What is the burst pressure of a rupture disk on a low-pressure chiller?

What is the burst pressure of a rupture disk on a low-pressure chiller?

• A. 5 psig
• B. 10 psig
• C. 15 psig
• D. 20 psig

Answer: (C)

The burst pressure of a rupture disk on a low-pressure chiller is typically designed around safety and operational efficiency parameters. A rupture disk functions as a safety device that prevents overpressurization by bursting at a predetermined pressure level. In low-pressure chillers, the standard burst pressure for most rupture disks is about 15 psig. This means the disk will fail to relieve excess pressure when it reaches this point, helping to protect the system from potential damage or hazards associated with excessive pressure buildup. Understanding that the typical operational pressures in low-pressure refrigeration systems align with a burst pressure of 15 psig highlights the importance of these disks in maintaining system integrity. While other pressures listed could technically be used in various applications or systems, they do not represent standard practice for low-pressure chillers specifically.

The burst pressure of a rupture disk on a low-pressure chiller is typically designed around safety and operational efficiency parameters. A rupture disk functions as a safety device that prevents overpressurization by bursting at a predetermined pressure level.

In low-pressure chillers, the standard burst pressure for most rupture disks is about 15 psig. This means the disk will fail to relieve excess pressure when it reaches this point, helping to protect the system from potential damage or hazards associated with excessive pressure buildup.

Understanding that the typical operational pressures in low-pressure refrigeration systems align with a burst pressure of 15 psig highlights the importance of these disks in maintaining system integrity. While other pressures listed could technically be used in various applications or systems, they do not represent standard practice for low-pressure chillers specifically.