Arlington, VA

AC SYSTEM: Filter was changed. Amps are within specs. Condénate drain was flushed and I added condensate tablets. Temp split within specs. Parts inside air handler are In good shape. Outdoor unit coil was clean. Parts outside are in good shape. Compressor is okay. Fan motor outside has rust on it. Overall ac system is okay. I recommend continuing annual maintenance contracts

Fall maintenance check on one unit: Checked full operation of the system. Checked amps and found within specs. I checked and replaced filter with one provided. I checked parts inside air handler and found in good shape. I checked the air knight UV light and found functioning properly. I checked aux heat pulling 20 amps. Temp rise is 40 degrees. Outdoor unit amps are within specs. Parts outside are in good shape and reliable. Coil is clean. Overall system is running and heating without any issues. I recommend continuing annual maintenance contract.

Looked at job and made materials list

Arrived on site to cap off a sink and a toilet, upon arrival found out the work area is in containment due to asbestos, we do not have anyone on hand that has a respirator or training to enter an asbestos area, informed customer that we are unable to work in the area until it is clear, customer said they will call us back out when it is clear

Jared, Thank you for your interest in our services. Based on our survey and our discussions James Vito, Inc. will provide the necessary labor and material to complete the work as specified below. SCOPE OF WORK: 1. Camera the sewer line to determine the condition of the pipe and the location of the problem area. NOTES: • All work to be performed during normal working hours (M-F) 7AM to 5PM excluding holidays. • Requests for additional work or items requested will result in an authorized change order and additional costs. • This proposal is valid for ten (10) days from the date of this proposal. EXLUSIONS • No warranty on any existing equipment, piping or wiring not changed or updated by Vito Services.

Looked at leaks on storm drains

Thank you for your interest in our services. Based on our survey and our discussions James Vito, Inc. will provide the necessary labor and material to complete the work as specified below. SCOPE OF WORK: On the 11th floor men’s room, replace 4-inch cast iron tee that is cracked. • Put down drop cloth for protection. • Cut sheetrock above ceiling grid to access base of tee. • Cut 4-inch cast iron vent tee out. • Install 4-inch tee. • Clean up work areas and haul away all job-related waste and debris. NOTES: • Engineering responsible to block off working areas. • To stop condensate from draining into pipe needing repair, system may need to be shut down. • All work is to be performed during off working hours (M-F) 5PM to 7AM excluding holidays, or on Saturdays. • Requests for additional work or items requested will result in an authorized change order and additional costs. • One year warranty on parts and labor. EXLUSIONS • No warranty on any existing piping not changed b

FALL MAINTENANCE CHECK ON BOILER: I checked pressure gauges 12psi. I checked all valves to make sure there were okay and not leaking. I checked for any possible gas leaks near the boiler and found none. I checked the combustion to make sure it was burning correctly and I got a reading 60ppm. I checked the circulator pump, relief valve, reducing valve, expansion tank, high limits. I checked all wiring and connections and found okay. Overall boiler is running and functioning properly at this time. The client will continue the monthly VITO VIP payment plan. Darnella will call the client back to collect back info to re-register monthly payment plan.

Replacing both furnaces. One in garage and one on 3rd floor of the home. Both 45K btu 14W carrier furnace

The outdoor unit was cleared of leaves, dirt, grass clippings, and other debris that can obstruct airflow. The condenser coils were inspected The condenser fan motor and blades were inspected for wear and tear, and the blades were cleaned and tightened as needed. All electrical wiring and terminals in the outdoor unit were checked for tightness and corrosion. Connections were tightened as necessary. The blower wheel and motor were inspected to ensure optimal airflow. Excess dirt on the blower can reduce efficiency and put a strain on the motor. The indoor evaporator coil was checked for dirt buildup and signs of blockage. The condensate drain line was flushed and cleared to prevent clogs and potential water damage. Ductwork Inspected: Visually inspected accessible ductwork for any leaks, gaps, or signs of damage that could restrict airflow.

During my inspection, I was called to verify if the HVAC piping in the attic was secure and intact. Upon inspection, I confirmed that all piping in the attic is properly connected, supported, and shows no signs of being loose or damaged. This system is a 90% high-efficiency Carrier furnace, which uses PVC piping to safely vent combustion gases. Instead of exhausting through the attic, these PVC vent pipes are routed directly to the outside through the side of the home. This is by design — high-efficiency furnaces use cooler exhaust gases that can be safely vented with PVC piping, unlike older furnaces that rely on metal flues. The only piping visible in the attic is the chimney exhaust, which is intact, sealed, and functioning properly. Findings: • Attic piping is intact and secure. • PVC vent pipes correctly terminate outside through the side of the house as designed for high-efficiency furnaces. • Chimney exhaust in attic is intact and in proper working condition.

