Havana, FL HVAC Service

I arrived on site and found the unit working properly and without issue. I have verified a 20F degree temp split, and confirmed the refrigerant side of the system is working properly. I tested all electrical components and found them to Al be in spec and functioning properly. The only thing I noticed is that the thermostat fan what been set to on instead of auto, so I changed it back to auto. I have verified that the unit is working/ cooling properly at the time of service.

Upon arrival, I found a blank thermostat due to a popped low-voltage fuse. After further inspecting the system, I found the thermostat wires to be rubbing the exterior portion of the metal building which ate through the insulation on the copper wire causing a direct short. I sent an estimate for a wire repair and a low-voltage fuse. It was approved. After performing the wire repair and installing a new fuse the system came on. I then tested system operations and found the primary safety switch to be bad. The customer approved the estimate for a new safety switch. After install installing the primary float safety switch your system is operating properly at this time .

05/14/2025- I preformed the maintenance for this unit after I had repaired the refrigerant leak. I have verified a temp split of 22F degrees and all components are working properly. I have cleaned, cleared, and re-primed the drain line as well as verified that the unit is draining properly. This unit is working properly and functioning correctly at the time of service.

05/14/2025- I repaired the refrigerant leak and charged the unit up with 13 lbs of 410A refrigerant. After I repaired the refrigerant leak I preformed a nitrogen pressure test and leak search, and have verified that the unit holds pressure with no leaks. I have verified that the unit is cooling properly and functioning properly at the time of service. I called the customer to inform him that I set the thermostat to 78F degrees, and to inform him of the completed work and collect for the work preformed. The customer is out of town and didn’t answer his phone so I will email him the invoice.

Upon arrival I found the customer’s split system had a popped low-voltage fuse. upon further inspection, I found the primary drain safety float switch wire that ties into the red wire in the air handler to be broken at the wire or not. I also found the pressure switch wire in the condenser to be rubbing the frame of the condenser and worn down through the insulation and was intermittently hitting the stranded copper wire, causing a direct short. I sent an estimate to do a low-voltage wire repair and replace the fuse. The customer approved the estimate. After performing a wire repair and changing the low-voltage fuse. The system came on and is cooling properly at this time. I also sent estimates for the customer to get on a yearly maintenance plan.

Today I arrived on site and performed a summer time maintenance on your HVAC equipment. Indoor Unit (Package Unit): Observed the indoor coil in poor condition. Installed a pleated 1" air filter, size 20x25x1. The overall equipment condition was poor. Outdoor Unit (Package Unit): Observed the outdoor coil in poor condition. Electrical Components: Tested and confirmed proper operation of the blower motor, condenser fan motor, compressor, blower run capacitor, compressor run capacitor, fan run capacitor, contactor, and electrical wiring. System Components: Inspected and confirmed the blower wheel, primary drain pan, electrical wires, and ductwork are in good condition and working properly. Measurements & Adjustments: Measured a return air temperature of 78.0°F and a supply air temperature of 58.0°F. Cleared the condensate drain line. Tested thermostat operation and restored power to the units. In Tallahassee, FL https://visionshare.xoi.io/?id=msf379b6e1-575d-i164-8ce44e13ab46-u58

Follow up ; showed customer how to turn off mini split head unit using the remote and pointing it toward the green light at the bottom of the unit and holding the red button until the unit beeps. Also went over what is included in a mini split cleaning and sent estimate.

Today I arrived on site and performed a summer time maintenance on your HVAC equipment. Here’s a summary of the work completed: **System Assessment:** * Overall equipment condition noted as fair. * Indoor unit located in the closet. * Outdoor unit located on the side of the house. * Whole home area unit services. **Component Inspections & Testing:** * Blower Motor, Condenser Fan Motor, Compressor, Compressor Run Capacitor, Contactor, and Electrical Wiring tested and operating within manufacturer specifications. * Blower Wheel, Primary Drain Pan, Secondary Drain Pan, Ductwork, and Electrical Wires Secured inspected and found to be in good working condition. * Indoor and outdoor coils are in fair condition. * Return air temperature measured at 74.0 Degrees Fahrenheit. * Supply air temperature measured at 51.0 Degrees Fahrenheit. **Maintenance Actions:** * Pleated 1" filter (20x20x1) observed. * Cleaned out primary pan. * Cleaned out condensate pump. * Clea

