GE Industrial Solutions CPS2400U - Manual (Page 35)

CPS2400U Upstream System – 19” Product Manual CPS2400U
850028186 r04 December 2013 35
Specifications
Table 8 Specifications
Electrical and Thermal
Parameter Symbol Min Typical Max Unit
Input Voltage
Operating Continuous
Non-operating, No Damage
V
I
-40
0
-52.8 -60
-40
Vdc
Transient (@ duration =)
5 seconds V
tr
-65 V
10 ms (rise and fall rate of 10V/ms V
tr
-75
10 µs V
tr
-100
1 µs V
t
-200
Input Current per half shelf 11
at 97.7W on all circuits
V
IN
= 54.4V I
IN
26.0 Adc
V
IN
= 52.1V I
IN
27.2 Adc
V
IN
= 42.6V I
IN
33.2 Adc
V
IN
= 40.0V I
IN
35.4 Adc
-48V Input Short Circuit Current Limit 12 10,000 A
Power per Converter Card
at -42.6 Vdc input
Input Power Pin 240 13 W
Power Dissipation Pdiss 21 40 13 W
Output Power Pout 200 W
Output
Output Voltage (line to line) VO 378 380 382 Vdc
Output Power (per circuit) PO 95.0 97.7 100 W
Output Current IOUT 251 257 262 mA
Isolation Input to Output 1500 Vdc
Temperature Ambient
Operating at airflow 14
at 150 lfm airflow T
A
-40 50 °C
at 175 lfm airflow T
A
-40 65 °C
at higher (TBD) airflow T
A
-40 75 °C
Cold Start Temperature T
A
-40 °C
Storage Temperature T
stg
-55 85 °C
Grounding / Bonding Network: Connect to an Isolated Ground Plane (Isolated Bonding Network) or an Integrated
Ground Plane (Mesh-Bonding Network or Common Bonding Network).
Equipment and subassembly ports: 1. are suitable for connection to intra-building or unexposed wiring or cabling;
2. can be connected to shielded intra-building cabling grounded at both ends.
Physical
Parameter Symbol Min Typical Max Unit
Horizontal Clearance behind Shelves and Baffles 3 Inch
Component Height Width Depth Weight
Converter Shelf 3.3 in (84mm) 17.2 in (437mm) 11.9 in (303mm) 30 lb (13.6kg)
Fan Shelf 1.73 in (44mm) 17.2 in (437mm) 11.9 in (303mm) 20 lb (9.0kg)
1U Baffle 1.73 in (44mm) 17.2 in (437mm) 11.9 in (303mm) 5 lb (2.2kg)
11 Each shelf has 4 feeds: redundant A and B feeds for each side of the shelf (half shelf). Each feed must be sized to fully
power the half shelf in the event of failure of the other redundant feed.
12 -48V feeds must be wired to limit short circuit current - Table 9.
13 These are maximum situations with each circuit loaded to 100W. No actual or engineered application would load
every circuit to this level. In the absence of detailed information about the network we would recommend using the
typical dissipation value of 21 W per card for most applications and 30W per card for highly loaded networks.
14 Airflow across the entire cross section of the warmest converter shelf.