True or False: The system-dependent recovery process must use a non-pressurized container to capture the refrigerant.

True or False: The system-dependent recovery process must use a non-pressurized container to capture the refrigerant.

• A. True
• B. False
• C. Only under certain conditions
• D. Only for small appliances

Answer: (A)

The statement is true because the system-dependent recovery process relies on the existing pressure within the refrigeration system to transfer refrigerant into a recovery container. Non-pressurized containers are typically used to ensure that the refrigerant can flow out of the system into the container without introducing additional pressure that could lead to complications or safety hazards. Using a non-pressurized container prevents the risk of over-pressurization and ensures safe handling of the refrigerant during recovery. This method is often utilized in systems where such an approach is acceptable, thereby making it crucial for technicians to follow these guidelines to ensure both safety and compliance with environmental regulations.

The statement is true because the system-dependent recovery process relies on the existing pressure within the refrigeration system to transfer refrigerant into a recovery container. Non-pressurized containers are typically used to ensure that the refrigerant can flow out of the system into the container without introducing additional pressure that could lead to complications or safety hazards. Using a non-pressurized container prevents the risk of over-pressurization and ensures safe handling of the refrigerant during recovery. This method is often utilized in systems where such an approach is acceptable, thereby making it crucial for technicians to follow these guidelines to ensure both safety and compliance with environmental regulations.