CyberPower OLS1500ERT2UA uninterruptible power supply (UPS) Double-conversion (Online) 1.5 kVA 1350 W 8 AC outlet(s)

Product Details

Data sheet

Cable length

1.5 m

Width

438 mm

Height

88 mm

Depth

430 mm

Weight

13.8 kg

Package height

230 mm

Package width

540 mm

Number of batteries supported

4

Cables included

USB cable

Storage relative humidity (H-H)

10 - 90%

Operating temperature (T-T)

0 - 40 °C

Operating relative humidity (H-H)

20 - 90%

Storage temperature (T-T)

-20 - 50 °C

Form factor

Rackmount/Tower

USB port

Yes

Battery recharge time

4 h

Output power

1350 W

Input frequency

50/60 Hz

Response time

0 ms

Display type

LCD

Ethernet LAN (RJ-45) ports

2

Input operation voltage (min)

190 V

Power protection features

Overload

AC outlets quantity

8 AC outlet(s)

Output power capacity

1.5 kVA

Output operation voltage (max)

240 V

Waveform

Pure sine

AC outlet types

C13 coupler

Input operation voltage (max)

300 V

Audible alarm(s)

Yes

Battery voltage

48 V

Output operation voltage (min)

208 V

UPS topology

Double-conversion (Online)

Typical backup time at full load

5.3 min

Housing material

Metal

Typical backup time at half load

15.3 min

Surge protection

Yes

Operating altitude

0 - 1500 m

Output frequency

50/60 Hz

Noise Level

45 dB

Maximum current

9 A

Surge energy rating

363 J

Power plug

C14 coupler

Non-operating altitude

0 - 1500 m

Product colour

Black

Harmonized System (HS) code

8504408590

Charging current

1.5 A

Output voltage Total Harmonic Distortion (THD)

5%

Compliance certificates

RoHS

Audible alarm modes

Alarm when on battery, Battery replacement, Fault, Low battery alarm, Overload alarm

Replacement battery cartridge

BPSE48V40ART2U

Crest factor

3:1

Emergency Power Off (EPO)

Yes

Rack capacity

2U

EMI/RFI noise filtering

Yes

Output power factor

0.9

Emergency Power Off (EPO) connector

Yes

Input power factor

0.99

Built-in fan

Yes

Efficiency (ECO mode)

95%

Warnings

Do not disassemble the unit housing, there may be a risk of electric shock.