Liebert PowerSure Personal 115V SPECIFICATIONS, DIMENSIONS in mm, WEIGHT lbs kg, Environmental

115V SPECIFICATIONS

Model Number	PSP300-115		PSP500-115
Model Rating VA / W	300 / 180		500 / 300
DIMENSIONS: in (mm)
Unit￿H x W x D	7.0 x 3.0 x 9.4		7.0 x 3.0 x 9.4
	(178 x 76 x 238)		(178 x 76 x 238)
Shipping￿H x W x D	10.6 x 4.3 x 12.3		10.6 x 4.3 x 12.3
	(270 x 110 x 312)		(270 x 110 x 312)
WEIGHT: lbs (kg)
Unit	6.2 (2.8)		8.0 (3.6)
Shipping	7.7 (3.5)		9.5 (4.3)
INPUT AC PARAMETERS
Voltage Range	90-132 VAC
without Battery Operation
Low Line Transfer	90 VAC
High Line Transfer	132 VAC
Frequency	45-55 Hz or 54-66 Hz; auto sensing
Input Power Cord	6 ft. detachable, w/ NEMA 5-15 P
OUTPUT AC PARAMETERS
Output Receptacles	(4) 5-15R
Voltage (Battery Mode)	115 VAC + 5%
Output Current	2.6 A		4.3 A
Waveform (Battery Mode)	Stepped	Sinewave
Frequency	50 Hz or 60 Hz; auto sensing
Overload Warning	101 – 120%
(Utility and Battery Modes)
Overload Shutdown	Overload Warning		Overload Warning
(Utility and Battery Modes)	+ (15 – 25 W)		+ (20 – 45 W)
BATTERY PARAMETERS
Type	Valve-regulated, nonspillable, lead acid
Quantity x Voltage x	(1) x 12V x 4.5 Ah		(1) x 12V x 7.0 Ah
Rating
Approved Battery	CSB, Panasonic, BB Battery, and	Yuasa
Manufacturers:
Transfer Time	2 – 6 ms typical
Back-up Time:	At 77°F (25°C), resistive loading, with fully charged batteries:
Full load	> 4 minutes
Half load	12 minutes
Recharge Time	7-10 hours to 90% capacity, after full discharge into 100% resistive
	load
ENVIRONMENTAL
Operating Temperature	+32° F to + 104° F (0° C to +40° C)
Storage Temperature	+5° F to + 122° F (-15° C to +50° C)
Relative Humidity	0% to 90%, non-condensing
Operating Elevation	Up to 10,000 ft. (3000 m) at 95° F (35° C) without derating
Audible Noise	< 40 dBA, at 1 meter
AGENCY
Safety	UL 1778, c-UL Listed
Surge	IEEE C62.41 Category A
ESD	IEC 801-2, Level 3, Criterion< 2
Susceptibility	IEC 801-3, Level 3, Criterion< 2
Electrical Fast	IEC 801-4, Level 4, Criterion< 2
Transient/Burst
Emissions	FCC Part 15, Subpart B, Class B
Transportation	ISTA Project 1A
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