Test Zone dedicated to low power AC-DC (or DC-DC) power supplies.
Location
Lab Location
Overview
Infrastructure .vsd
Technical information regarding services requirements.
More info below:
AC-Departures
AC-Departures
Water-Departures
Water-Departures
Ventilation Needs
Ventilation Needs
Network
Network
AC-Departures:
- 1x [32A-1Ph(4-plugs)]:
→ 1x for Climate Chamber (7kW standard max consumption)
- 4x [16A-3Ph]:
→ 1x for each (DUT Rack Input Power)
→ 1x for EMC Test area
- 3x [16A-1Ph Boxes (4-plugs)]:
→ 2x for Elec. Load Rack (8 plugs in total)
→ 1x for EMC Test area + office (4 plugs in total)
Water-Departures:
- 30 l/min @ ddp=3 bars & ddT= 10°C
→ 3 racks to be cooled with 10 l/min per rack
→ 3 minimum identified departures (1/rack).
→ A rack of Active Load will require 5 separated water circuits
(2kW/circuit max). Split is done at the level of the rack distribution.
Ventilation Needs:
- <10 kW Average Mean Power in Air at month level (campaign)
→ 3x 2kW (EUT Rack + Active Load Rack)
→ 1x 1kW (Desktop + EMC Area)
→ 1x 1kW for Climate Chamber
This case is realistic for a test campaign on 100 units at the same time. Climate chamber being unused regulates a steady temperature.
- 20 kW Maximum Peak Power in Air
→ 3x 4kW (EUT Rack + Active Load Rack)
→ 1x 1kW (Desktop + EMC Area)
→ 1x 7kW for Climate Chamber
This case is not credible, and must stay at a theoritical level.
Networks:
- 5x RJ45 Ethernet (Gigabit) Plugs
→ 1x RJ45 per AC Departure Network Panel (3x in total)
→ 2x RJ45 for Computers
- 3x FGC3 Plugs
→ 1x FGC3 per AC Departure Network Panel (3x in total)
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