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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance
2-257
© 2000, ADC Telecommunications, Inc.
TAD-101
Page 9 of 9
Table 101-6. Broadband (V5) Power Characteristics with ODS2 Modules
NO. OF ODS2S
IN CHASSIS
MAX. POWER
CONSUMPTION/DISSIPATION
MAX. CURRENT DRAIN
(AT –48 VDC)
1 4 watts 83 mA
14 84 watts 1.8 amps
Note: Power characteristics for fully configured chassis include
common equipment: APU (7.5 watts), MPU (5 watts), and two DS3
MUX modules (8 watts each), for a total of 28 watts.
Table 101-7. Broadband Power Characteristics with A2 RLX
A2 RLX
CONFIGURATION
NO. OF A2 RLXS
IN CHASSIS
MAX. POWER
CONSUMPTION
MAX. POWER
DISSIPATION
MAX. CURRENT DRAIN
(AT –48 VDC)
With Span Power 1
12.6 watts 4.1 watts 262 mA
28 381 watts 143 watts 7.9 amps
Without Span Power
1 2.4 watts 2.4 watts 50 mA
28
95 watts 95 watts 2.0 amps
Note: Power characteristics for fully configured chassis include common equipment: APU (7.5 watts), MPU
(5 watts), and two DS3 MUX modules (8 watts each), for a total of 28 watts.
Note
:
If a T1 repeater is powered by the RLX, Broadband power characteristics will change depending on the
power consumption of the T1 repeater. The A2 RLX’s maximum span power is 8 watts.
Table 101-8. Broadband Power Characteristics with Version B RLX / RLXIOR
VERSION B RLX
CONFIGURATION
NO. OF RLXS IN
CHASSIS
MAX. POWER
CONSUMPTION
MAX. POWER
DISSIPATION
MAX. CURRENT DRAIN
(AT –48 VDC)
With Span Power,
–130 VDC
1
13.4 watts 5.0 watts 279 mA
28 403 watts 168 watts 8.4 amps
With Span Power,
±130 VDC
1
23.4 watts 6.6 watts 487 mA
28 683 watts 213 watts 14.2 amps
Without Span Power
1 2.7 watts 2.7 watts 57 mA
28
104 watts 104 watts 2.2 amps
Note: Power characteristics for fully configured chassis include common equipment: APU (7.5 watts), MPU (5
watts), and two DS3 MUX modules (8 watts each), for a total of 28 watts.
Note: If a T1 repeater is powered by the RLX, Broadband power characteristics will change depending on
the power consumption of the T1 repeater. The Version B RLX / RLXIOR’s maximum span power is 8
watts at –130 VDC, and 16 watts at
±
130 VDC.