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Heat dissipation, Ac input wiring, Table 2: dp – Panduit DPOE PN380C User Manual

Page 8: E™ power components available from panduit, Table 3: heat dissipation

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DP

O

E™ Power System User Manual

Part Number: PN380C

3

Table 2: DP

O

E™ Power Components Available from PANDUIT

PANDUIT Part Number

Description

DPOEPWRB120Y

Individual power supply - 120 watt power supply –
48 volt output

DPOEPWRCU Unmanaged

power

chassis (supports 3 rectifiers)

DPOEPWRR500

500 watt rectifier for use in power chassis

DPOEPWRR1250

1250 watt rectifier for use in power chassis

DPOEPWRF7.5

7.5 amp fuse (package of 8)

DPOEPWRF5

5 amp fuse (package of 4)

CORD-A

Power cord for Australia

CORD-E

Power cord for Europe

CORD-S15

Power cord for North America

CORD-J15

Power Cord for Japan

CORD-U

Power cord for the U.K.


Heat Dissipation

The following table displays the maximum and typical British Thermal Units per hour (BTU/hr) of heat
dissipated from each rectifier. The maximum is calculated at 90 VAC, and typical is calculated at 230
VAC.

Table 3: Heat Dissipation

Part Number

Typical BTU/hr

Max BTU/hr

DPoEPWRR500 249

410

DPoEPWRR1250 451

833

AC Input Wiring

The DP

O

E™ Power System chassis uses an individual AC feed architecture (See

Figure 2: Individual AC Feed Wiring

Architecture), which requires one AC feed per rectifier. Up to three,

AC connections are made using the IEC320 receptacles on the rear of the chassis (See

Figure 8: Chassis (Rear View) - AC

Connections).


Connect each feed, using the appropriate power cord as listed in

Table 2: DPoE™

Power Components

Available into the appropriate receptacle on the back of the system. Cord securing brackets are included
to secure the AC plugs to the chassis (See

Figure 9: Securing Cord Bracket to Chassis

).