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HC150 Lithium Iron Phosphate Power Solution
  • Very long battery life/ high cycle life:
    A single battery will last for thousands of charge/recharge cycles before needing to be replaced—over ten times the cycle life of Sealed Lead Acid battery technology.
  • Fast charging:
    Rapid charge mode provides 1 hour of runtime for only 12 minutes of charge time, and recharge to 90% capacity in less than 2 hours.*for typical loads*
  • Durable:
    Durable and tolerant of poor charging practices, it can withstand repeated deep discharge without losing capacity, and does not require trickle-charging to maintain specified battery life.
  • Safe:
    Lithium batteries will not release offensive gases during charging, and are not susceptible to fires/explosions like batteries with other chemistries.
  • Environmentally friendly:
    They are made from non-toxic materials, and contain no heavy metals, so there are no special disposal requirements in most locales.
  • Universally compatible output:
    Industry Standard 120 VAC, pure sine wave output—open architecture—IEC C14 receptacles.
  • Lower total cost of ownership:
    An extremely long battery life means fewer change-outs, resulting in less downtime and lower service costs.
HC120 Sealed Lead Acid Power Solution
  • Long Run-time/High Cycle Life:
    SLAs provide high output efficiency—up to 85%—with very little wasted power, and have typical runtimes of up to 11.2 hours on a 55Ah battery. Their improved cycle life is due to a lower than average depth of discharge.
  • Durable:
    Mature, reliable and well-understood technology—When used correctly, the SLA is durable and provides dependable service.
  • Environmentally Friendly:
    High efficiency—less wasted energy—means fewer batteries to dispose of.
  • Low Maintenance Requirements:
    No memory; No electrolyte to fill—quiet, reliable fan-less design.
  • Cost of Ownership:
    SLA batteries are simple and inexpensive to manufacture. Low cost, dependable service, and minimal maintenance requirements significantly lower overall cost of ownership.
  • Universally Compatible Output:
    Compliant with UL 60601 Standards—Industry standard 120 VAC, pure sine wave output, open architecture, NEMA 5-15R receptacles.
HC350 Sealed Lead Acid Power Solution
  • Run-time and Cycle Life:
    High output power system for Sealed Lead Acid batteries; Provides 75% output efficiency, a 12A charger, and a 170W pure sine wave output.
  • Durable:
    Mature, reliable and well-understood technology—When used correctly, the SLA is durable and provides dependable service.
  • Low Maintenance Requirements:
    No memory; No electrolyte to fill—quiet, reliable fan-less design.
  • Cost of Ownership:
    SLA batteries are simple and inexpensive to manufacture. Low cost, dependable service, and minimal maintenance requirements significantly lower overall cost of ownership.
  • Universally Compatible Output:
    Compliant with UL 60601 standards.
Battery Specifications
Battery Options
Cycles to 60% capacity
Cycles to 80% capacity
Capacity, Ah (rated)
Energy per cycle, Wh (rated)
Energy per cycle, Wh (actual)²
Energy delivered to load over
lifetime
Battery run time³
Charging time, full charge
Charge rate (full charge cycle)
Charge rate (bulk charge)
Battery Changing Efficiency
Battery Weight
Output Power (continuous)
Output voltage
Output type
Charging status indicator
HC120 w/ 55AH SLA
300
200
55 Ah (12V)
660 Wh
636 Wh
145 kWh (to 60% capacity)
11.2 hours
4.5 hours to 85%
7.5 hours to 100%
88 W
125 W, 10A
85%
39 lbs
120 W
120 VAC, pure sine wave
Open Architecture - NEMA
5.15R
LED readout
Power Display software
HC350 w/ 55AH SLA
300
200
55Ah (12V)
660 Wh
624 Wh
110 kWh (to 60% capacity)
8.2 hours
4 hours to 85%
7 hours to 100%
94 W
140 W, 12A
85%
39 lbs
170 W
120 VAC, pure sine wave
Open Architecture - NEMA
5.15R
LED readout
Power Display software
HC150 w/ Lithium Iron Phosphate
5100¹
2500
40 Ah (12.8V)
512 Wh
512 Wh
921 kWh (to 80% capacity)
9.4 hours
1.7 hours to 90%
2.2 hours to 100%
238 W
271 W, 20A
95%
14 lbs
150 W
120 VAC, pure since wave
Open Architecture - IEC NEMA
5.15R
LED readout
Power Display software
1 Projected from test data to 80% capacity
2 Power delivered by battery, derated for typical discharge rate
3 Based on typical configuration: notebook and 19" monitor (44W)
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