The safety disk on the CO2 cylinder will rupture at _____ psi.

The safety disk on the CO2 cylinder will rupture at _____ psi.

• A. 2500-2800
• B. 2650-3000
• C. 3000-3500
• D. 2800-3200

Answer: (B)

The safety disk on a CO2 cylinder is designed to rupture at a specific pressure to prevent over-pressurization and ensure the safe containment of the gas. The correct pressure range at which the safety disk ruptures is defined in industry standards to provide a reliable measure of safety in case of excessive pressure buildup. In this context, the safety disk is engineered to rupture between 2650 psi and 3000 psi. This allows for a buffer zone to account for temperature fluctuations and potential increases in cylinder pressure due to environmental changes. Therefore, this range is crucial for maintaining safety, as it helps to avoid catastrophic failures of the cylinder under excessive pressure conditions. Understanding this safety mechanism is essential for proper handling and regulation of CO2 cylinders, as it ensures that they operate within safe limits and reduces the risk of accidents related to high-pressure gas storage.

The safety disk on a CO2 cylinder is designed to rupture at a specific pressure to prevent over-pressurization and ensure the safe containment of the gas. The correct pressure range at which the safety disk ruptures is defined in industry standards to provide a reliable measure of safety in case of excessive pressure buildup.

In this context, the safety disk is engineered to rupture between 2650 psi and 3000 psi. This allows for a buffer zone to account for temperature fluctuations and potential increases in cylinder pressure due to environmental changes. Therefore, this range is crucial for maintaining safety, as it helps to avoid catastrophic failures of the cylinder under excessive pressure conditions.

Understanding this safety mechanism is essential for proper handling and regulation of CO2 cylinders, as it ensures that they operate within safe limits and reduces the risk of accidents related to high-pressure gas storage.