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Designers Manual
Advanced Energy CoolX600 Series
TTaabbllee 33‑‑2255.. Dual module protective limits specifications
PPaarraam
meetteerr
VVaalluuee TTyyppee C
Cm
mG
G ((VV
11
aanndd VV
22
))
C
Cm
mH
H ((VV
11
)) C
Cm
mH
H ((VV
22
))
Current limit (constant limit
into hiccup, autorecovery)
Minimum
4 A
10 A
4 A
Nominal/
Typical
5 A
16 A
5.5 A
Maximum
10.5 A
18 A
10.5 A
Short circuit current limit
(measured over 5 hiccup
cycles)
Nominal/
Typical
1.5 A
2.8 A
1.5 A
Maximum
2.5 A
5 A
2.5 A
Overvoltage protection
(shutdown, autorecovery)
Minimum
31 V
8 V
31 V
Nominal/
Typical
36 V
9 V
36 V
Maximum
39 V
10 V
39 V
For an illustration of the module transient response, see
Figure 3
‑
3
on page 3
‑
7.
TTaabbllee 33‑‑2266.. Dual module transient response specifications (25% to 75% load
change)
PPaarraam
meetteerr
VVaalluuee
TTyyppee
C
Cm
mG
G ((VV
11
aanndd VV
22
))
C
Cm
mH
H ((VV
11
))
C
Cm
mH
H ((VV
22
))
Voltage deviation
Nominal/
Typical
400 mV
350 mV
400 mV
Maximum 960 mV
960 mV
960 mV
Recovery time
Nominal/
Typical
600 μs
600 μs
600 μs
Maximum 1000 μs
<1000 μs
<1000 μs
In
Figure 3
‑
4
on page 3
‑
8, t1 is the turn-on delay and t2 is the hold-up.
Table 3
‑
27
contains t1 and t2 values for each type of dual module.
TTaabbllee 33‑‑2277.. Dual module startup/shutdown timing specifications
PPaarraam
meetteerr
VVaalluuee TTyyppee
AAllll M
Moodduulleess
Turn-on delay, t1 (from input AC to V
out
) Nominal/Typical
700 ms
Maximum
800 ms
Hold-up, t2 (from loss of AC to loss of
V
out
)
Minimum
16 ms
Nominal/Typical
20 ms
Advanced Energy
®
CoolX
®
600 Modular Power Supply
57010208-00B
Specifications
3‑15
