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LSU090HSV5

LSU090HSV5 is in the certified data.

Its certified full-speed heating output at 5°F is 7,700 Btu/h, 71% of its 47°F rating (tests at different compressor speeds) across its certified pairings.

LG · mini-split heat pump

All 131 certified LG models

LSU090HSV5 is in the certified data as of Sep 19, 2026.

Heating at 47°F

10,900

6,600 at 17°F

7,700 at 5°F

Btu/h, certified

1.80 COP at 5°F

Cooling at 95°F

9,000

Btu/h, certified

EER2 14.5 at 95°F

SEER2 23.2

Heating and cooling by outdoor temperature

Certified heating at 5, 17, and 47°F and cooling at 95°F for LSU090HSV5, by outdoor temperature Heating: 7,700 Btu/h at 5°F, 6,600 Btu/h at 17°F, 10,900 Btu/h at 47°F. Cooling: 9,000 Btu/h at 95°F. The bars start at zero. Median of 9,000 Btu mini-split models: 7,700 Btu/h at 5°F, 8,000 Btu/h at 17°F, 10,000 Btu/h at 47°F, 9,000 Btu/h at 95°F. 0 2,500 5,000 7,500 10,000 12,500 Btu/h 7,700 5°F 6,600 17°F 10,900 47°F 9,000 95°F Outdoor temperature (°F)
  • Heating output
  • Cooling output
  • Median of 9,000 Btu mini-split models
  • Example heating load
  • Example cooling load
  • Frosting range, 17 to 45°F

This pairing delivers 10,900 Btu/h of heat at 47°F, 6,600 Btu/h at 17°F, and 7,700 Btu/h at 5°F, 71% of its 47°F rating. It delivers 9,000 Btu/h of cooling at 95°F. At 5°F that is 200 Btu/h above the example heating load of 7,500 Btu/h; at 95°F it is 5,500 Btu/h above the example cooling load of 3,500 Btu/h.

Each bar is a separate certified test, drawn at its outdoor temperature, starting at zero. The 47°F figure is at normal speed; the 17 and 5°F figures are at full speed. The short dark line on each bar is the median of 9,000 Btu mini-split models, one value per model. The shaded 17 to 45°F band is the frosting range: the outdoor coil can frost, and the unit pauses to defrost.

The dashed lines are example loads for a typical area of about 300 sq ft where winters reach 5°F: heating runs from 7,500 Btu/h at 5°F to 0 at 65°F, and cooling runs from 0 at 65°F to 3,500 Btu/h at 95°F, at 1,000 sq ft per ton. A house in a hot climate or with large west-facing windows can need twice as much cooling. They are examples, not your building.

Calculate heating and cooling for your house

AHRI certificate 10567393 · listed by LG · certified Jun 13, 2026 · 2 pairings on 2 certificates share these values

Rebates where you live

Meets the recorded equipment thresholds of 11 programs in 7 states, provinces, or territories:British Columbia (3), Manitoba (1), New Brunswick (1), Newfoundland and Labrador (1), Nova Scotia (2), Ontario (1), Yukon (2).

All 11 programs by state and province

British Columbia

Manitoba

New Brunswick

Newfoundland and Labrador

Nova Scotia

Ontario

Yukon

Threshold comparisons use the unit’s median certified figures across its pairings, not the pairing selected above. Meeting these thresholds means the equipment may qualify; it does not guarantee approval. Service-area, installation, and product-list requirements also apply.

All rebate programs and their published thresholds

Certified output and power use

Certified output for the selected pairingThe four bars share one scale. The comparison is with the median of 9,000 Btu mini-split models. Heating tests run at 70°F indoors. The cooling test runs at 80°F indoors.
Outdoor temperature Certified outputBtu/h One scale vs class median COPat 5°F
5°Ffull speed 7,7002.26 kW 0% 1.80
17°Ffull speed 6,6001.93 kW −18% NR
47°Fnormal speed 10,9003.19 kW +9% NR
95°Fcooling, full load 9,0002.64 kW — NR

EER2 14.5 in that test. SEER2 23.2 over the modeled cooling season.

Power use at each temperature

Electrical input in the 5°F full-speed test
1.25kW
Electrical input in the 95°F cooling test
0.62kW
Seasonal average heating COP
2.99

These exclude backup resistance heat.

Updated Sep 19, 2026 · Methodology

How it compares with other 9,000 Btu heat pumps

9,000 Btu mini-split models

This pairing at 5°F
7,700 Btu/h
This unit at 5°F median across its pairings
7,700 Btu/h
Median of 9,000 Btu mini-split models at 5°F
7,700 Btu/h
Models in this group
894

This unit is above 49% of them, at number 452 of 894 by heat at 5°F. The middle half of the group runs 7,000 to 9,500 Btu/h.

This size class is defined by cooling capacity, so cooling is not compared here.

Among 9,000 Btu mini-split models, each by its median certified pairing, highest first: 5°F output as a share of its 47°F rating, 649th of 894 (tied); HSPF2, 373rd of 909 (tied). Models without that figure are left out.

Similar ratings at 47°F

These mini-split models share the nominal cooling size. Comparisons use each model’s median certified figures across pairings.

