditions.

• On-demand airflow: air is delivered precisely when inhaled, reducing waste and extending supply life.
• Inhalation-triggered activation: immediate response to user breathing for a natural breathing rhythm.
• High-flow capability: up to 160 LPM to support moderate activity and variable breathing patterns.
• Smooth operation: regulated flow minimizes pressure swings and enhances comfort.
• Robust, low-maintenance design: fewer moving parts simplify maintenance and troubleshooting.
• Standard-system compatibility: designed for integration with common breathing-system architectures.

In summary, the Demand Valve 160 LPM provides dependable, inhalation-activated airflow within professional breathing systems. It combines clear performance specifications with a durable, simple design intended for reliable operation in demanding environments. For teams seeking a predictable, on-demand air solution, this valve offers a practical balance of capability, reliability, and ease of maintenance that supports safer, more efficient operation in the field.

The Demand Valve 160 LPM delivers reliable, on-demand air delivery integrated within professional breathing systems. Designed to respond precisely to user inhalation, the valve opens to furnish air when it is needed and closes during exhalation to minimize waste. This inhalation-triggered mechanism supports extended use in demanding environments where dependable airflow is essential, helping teams sustain performance and safety during critical tasks.

With a maximum flow rate of 160 liters per minute, the valve accommodates sustained breathing under moderate activity and adapts to varying breathing patterns. The 160 LPM specification represents the upper limit during deep or rapid inhalation, while standard operation delivers a smooth, regulated flow that reduces pressure swings in the system. The result is consistent breathing resistance, improved user comfort, and a more predictable air supply in high-stakes situations. In practice, this performance translates to fewer interruptions and a steadier breathing experience for individuals relying on a steady air source during demanding assignments.

The valve’s design emphasizes simplicity and reliability. Its straightforward, robust construction features fewer moving parts and a simple sealing arrangement, which minimizes common failure modes and speeds up inspections. In practical use, this translates to lower maintenance complexity and quicker troubleshooting when needed. The valve is engineered to integrate with standard breathing-system architectures, delivering dependable air with minimal mechanical noise during operation. Users can expect immediate response to breathing effort, contributing to a smoother respiratory experience during long shifts or emergency scenarios.

Maintenance and system integration are straightforward to support longevity and performance. Routine checks are advised to maximize reliability: inspect for signs of wear, verify inlet and outlet connections are secure, and confirm that the valve opens smoothly on inhalation and seals properly on exhalation. Regular exterior cleaning helps remove dust and debris and protect seals from contaminants. Always follow your organization’s maintenance procedures and the manufacturer’s recommendations for servicing intervals, part replacements, and storage. Adhering to these guidelines helps ensure consistent performance, reduces the likelihood of unplanned downtime, and supports safer, more efficient operation in field conditions.

• On-demand airflow: air is delivered precisely when inhaled, reducing waste and extending supply life.
• Inhalation-triggered activation: immediate response to user breathing for a natural breathing rhythm.
• High-flow capability: up to 160 LPM to support moderate activity and variable breathing patterns.
• Smooth operation: regulated flow minimizes pressure swings and enhances comfort.
• Robust, low-maintenance design: fewer moving parts simplify maintenance and troubleshooting.
• Standard-system compatibility: designed for integration with common breathing-system architectures.

In summary, the Demand Valve 160 LPM provides dependable, inhalation-activated airflow within professional breathing systems. It combines clear performance specifications with a durable, simple design intended for reliable operation in demanding environments. For teams seeking a predictable, on-demand air solution, this valve offers a practical balance of capability, reliability, and ease of maintenance that supports safer, more efficient operation in the field.