hager VF312TS Enclosure Golf Recessed 3×12 Modules with Transparent Door Instruction Manual

June 4, 2024
hager

VF312TS Enclosure Golf Recessed 3×12 Modules with Transparent Door
Instruction Manual
6VF00600.b
hager VF312TS Enclosure Golf Recessed 3x12 Modules with Transparent
Door

VF312TS Enclosure Golf Recessed 3×12 Modules with Transparent Door

hager VF312TS Enclosure Golf Recessed 3x12 Modules with Transparent Door
-

| | H (mm)| B (mm)| T (mm)
---|---|---|---|---
VF104| 189| 170| 72
VF108| 189| 242| 72
VF112| 257| 318| 72
VF212| 382| 318| 72
VF312| 507| 318| 72
VF412| 652| 318| 72
VF118| 257| 426| 72
VF218| 382| 426| 72
VF318| 507| 426| 72
VF418| 652| 426| 72
VF122| 257| 498| 72

hager VF312TS Enclosure Golf Recessed 3x12 Modules with Transparent Door -
fig1hager VF312TS
Enclosure Golf Recessed 3x12 Modules with Transparent Door -
fig2hager VF312TS
Enclosure Golf Recessed 3x12 Modules with Transparent Door -
fig3hager VF312TS
Enclosure Golf Recessed 3x12 Modules with Transparent Door -
fig4hager VF312TS
Enclosure Golf Recessed 3x12 Modules with Transparent Door -
fig5hager VF312TS
Enclosure Golf Recessed 3x12 Modules with Transparent Door -
fig6hager VF312TS
Enclosure Golf Recessed 3x12 Modules with Transparent Door -
fig7hager VF312TS
Enclosure Golf Recessed 3x12 Modules with Transparent Door -
fig8 hager VF312TS
Enclosure Golf Recessed 3x12 Modules with Transparent Door -
fig9hager VF312TS
Enclosure Golf Recessed 3x12 Modules with Transparent Door -
fig10hager
VF312TS Enclosure Golf Recessed 3x12 Modules with Transparent Door -
fig11hager
VF312TS Enclosure Golf Recessed 3x12 Modules with Transparent Door -
fig12hager
VF312TS Enclosure Golf Recessed 3x12 Modules with Transparent Door -
fig13hager
VF312TS Enclosure Golf Recessed 3x12 Modules with Transparent Door -
fig14

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 flush mounted distribution boards at temperature rise AT
---|---
10K W| 15K W| 20K W| 25K W| 30K W
VF104| 2,5| 4,1| 5,9| 7,7| 9,7
VF108| 2,8| 4,6| 6,5| 8,6| 10,8
VF112| 4,4| 7,2| 10,4| 13,7| 17,2
VF212| 5,7| 9,5| 13,5| 17,9| 22,4
VF312| 7,1| 11,7| 16,8| 22,1| 27,8
VF412| 8,7| 14,4| 20,5| 27,1| 34,0
VF118| 5,8| 9,6| 13,8| 16,2| 22,8
VF218| 7,6| 12,6| 17,9| 23,7| 29,7
VF318| 9,2| 15,3| 21,9| 28,9| 36,2
VF418| 11,2| 18,5| 26,5| 35,0| 43,9
VF122| 6,8| 11,2| 16,0| 21,1| 26,5

*) ∆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 specifi ed in IEC/EN 61439 – 3 clause 6.1.

T +34 93 842 47 30
F +34 93 842 24 64
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References

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