HP HP ProCurve Series 6600 User manual

HP 6600/HSR6800 Routers
AC1200 & DC1200 Power Modules
User Guide
Part number: 5998-2261
Document version: 6PW101-20140307
5998-2261

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Contents
Power module overview ··········································································1
Front panel··························································································2
Technical specifications ·····································································4
Status LED····························································································4
Power module configuration···································································7
Installing a power module·······································································8
Installing an AC power module and connecting the power cord10
Installing the AC power module··············································· 10
Connecting the AC power cord ··············································· 12
Installing a DC power module and connecting the power cord· 13
Installing a DC power module·················································· 13
Connecting the DC power cords·············································· 14
Replacing a power module·································································· 17
Remove the AC power cord··························································· 17
Remove the DC power cords ························································· 18
Remove the DC power module ······················································ 19
Support and other resources································································ 21
Contacting HP·················································································· 21
Subscription service··································································· 21
Related information ········································································· 22
Documents ·················································································· 22
Websites····················································································· 22
Conventions ····················································································· 22
i

Power module overview
In the following tabel, "Yes" means "Supported" and "No" means "Not
supported."
Product
number
Power
module 6600 HSR6600 HSR6800
JG335A PSR1200-A Yes No Yes
JG334A PSR1200-D Yes No Yes
The PSR1200-A is a built-in power module with AC input and DC output,
and the PSR1200-D is a built-in power module with DC input and DC
output. The maximum output power of each power module is 1200W.
Feature Description
Protection
function
Protection for under-voltage input, over-voltage
input, over-voltage output, output short circuit,
under-current output, over-current output, and
overheat.
Support for hot
swapping
You can plug or unplug the power module when
the device is operating properly.
Support for
redundancy
The power modules can work in N+1 or N+N
redundant mode. For more information, see
“Power module configuration.”
1

Front panel
Figure 1 Front panel of PSR1200-A
(1) Status LED (2) Power module handle
(3) Captive screw (4) Power switch
(5) Power socket
2

Figure 2 Front panel of PSR1200-D
(1) Power source connector (2) Status LED
(3) Power module handle (4) Captive screw
(5) Power switch (6) Fastening screw hole
(7) Positive (+) terminal of DC input
(8) Negative (–) terminal of DC input
3

Technical specifications
Table 1 Technical specifications for the PSR1200-A and PSR1200-D
Item PSR1200-A PSR1200-D
Rated input voltage 100 to 240 VAC
(50/60 Hz)
–48 VDC to
–60 VDC
Rated output voltage 12 V and 3.3 V
Maximum input current 16 A 42 A
Maximum output current •100 A (12 V AC)
•4 A (3.3 V AC)
Maximum output power 1213 W
Dimensions (H × W × D) 40.5 × 140 × 340.4 mm (1.59 × 5.51
× 13.4 in)
Ambient
temperat
ure
Operating
temperature –10°C to +50°C (–14°F to +122°F)
Storage
temperature –40°C to +70°C (–40°F to +158°F)
Status LED
The PSR1200-A and PSR1200-D have only one status LED. Table 2
describes its colors and working status.
4

Table 2 Description of LEDs on the PSR1200-A and PSR1200-D
Color/status Meaning Possible causes
Green
The power
module is
operational.
—
Red The power
module is faulty.
Power alarm (input
under-voltage, output short
circuit, output over-current,
output over-voltage, or
overheat occurred to the
power module, and the
power module took a
self-protection action).
The power module fan is
faulty.
OFF The power input is
faulty.
The power switch is off.
The power cable is connected
incorrectly.
5

6
CAUTION:
•When the status LED is red, check whether the power module has
encountered the following failures: output short circuit, output
over-current, output over-voltage, or overheat. If you have
detected and removed the output short circuit, output over-current,
or overheat failures, the power module automatically restores.
However, if the power module encounters the output over-voltage
failures, the power module will enter the deadlock sate, and
cannot automatically restore after you remove the failures. To
restore the power module in the deadlock state, turn off the power
switch, unplug the power cord, plug the power cord, and then
turn on the power switch.
•Do not frequently turn on and turn off the power module. The
interval between each turning on and turn off operation should
be longer than 30 seconds.
•After the circuit breaker that connects to a power module is off, it
is normal that the LEDs on the power module last on for a while.

Power module configuration
You can determine the number of power modules to be configured for
the system according to the actual power consumption and power
supply conditions.
•In an environment with two power sources, you can configure
N+N redundant mode.
•In an environment with only one power source, you can configure
N+1 or N+N redundant mode.
•For easy usage and maintenance, be sure to configure a proper
circuit breaker for each power input. The rated current of the circuit
breaker must be more than 25 A.
NOTE:
In the term
N+1 and N+N , the value of N depends on the number of
power module slots in the device. N+1 or N+N must not be more
than the total number of power module slots.
7