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Where is the rupture disc located on a low pressure chiller picture?
The rupture disc on a low pressure chiller is typically located on the refrigerant circuit close to the compressor. It is designed to release pressure in the event of an overpressure situation to prevent damage to the system. The exact location can vary depending on the chiller's design and manufacturer.
Where should the discharge from a rupture disc be piped for venting on a low pressure chiller?
The discharge from a rupture disc on a low-pressure chiller should be piped to a safe location away from personnel and equipment, typically to a designated vent stack or exhaust system. It is essential to ensure that the discharge point is elevated and directed away from any occupied areas to prevent exposure to potentially hazardous materials. Additionally, the venting system should comply with local regulations and safety standards to manage any released substances effectively.
Why you keep condenser rupture disc in steam turbine?
You want the rupture disk located at the LP exhust side of the steam turbine. This is placed here to prevent over pressure of the condencer in case loss of vacuum occurs. It is not placed in the condencer because the condencer is not rated for pressure.
How does a rupture disk differ from a fusible plug?
A rupture disk (disc) is a pressure relief device that reliefs pressure when the pressure inside the protected equipment exceeds the set pressure. A fusible plug reliefs pressure when the plug is weakened due to high temperature.
Describe a herniated vertebral disc due to whiplash injury?
A herniated disc occurs when the outer layer of the disc is damaged, the disc may rupture and the gel-like interior leak, putting pressure on adjacent nerve roots causing tingling, numbness or burning.
A rupture disc on a recovery vessel for low pressure refrigerants relieves at what psi?
A rupture disc on a recovery vessel for low pressure refrigerants typically relieves at a pressure range of around 15 to 25 psi, depending on the specific design and safety requirements of the vessel. This low pressure setting is essential to ensure safe operation and prevent overpressure conditions that could lead to vessel failure. Always refer to the manufacturer's specifications for the exact relief pressure for a particular vessel.
What are other names for a herniated disc?
A herniated disc is also referred to as a slipped, rupture, bulging, or protruding disc.
How rupture disc fitted in steam condenser?
A rupture disc is mounted between two pipe flanges, one mounted to the condenser the other either unmounted or mounted to a vent pipe.
What is a herniatic disc?
As the spinal disc becomes less elastic, it can rupture. When the disc ruptures, a portion of the spinal disc pushes outside its normal boundary--this is called a herniated disc.
Why are blow out panels used in aircrafts?
A rupture disc or blow out panel is a non-reclosing pressure relief device that protects a pressure vessel, equipment or system from overpressurization or potentially damaging vacuum conditions. Rupture discs are commonly used in petrochemical, aerospace, aviation, defense, medical, railroad,nuclear, chemical, pharmaceutical, food processing and oilfield applications. They can be used as single protection devices or as a backup device for a conventional safety valve; if the pressure increases and the safety valve fails to operate (or can't relieve enough pressure fast enough), the rupture disc will burst. Rupture discs are very often used in combination with safety relief valves, isolating the valves from the process, thereby saving on valve maintenance and creating a leak-tight pressure relief solution.
Can toe touches compress discs and possibly cause them to rupture?
While performing toe touches might put pressure on the spine and discs, they are unlikely to directly cause disc rupture. However, improper form or preexisting disc issues could exacerbate the risk. It is essential to stretch properly and use correct technique to reduce the strain on the spine.
What is rupture disc leak tightness?
For standard type rupture disc devices the leak tightness is typically 1 x 10-3 mbar.l/sec He or better, when applying O-ring seals between the rupture disc and its holder (if approved by the manufacturer!) then 1 x 10-6 mbar.l/sec is achievable. Higher leak rates will require welded type rupture discs where 1 x 10-8 mbar/le/sec or better will be feasable.
