英语
俄语
In order to ensure that the hose is used during its effective use period, an appropriate system should be established to control the storage of the hose. The hose should be stored in accordance with the principle of conducive to expiration control and first-in first-out. However, since the validity period of the hose and hose assembly is affected by various factors such as temperature and light, its validity period is difficult to define.
In German-speaking countries, the storage of hose coupling and hose assemblies must be carried out in accordance with the relevant standard DIN 20066:2002-10. The relevant part is excerpted as follows: The hose used in the assembly assembly must be within 4 years (counted from the date of hose production). The hose assembly shall be counted from the date of production, and its service life shall not exceed 6 years. During these 6 years, the storage time shall not exceed 2 years. In addition, the version of the International Organization for Standardization (ISO/TR 17165-2) instructions on the use of hose coupling/assemblies is slightly different from the DIN standard:
ISO/TR 17165-2 stipulates that the validity period of the hose/hose assembly shall not exceed 10 years from the date of manufacture (counted from the date of hose production).
If the hose is in doubt after storage (such as cracks and rust on the surface), it must be pressure tested before use. The hose assembly is related to the safety of equipment and personnel during use, and should always be used in accordance with the specifications.
Key points of hose storage:
-Store in a dry, cool and clean environment at room temperature
-Avoid direct sunlight or humidity
-Do not store near high-power electrical appliances
-Avoid contact with corrosive chemicals
-Avoid UV exposure
-Prevent insects from biting
-Keep away from radioactive materials
Key points of hose joint storage:
-The above hose storage points are all applicable to hose joints
– Store the hose connector in a clearly marked container, such as the original Parker packaging to avoid confusion.
– The validity period of the joints with O-rings in the normal environment should not exceed 2 years. The storage of the joints should also follow the first-in first-out principle to avoid system leakage or pollution.
In German-speaking countries, the storage of hose coupling and hose assemblies must be carried out in accordance with the relevant standard DIN 20066:2002-10. The relevant part is excerpted as follows: The hose used in the assembly assembly must be within 4 years (counted from the date of hose production). The hose assembly shall be counted from the date of production, and its service life shall not exceed 6 years. During these 6 years, the storage time shall not exceed 2 years. In addition, the version of the International Organization for Standardization (ISO/TR 17165-2) instructions on the use of hose coupling/assemblies is slightly different from the DIN standard:
ISO/TR 17165-2 stipulates that the validity period of the hose/hose assembly shall not exceed 10 years from the date of manufacture (counted from the date of hose production).
If the hose is in doubt after storage (such as cracks and rust on the surface), it must be pressure tested before use. The hose assembly is related to the safety of equipment and personnel during use, and should always be used in accordance with the specifications.
Key points of hose storage:
-Store in a dry, cool and clean environment at room temperature
-Avoid direct sunlight or humidity
-Do not store near high-power electrical appliances
-Avoid contact with corrosive chemicals
-Avoid UV exposure
-Prevent insects from biting
-Keep away from radioactive materials
Key points of hose joint storage:
-The above hose storage points are all applicable to hose joints
– Store the hose connector in a clearly marked container, such as the original Parker packaging to avoid confusion.
– The validity period of the joints with O-rings in the normal environment should not exceed 2 years. The storage of the joints should also follow the first-in first-out principle to avoid system leakage or pollution.
