HP 2910 al Series Specification page 52

QuickSpecs
Accessory Product Details
HP 630 Redundant and/or
External Power Supply
(J9443A)
Notes
Services
Physical characteristics
Environment
Electrical characteristics Maximum heat
DA - 13280 Worldwide — Version 20 — December 12, 2013
The 620 supports the HP Switch 2900 Series (RPS) and 3500yl Series
(RPS/PoE), as well as 6200yl (RPS) switches. The HP Switch 5400zl Series is
not supported.
The 620 includes four 2 m RPS/EPS cables. These cables can be used to carry
either RPS or PoE power to the switch being powered.
3-year, 4-hour onsite, 13x5 coverage for hardware (U9270E)
3-year, 4-hour onsite, 24x7 coverage for hardware (U9271E)
4-year, 4-hour onsite, 13x5 coverage for hardware (UR854E)
4-year, 4-hour onsite, 24x7 coverage for hardware (UR855E)
5-year, 4-hour onsite, 13x5 coverage for hardware (UR857E)
5-year, 4-hour onsite, 24x7 coverage for hardware (UR858E)
3 Yr 6 hr Call-to-Repair Onsite (UW371E)
4 Yr 6 hr Call-to-Repair Onsite (UW372E)
5 Yr 6 hr Call-to-Repair Onsite (UW373E)
Refer to the HP website at:
the service-level descriptions and product numbers. For details about services
and response times in your area, please contact your local HP sales office.
Dimensions
Weight
Operating temperature
Operating relative
humidity
Nonoperating/Storage
temperature
Nonoperating/Storage
relative humidity
Altitude
Acoustic
dissipation
Voltage
Current
Maximum power rating
PoE power
RPS power
PoE power
Frequency
Notes
HP 2910 al Switch Series
www.hp.com/networking/services
15(d) x 8.5(w) x 1.73(h) in. (38.1 x 21.59 x 4.39
cm) (1U height)
7.9 lb. (3.58 kg)
32°F to 131°F (0°C to 55°C)
15% to 95% @ 104°F (40°C), noncondensing
-40°F to 158°F (-40°C to 70°C)
15% to 90% @ 149°F (65°C), noncondensing
up to 10,000 ft. (3 km)
Power: 54.2 dB; ISO 7779, ISO 9296
535 BTU/hr (564.42 kJ/hr), for the actual 630
power supply. PoE-powered device heat
dissipation assumed to be outside the 630 power
supply.
100-127/200-240 VAC
8/4 A
740 W
398 W
185 W
398 W
50/60 Hz
Maximum power rating and maximum heat
dissipation are the worst-case theoretical
maximum numbers provided for planning the
for details on
Page 52