Arrived onsite, customer's garbage disposal under kitchen sink was leaking. Recommended replacing the unit as well as rebuilding the k/s drain. Also basement toilet was running. Recommended fill valve and flapper replacement. Both outside hose bibbs had fittings that needed to be removed as well. Picked up necessary material for job. Turned off power to garbage disposal at breaker panel. Labeled breaker for disposal for future needs. Disconnected existing electrical connections under disposal after dismounting the unit. Removed existing extension tailpiece, p-trap, and waste arm. Disconnected dishwasher drain hose. Assembled new disposal and mounted. Reconnected DW drain hose. Reconnected electrical connections. Installed new extension tailpiece onto disposal waste arm. Connected p-trap to tailpiece and threaded new waste arm onto trap adapter. Turned power back on at breaker. Ran kitchen faucet to check for leaks. Flipped on disposal switch to check for proper operation. Filled up sin

quoted 4 inch cast iron vent tied into 4 inch copper vent

HVACE PARTS REPLACEMENT: replaced condenser motor, checked operation, ac is working cooling fine return air temperature 72° , supply air temperature 52°. Returning warranty motor

Provided proposal for sewer dig up and sewer line repair

NO AC: Upon arrival thermostat read 80 degrees. I called for ac, the indoor unit came on and so did the outdoor unit. I took temperatures and got a 14 degree split. After about 5 minutes the compressor shut off. I checked all safety’s and found condensate pump bad and filled with algae and constantly running without stopping. I disconnected the condensate pump and let the ac run. The unit was not blowing cool air. I went to the outdoor unit and hooked gauges up. Pressures read 130/250psi liquid line temp 74 degrees. I heard the compressor start to wind after several minutes of running. I took amps and found high amps causing compressor to heat up. I checked coils and found coils dirty. Once dirty it starts to restrict air flow to compressor and weakens parts such as capacitor and contactor. The indoor furnace and ac are from 2006 and are in bad shape. There is a lot of rust on the evaporator coil , the rust will weaken metal and cause a pin hole leak so the evaporator coil is no long

AC condensation line is clogged

Main drain line running from the top floor to the bottom floor runs down into the basement floor. It’s clogged. I recommend a plumber to come out and unclog drain tenant will be home tomorrow after 3 PM. Please call to set date and time.

Arrived onsite, performed plumbing inspection - noticed valve under kitchen sink not holding and actively leaking. Replaced valve and removed InstantHot machine per customer request (he does not use it). Checked other areas of the house - upper floors toilets are old and tank parts likely to fail soon - brought to customer's attention. Cleaned up work area and removed all job related debris.

Installed new Carrier HVAC unit indoor and outdoor A/C Furnace with new Honeywell Smart Thermostat.

1. Heat Pump System (Attic) – Rheem, installed 2023 2. Furnace/AC Split System (Basement) – Rheem, installed 2020 1. Furnace/AC Split System – Basement • Airflow & Filtration: Air filter inspected – recently replaced, no need for change at this time. • Delta T: Measured at 8°F, below optimal performance range, indicating potential cooling inefficiency. • Electrical Components: • Condenser Capacitor: Operating within manufacturer specifications. • Contactor: Engaging and disengaging correctly. • Amperage Draw: Measured amperage is within normal operating range. • Refrigerant Pressures: Initially within normal limits, but during operation, the low-side pressure suddenly increased while the high-side pressure dropped, indicating an abnormal system condition. • Recommendation: A senior technician should perform advanced diagnostics to determine the cause of refrigerant pressure fluctuation and low delta T. 2. Heat Pump System – Attic • System Overview: Rheem heat pump

Job sold Tech Lead Danny V. 4 ton straight AC system

Estimate to replace HVAC System. Customer currently shopping for AC, wont change unless currrent A/C unit breaks

Upon arrival, the customer reported that the air conditioning system was not cooling. After inspecting the system, it was determined that the capacitor had failed. The technician informed the customer of the findings and recommended replacing the faulty component with a turbo capacitor for improved performance and reliability. The customer agreed to the recommendation, and the technician proceeded to replace the old capacitor with the new turbo capacitor. After installation, the system was cycled and tested. At this time, the system is fully operational.

Return with manager to reinstall blower fan motor check all items in component indoor AC system working properly at this time