hager VE312PN Vector IP65 3×12 UV-resistant Embellished User Manual
- June 4, 2024
- hager
Table of Contents
VE312PN Vector IP65 3×12 UV-resistant Embellished
User Manual
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Attention!
It is critical that any enclosure is sized and selected to accommodate and
dissipate heat rise generated from all installed devices.
The table (right) provides maximum permissible heat dissipation for each golf
enclosure size. Please ensure that you calculate the internal heat generated
from your installation and select the correct enclosure accordingly.
Reference| Admissible thermal dissipation loss for surface mounted
distribution boards at temperature rise ∆T*
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10K W| 15K W| 20K W| 25K W| 30K W
VE103..| 2,4| 4,0| 5,7| 7,5| 9,4
VE106..| 3,2| 5,3| 7,6| 10,1| 12,6
VE110..| 4,5| 7,4| 10,6| 10,0| 17,6
VE112..| 7,7| 12,8| 18,3| 24,2| 30,3
VE212..| 9,5| 15,7| 23,5| 29,7| 37,3
VE312..| 11,3| 18,8| 26,8| 35,4| 44,4
VE412..| 13,2| 21,8| 31,2| 41,2| 51,7
VE118..| 9,9| 16,4| 23,5| 31,0| 38,9
VE218..| 12,3| 20,4| 29,2| 38,6| 48,4
VE318..| 14,8| 24,6| 35,2| 46,4| 58,2
*) ∆T is the temperature difference between the upper limiting temperature of the installed equipment and the ambient air temperature of the distribution board.
The Assembly (DBO) designated markings must be completed as specified in IEC/EN 61439 – 3 clause 6.1.
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