System Condition Check
Know exactly what your system is doing, and whether to repair or replace it, before cold weather forces the call.
What Goes Wrong
A surface-level check misses the measurements that actually tell you what the system is doing.
Without a refrigerant pressure reading, a low charge goes undetected and the compressor runs under stress until it fails.
Superheat and subcooling values are measured against the manufacturer’s spec to confirm the charge is correct.
A reversing valve that sticks in one mode means the system heats when it should cool, or vice versa, and the fault is easy to overlook visually.
The reversing valve is tested through both modes to confirm it switches cleanly and holds position under normal operating pressure.
A capacitor or contactor near failure draws abnormal current but shows no visible damage, so a visual-only check leaves the risk in place.
Blower motor amp draw and contactor condition are tested against rated values to catch components that are failing before they cause a shutdown.
A verbal summary after the visit gives you no basis for comparing repair cost against replacement cost when the next failure happens.
You receive a written record of every measurement taken, what is within spec, and what is not, so any repair decision is grounded in data.
Inspection Scope
Each check targets a specific component or circuit where a hidden fault can cut efficiency or cause a breakdown.
Superheat and subcooling are measured to confirm the refrigerant charge is within the manufacturer’s specified range.
Both coils are checked for fouling, fin damage, and airflow restriction that reduce heat transfer and raise energy draw.
Contactor pitting and capacitor microfarad readings are checked to catch components that are close to failure.
Measured amp draw is compared to the motor’s rated current to identify a motor running outside its normal operating band.
The reversing valve is cycled through both modes and the defrost control is tested to confirm reliable cold-weather operation.
The condensate drain is checked for blockage and the thermostat’s calibration is verified against actual supply air temperature.
Airflow measured at the air handler to catch restrictions.
Full system check timed before Lakewood’s cold months.
Written recommendation based on measured findings.
Why Choose Us
Accountability and process, not just a technician showing up and looking around.
Every enquiry produces an itemised written estimate covering scope and timeline before a visit is confirmed.
We start with a review of the existing equipment’s condition, not a sales conversation about replacement options.
We connect you with independent local installers who know the Colorado Front Range climate and its demands on heat pump systems.
A post-visit review confirms the written summary matches what was measured, so nothing is left as a verbal impression.
Our partners inspect all three system types, so the scope matches your actual equipment rather than a single product line.
How It Works
01
Tell us your system type, age, and the symptoms you have noticed so the right checks are prioritised from the start.
02
We arrange a local partner to visit, run the full checklist, and record every measurement against the manufacturer’s specification.
03
You get a clear summary of findings and a repair-or-replace recommendation before any follow-on work is discussed or authorised.
Pricing Estimates
| Inspection type | Typical cost | Typical duration |
|---|---|---|
| Basic inspection | $150-$250 | 1-2 hours |
| Full system evaluation | $200-$350 | 2-3 hours |
| Pre-repair diagnostic | $150-$300 | 1-2 hours |
Describe your system and we’ll arrange a local partner to run a full inspection and deliver the findings in writing before any work is booked.