Nortel 1000 Manual page 40

40 Product description
Table 4 "Environmental requirements" (page 40)
storage environmental specifications. Ideally equipment should operate in
a stable environment at 22 C (72 F); however, the system is designed to
operate in the temperature and humidity ranges specified in the table.
Table 4
Environmental requirements
Condition
Operating
Temperature
Relative humidity
Altitude
Storage
Temperature
Relative humidity
Power requirements
At the remote site, cards in the IPE module are powered by the power
supply installed on the left-hand side of the IPE module. The power
consumption of the Fiber Peripheral Controller card is not significantly
different from the power consumption of the standard Peripheral Controller
card. This allows the standard IPE module's power supply to be used in
Fiber Remote IPE.
Similarly, the wall-mounted cabinet power supply, which is installed in the
left-hand side of the cabinet shelf, provides power to the Fiber Peripheral
Controller card and up to 10 IPE cards. The expansion cabinet requires its
own power supply to provide power to an additional six IPE cards.
Table 5 "FXNET and FXPEC with single and dual Electro-optical packlets
power requirements" (page 40)
voltages and the current they supply to the Fiber Superloop Network
and Fiber Peripheral Controller cards in a redundant and nonredundant
fiber-optic link configuration. It also shows the corresponding total power
consumption for each card.
Table 5
FXNET and FXPEC with single and dual Electro-optical packlets power
requirements
Voltage source
in VDC
+5 V
FXNET
2100 mA
Nortel Communication Server 1000
Fiber Remote IPE Fundamentals
NN43021-554 04.01 4 June 2010
Copyright © 2007-2010 Nortel Networks. All Rights Reserved.
shows the operating and
Environmental specifications
0 to 60 C (32 to 140 F)
5% to 95% noncondensing
3,048 meters (10,000 feet) max
–50 to 70 C (–58 to 158 F)
5% to 95% noncondensing
shows the power supply DC output
Nonredundant link
FXPEC
card
card
1700 mA
Redundant link
FXNET FXPEC
card
card
2300 mA 1900 mA