Today I arrived on site and performed the following maintenance and service activities: **Indoor Unit (Air Handler):** * Observed the air handler in the crawl space to be in fair condition. * Confirmed the unit services the whole home. * Verified the filter size as 14x14x1 and noted the antimicrobial filter. * Observed the indoor coil to be in fair condition. **Outdoor Unit (Heat Pump):** * Observed the heat pump on the side of the house to be in fair condition. * Cleaned the outdoor coil. **Electrical Components:** * Tested and confirmed proper operation within manufacturer specifications for: * Blower motor * Condenser fan motor * Compressor * Compressor run capacitor * Fan run capacitor * Contactor **System Components (Good Condition):** * Inspected and confirmed proper operation of: * Blower wheel * Secondary drain pan * Primary drain pan * Electrical wires * Ductwork **Condensate Drain System:**

Today I arrived on site and performed a summer time maintenance on your HVAC equipment. Indoor Unit (Crawl Space, Water Source): Replaced the 11x23x1 antimicrobial filter with a spare provided by the customer. Confirmed the indoor coil is clean and in fair condition. Outdoor Unit (Package Unit): Verified the outdoor coil is clean and in fair condition. Electrical Components (Tested and Working): Confirmed proper operation and amperage within manufacturer specifications for: Blower Motor Condenser Fan Motor Compressor Compressor Run Capacitor Fan Run Capacitor Compressor Start Capacitor Blower Run Capacitor Contactor Electrical Wiring System Inspection: Verified the following components are in good condition and working properly: Blower Wheel Primary Drain Pan Electrical Wires Secured System Performance: Cleared the condensate drain line and cleaned out the primary pan. Measured a return air temperature of 74.0°F and a supply air temperature of 52.0°F. Dusted the thermostat and res

I performed a tune up on the equipment. Testing system operations, component amperages, capacitor ratings, cleared the drain line, checked the filters, cleaned the condenser outside, and checked the batteries in the thermostat. The system is working properly at this time.

Installed a new 20 Seer 9K BTU Samsung Mini Split Heat Pump. The new system comes with a ten year parts and one year labor warranty.

05/02/2025- I arrived on site to find the unit cooling decently but no moving enough airflow to cool the house. I noticed that I was losing a significant amount of cooling from the 90s of the supply ductwork further contributing to the suboptimal cooling in the house. The return is significantly undersized leading me to recommend a larger return on another section of the house. As far as the unit blowing hot air, the homeowner has a nest thermostat. Even though everything was working properly on the thermostat while I was there, the nest thermostat head units can go bad a cause the unit to go into the wrong mode or cause other issues like that. I have informed the homeowner to keep an eye on the thermostat to see if any issues like this reoccurs, and to change the nest thermostat head unit if these problems persist. I have sent a estimate for adding a return duct of any size to the customer.

04/30/2025- I arrived site to find the pool house unit cooling the downstairs of the pool house properly and two degrees above the set point upstairs. I have verified that the unit is cooling with a 23F degree temp split. I have also checked and confirmed that the unit’s refrigerant pressures are proper at this time as well. I wasn’t getting as much airflow as downstairs however, I found the washable air filter to be dirty. After washing the filter I still wasn’t getting as much airflow as the downstairs area, until the downstairs area cooled to temperature. Since this unit is a zone system I discovered that when both zones are calling for cool the upstairs zone receives less airflow than the downstairs area. This coupled with the fact that heat rises and the fact that the customer runs a dehumidifier the exhausts hot air in the upstairs zone explains why the upstairs area is taking a longer time to cool to temperature. After the downstairs zone reaches its temperature and the damper

Today, I arrived on site to perform maintenance on the HVAC system. Equipment Overview: * Overall equipment condition: Fair * Indoor unit type: Package unit * Serves: Whole home * Filtration: Pleated 1", replaced today * Filter size: 18x18x1 Indoor Coil Condition: * Condition: Fair * Cleaning: Brush cleaned today Outdoor Unit Overview: * Location: Side of house * Condition of outdoor coil: Fair, dirty, cleaned today Electrical Component Inspection: * Tested and inspected components: * Blower motor: Working properly * Compressor: Working properly * Electrical wiring: Working properly * Contactor: Working properly * Compressor run capacitor: Working properly * Fan run capacitor: Working properly * No components were found not working properly Additional Inspections: * Components in good condition: * Blower wheel * Primary drain pan * Electrical wires secured * Ductwork * No components were found in poor condition Temperature Readings: * Return air temperature:

Today, I arrived on site to perform maintenance on the HVAC system. Overall Equipment Condition: * Good condition noted for the system. Indoor Unit Details: * Located in the attic as an air handler. * Services the whole home. * Filtration system replaced today with a pleated 2-6" filter, size 213. Indoor Coil Condition: * Found to be in fair condition. Outdoor Unit Details: * Located in the backyard as a heat pump. * Outdoor coil condition is good and clean. Electrical Components: * Tested and inspected electrical components including blower motor, condenser fan motor, compressor, and capacitors; all are functioning properly within manufacturer specs. Additional Inspections: * Blower wheel, ductwork, electrical wires, primary and secondary drain pans inspected; all are in good condition. Air Temperature Readings: * Return air temperature measured at 78.0°F. * Supply air temperature measured at 57.0°F. Condensate Drain System: * Cleared drain line, cleaned out primary and se

Performed a summertime tune up on the hvac equipment. Testing system operations, component amperages, capacitor ratings, cleared the drain line, brush cleaned the evaporator coil, checked the air filter, tested the thermostat, and cleaned the condenser coil outside. The system is working properly at this time.

