Your system is running well. One part needs replacing today to protect the compressor.
Carrier heat pump3 tonInstalled 2019R-410A
13
readings checked
10
good
2
watch
1
needs attention
Pat, here's everything we checked today, in one place. Share it with anyone who helps you decide.
Done today
- Full cooling tune-up
- New 20×25×1 filter (yours was 4 months in)
- Drain line flushed and tested
- Outdoor coil rinsed
- Contactor, wiring and connections checked
- 15-minute air test in the living room
Your system
good
watch
we act here
today
last visit, April
Your air
good
watch
we act here
today
last visit
Standards for air are written for 24-hour and yearly averages, and this is a consumer-grade sensor, so treat these as a check, not a measure of exposure. Scale: EPA and ASHRAE guidance.
SEE THE FULL AIR QUALITY REPORT ›What we found
Run capacitor is below its toleranceNeeds attention
Meter on your run capacitor
- Reading
- 41.6 µF on a part rated 45 µF, 7.6% low. The label allows 6%. It was 43.0 in April, so it is drifting down.
- Means
- This part gives the compressor and fan their kick-start and keeps them running smoothly. When it's weak, the compressor starts rough and draws more current, which makes it run hotter. Both motors still read normal today, so we caught it early.
- If left alone
- Rough starts and extra heat wear the compressor, the most expensive part in your system. When the capacitor finally fails, cooling stops until it's replaced.
Air was pushing harder than it shouldWatch
Your old filter, 4 months in
- Reading
- Static pressure 0.72 before, 0.58 after the new filter. The plate max is 0.50.
- Means
- The filter was the biggest cause and it's fixed. The system still pushes a little harder than the maker designed for, which most often points to a small return.
- If left alone
- Higher power use and more blower wear over years. Not a breakdown risk this season.
Indoor humidity is right at the dry-home lineWatch
- Reading
- 58% at 76°, a dew point of about 60°F. EPA says keep it under 60%, ideally 30–50%. ASHRAE uses a 60°F dew point as the line for keeping a home dry.
- Means
- Your system only removes water from the air while it runs. Today it ran about 9 minutes a cycle, which is short for Florida. Humidity above the line over time means persistent dampness, sticky rooms and a musty smell.
- If left alone
- Comfort and dampness, not a safety issue. Worth watching through the wet season.
Checked and fine
Refrigerant chargeCooling at the coilCompressor currentFan currentVoltageTemperatureFresh airFine particlesDust and pollenDrain lineContactorWiring
Your options
Needs to be fixed · Run capacitorRecommended today
This season · Air pushing too hardPick one
Optional improvement · HumidityPick one
Selected2 items$0
Prices good for 30 days. Comfort Plan members save 10% on every repair.
Next steps
Follow-up
Joseph calls Tue, Oct 14 after 10 am
Comfort Plan
Active · next visit April 2027
You're welcome to show this report to another contractor. Every reading and its target is listed below so anyone can check our work.
FOR YOUR RECORDS: ALL 18 READINGS ›
| Reading | Today | Target / limit | April |
|---|---|---|---|
| Subcooling (TXV) | 10.2°F | 10 ±3 (plate) | 9.1 |
| Superheat | 11.4°F | info on TXV | 12.0 |
| Suction / liquid | 128 / 338 psig | — | 124 / 331 |
| Return air | 76.1° · 64.0° WB · 58% | — | 75.8° · 62.9° WB · 55% |
| Supply air | 59.7° | — | 58.9° |
| Delta T | 16.4°F | 14–18 at 64° WB | 16.9 |
| Outdoor | 89°F | — | 84 |
| Total static (after filter) | 0.58 in | ≤0.50 (plate) | 0.66 |
| Run capacitor | 41.6 µF | 45 ±6% | 43.0 |
| Compressor amps | 11.8 A | ~12.5 expected · RLA 17.9 | 11.5 |
| Fan amps | 1.1 A | FLA 1.4 | 1.1 |
| Voltage | 238 V | 208–253 (plate) | 241 |
| Humidity / dew point | 58% / 60°F | ≤50 good · 60 line | 55% / 58°F |
| Temperature | 76.1°F | set 76 | 75.8 |
| CO₂ | 740 ppm | <800 good · 1,200 line | 810 |
| PM2.5 | 6 µg/m³ | ≤9 EPA good · 35 line | 9 |
| PM10 | 18 µg/m³ | ≤50 good · 150 line | 22 |