Notes quality
1971 chars; verbs=true — Unit 366 was tested for CO₂ buildup in every bedroom and throughout the apartment for approximately one hour. No CO₂ buildup was detected. The air filter was he
Job #9020
1971 chars; verbs=true — Unit 366 was tested for CO₂ buildup in every bedroom and throughout the apartment for approximately one hour. No CO₂ buildup was detected. The air filter was he
0 photo signals (need 3 for service) [API proxy — warn only]
Fix: Attach at least 3 photos for this service job (before/after for coil cleaning / filter changes).
ServiceTitan API did not expose attachments; scored as warning until media endpoints are wired.
Refrigerant quantity language found in notes
Lead: Michael Estrada
No signature form/note signal [API proxy — warn only]
Fix: Collect customer signature on the job before marking complete.
Signature not API-confirmable yet; warning only until forms/attachments are wired.
Unit 366 was tested for CO₂ buildup in every bedroom and throughout the apartment for approximately one hour. No CO₂ buildup was detected. The air filter was heavily clogged, but the blower motor and fan blades were in good condition. Some growth was found around one of the vents that was having issues. The thermostat was set to an unrealistic temperature of 63°F during a 100°F day. Setting the temperature this low causes the unit to run nonstop and can lead to humidity and growth issues. The clogged filter was replaced, and condenser pressures were checked. The system was severely overcharged, possibly because the dirty filter made it appear low on refrigerant during a previous service. After replacing the filter, pressures increased to approximately 475 PSI with 30°F subcooling. Approximately 3 pounds of R-410A were recovered, bringing the system to a more acceptable range of 120/390 PSI, 15°F subcooling, and 11°F superheat. The unit is operating properly at this time. Unit 366 was tested for CO₂ buildup in every bedroom and throughout the apartment for approximately one hour. No CO₂ buildup was detected. The air filter was heavily clogged, but the blower motor and fan blades were in good condition. Some growth was found around one of the vents that was having issues. The thermostat was set to an unrealistic temperature of 63°F during a 100°F day. Setting the temperature this low causes the unit to run nonstop and can lead to humidity and growth issues. The clogged filter was replaced, and condenser pressures were checked. The system was severely overcharged, possibly because the dirty filter made it appear low on refrigerant during a previous service. After replacing the filter, pressures increased to approximately 475 PSI with 30°F subcooling. Approximately 3 pounds of R-410A were recovered, bringing the system to a more acceptable range of 120/390 PSI, 15°F subcooling, and 11°F superheat. The unit is operating properly at this time.