  • 4C28SCH09H21: The same 10,900 Btu/h rating at 47°F; 11,500 Btu/h at 5°F (this model: 7,700).
  • RXT09AVJU: The same 10,900 Btu/h rating at 47°F; 10,900 Btu/h at 5°F (this model: 7,700).
  • HSZ9H424ZMO: The same 10,900 Btu/h rating at 47°F; 10,800 Btu/h at 5°F (this model: 7,700).

Closest models by heat at 5°F

Every 9,000 Btu unit, ranked by cooling efficiency, then heating efficiency

Floor area at the cold test point

The median certified output of 7,700 Btu/h at 5°F matches the size calculator’s heating estimate for these floor areas, rounded to about 10 sq ft. Each range divides that output by the climate band’s heating rates.

Floor area by climate band and house condition
Climate bandHouse conditionBtu/h per sq ftApproximate sq ft
MildDrafty, little insulation24–42180–320
MildTypical16–26300–480
MildTight, well insulated10–18430–770
ColdDrafty, little insulation28–52150–280
ColdTypical18–30260–430
ColdTight, well insulated12–22350–640
Very coldDrafty, little insulation32–58130–240
Very coldTypical22–38200–350
Very coldTight, well insulated16–28280–480

This is an estimate, not a house-specific load calculation. Output stays at the 5°F test point for every band; it does not predict output at the band’s winter design temperature.

Certified values for LSU090HSV5

2 pairings · 2 AHRI certificates

This pairing is the one shown above. Under all pairings, a single figure means every pairing agrees and a range means the pairing decides.

This pairingAll pairings
Heating
Heat output at 47°F normal speed 10,900 Btu/h 10,900 Btu/h
Heat output at 17°F full speed 6,600 Btu/h 6,600 Btu/h
Heat output at 5°F full speed 7,700 Btu/h 7,700 Btu/h
Heat output below 5°F NR NR
Cold output 5°F output as a % of the 47°F rating 71%
COP at 5°F full speed 1.80 1.80
HSPF2 Region IV 10.2 10.2
Cooling
Cooling capacity at 95°F full-load test 9,000 Btu/h 9,000 Btu/h
EER2 at 95°F 14.5 14.5
SEER2 cooling season 23.2 23.2
Cooling at other temperatures NR NR
Equipment and listing
Refrigerant R-410A
Compressor Variable speed
Indoor unit LAN090HSV5 2 indoor units
FurnaceNo furnace None
Cold-climate designation EPA's designation, as published Yes On every pairing
ENERGY STAR Most Efficient EPA's designation, as published Yes On every pairing
Where it is sold Canada Canada
Model string as certified LSU090HSV5

Pairings, by indoor-unit class

2 indoor units · 2 certified pairings

One row per indoor unit certified with this outdoor unit.

Ductless indoor · 2 indoor units

  1. LAN090HSV5 LG 7,700 Btu/hat 5°F, full speed

    1 pairing · 47°F 10,900 Btu/h · 95°F cooling 9,000 Btu/h · Cold output 71% · COP 1.80

  2. LSN090HSV5 LG 7,700 Btu/hat 5°F, full speed

    1 pairing · 47°F 10,900 Btu/h · 95°F cooling 9,000 Btu/h · Cold output 71% · COP 1.80

Indoor units in the ductless indoor class
Indoor unit Brand At 5°FBtu/h · full speed At 47°FBtu/h · normal speed At 95°FBtu/h · cooling Cold output% of 47°F rating COP 5°Ffull speed Cold climate Pairings
LAN090HSV5 LG 7,700 10,900 9,000 71% 1.80 Yes 1
LSN090HSV5 LG 7,700 10,900 9,000 71% 1.80 Yes 1

The share is heat output at 5°F divided by the 47°F rating.

Showing 2 of 2 indoor units

Sold as, and units with identical certified values

Brands listing this model number

Model number as listed

  • LSU090HSV5 2 pairings

What affects the price

We don't have prices. These things drive the cost.

  • The size of the unit, and the indoor equipment on the same certificate.
  • Whether existing ductwork is reused, altered, or replaced.
  • The electrical work: a circuit, a disconnect, and sometimes a panel change.
  • Refrigerant line length and how the outdoor unit is mounted.
  • Permits and inspection, which vary by municipality.
  • Removing and disposing of the old equipment.
  • Local labor rates and how busy the season is.
  • Rebates and tax credits, which change and have deadlines.

History and definitions

History

First certified record
Most recent certified record
Measurements reported
Jun 13, 2026
Status
In the certified data

Field definitions

COP
Heat delivered for each unit of electricity used. A COP of 2.5 gives 2.5 times the heat of an electric baseboard heater.
HSPF2
Heating efficiency over a typical season. Higher uses less electricity.
SEER2
Cooling efficiency over a typical season. Higher uses less electricity.
EER2
Cooling output divided by electrical input in the 95°F full-load test, in Btu/h per watt.
Cold output
Heat output at 5°F as a percentage of the 47°F rating.
% of rating at 17°F
Heat output at 17°F as a percentage of the 47°F rating.

NR not in the certified dataNC not cold-climate certifiedSP single pairing onlyVP varies by pairing; see the pairings tableWD withdrawn since the certified data was last read

Cite or print this page

Heat Pump List, “LSU090HSV5 — certified heat output”. Certified figures dated , checked daily.
https://heatpumplist.com/model/lsu090hsv5