04/25/2025- I found the breaker for the Bosch unit tripped, leaving the unit without high voltage power. After I flipped the breaker to test the unit I discovered that the electricity would not flow through the Genarac box after the outside disconnect box. I am unable to test the unit until the issue in the Genarac box has been resolved. I have informed the homeowner and he said he would contact the company that installed the generator to fix the issue in the Genarac box.

04/22/2025- I arrived on site and preformed the supply duct removal and resealed the supply tap as well as the supply air distribution block, which the removed duct connected to. I have verified that the sealed area doesn’t leak airflow and have confirmed that the unit is working properly at time of service.

Maintenance complete. Cleared the drain and checked electrical components. I found that the compressor was pulling high amps on startup. Installed a hard start capacitor to the condenser to give the compressor an extra boost on startup. This increases the life of the compressor. Everything is working properly at this time. Thank you for your business. View visual findings from this job here - https://visionshare.xoi.io/?id=XA-A9CF-E0BE2418135C4A22A90525195DBFFFD5

Today, I arrived on site to perform summer time maintenance on your HVAC equipment. Overall Equipment Condition: * Good Indoor Unit: * Location: Garage * Type: Air Handler * Area Served: Whole Home * Filtration: Pleated 1" * Filter: Customer changes own * Indoor Coil Condition: Good, Clean Outdoor Unit: * Location: Back Yard * Type: Heat Pump * Outdoor Coil Condition: Good, Clean Electrical Components: * Tested and inspected: * Blower Motor: Working properly * Condenser Fan Motor: Working properly * Compressor: Working properly * Compressor Run Capacitor: Working properly * Fan Run Capacitor: Working properly * Compressor Start Capacitor: Working properly * Contactor: Working properly * Electrical Wiring: Working properly * Not working improperly: N/A Inspected Components: * In good condition and working properly: * Blower Wheel * Secondary Drain Pan * Primary Drain Pan * Electrical Wires Secured * In poor condition and not working properly: N/A Additional

Today, I arrived on site to perform summer maintenance on your HVAC equipment. * Overall equipment condition is good. * Indoor unit is a package unit servicing the whole home. * Replaced the accordion pleated filter (20x25). * Condition of the indoor coil is good. * Outdoor unit is also a package unit with a clean, good condition outdoor coil. * Electrical components tested: * Blower Motor - functioning properly * Condenser Fan Motor - functioning properly * Compressor - functioning properly * Compressor Run Capacitor - functioning properly * Fan Run Capacitor - functioning properly * Compressor Start Capacitor - functioning properly * Contactor - functioning properly * Electrical Wiring - secured and functioning properly * No electrical components were found to be malfunctioning. * Inspected components: * Blower Wheel - in good condition * Secondary Drain Pan - in good condition * Primary Drain Pan - in good condition * No components were found in poor condition

Performed a summer time tune up on an Allied Air Heat Pump View visual findings from this job here - https://visionshare.xoi.io/?id=XA-F6E6-95F9BA7BD6444F3E98C89242D0ECC13C

Today, I arrived on site to perform maintenance on the HVAC system. Equipment Overview: * Overall condition of equipment: Good * Location of indoor unit: Attic, Closet (Air Handler) * Area serviced: Whole Home Filtration: * Filter type: Pleated 2-6" * Filter size: 20x20x4 * Filter status: Replaced and checked today * Customer request: Additional filters to be provided for a charge Indoor Coil: * Condition: Good Outdoor Unit: * Location: Side of House (Heat Pump) * Condition of outdoor coil: Good Electrical Components: * Tested and inspected components working properly: * Blower Motor * Compressor * Blower Run Capacitor * Compressor Run Capacitor * Fan Run Capacitor * Contactor * Electrical Wiring * Compressor Start Capacitor * No components found not working properly System Inspection: * Inspected components in good condition: * Blower Wheel * Heat Exchanger * Secondary Drain Pan * Primary Drain Pan * Electrical Wires Secured Air Temperature: * Return a