La Quinta, CA – AC Repair and Electrician Service

🛠️🛠️ Demand service No cool Upon arrival, client informed me that system was not responding to thermostat Went up to the equipment Found blown high voltage Bad capacitor Install installed test capacitor, and replaced high voltage fuse for further diagnosing It was in discovered that compressor is operating above max amps System is rated for 21 LRA currently operating between 24 and 26 A Informed client of findings and let client know compressor is on its way out Attached is an estimate for system replacement

🛠️🛠️ Demand service No cool Unit SN*****15093 Upon arrival, client informed me that system was not cooling Set thermostat to cool, but unit only blowing room temperature air Went to outdoor condenser for further investigation Found capacitor and start kit Spoke with client inform them of findings, recommend replacing capacitor, start kit and contactor Also spoke with client regarding system, nearing max amps and due to age of equipment suggested system replacement Signed client up on annual membership Perform maintenance on both units Replaced filters throughout the house and rinse condenser coils Replaced bedroom thermostat and paired to their phone Went out to the attic cleared condensation lines Rinsed condenser coils Both units are operational at this visit Attached is an estimate for system replacement Living room unit 20 years old

🛠️🛠️ Demand service No cool Unit SN***90445 Living room system Upon arrival, client inform me that system has stopped cooling for them Thermostat was set to cool but only blowing indoor temperature out of the vents Went to Outdoor equipment for further investigation It was then determined system had a bad capacitor and start kit Spoke with client client approved recommended repairs ✅ System is now operating properly and within limits Removed all programming from nest thermostat thermostat is now manual

On arrival system was working set to 78* and thermostat reading 78* Check low-voltage at air handler, water safety switch is hooked up to 24 V Check that condensation is not backed up Check high voltage at condenser and low-voltage Check refrigerant, pressure switches no alerts displayed Client showed me a video where blower stays on and outdoor equipment is not working Will get with supervisor on Monday possibly bad midigation board

Upon arrival, thermostats were set to 70 temperature was not dropping. Outdoor unit was blowing opened up the panel and both capacitors were bad. One was expanded and the other was testing extremely low out of range replace both capacitors system started cooling immediately. Dropped pressure checked out amps checked out thermostats are dropping temperature and home is cooling systems. Are both operating to the manufacture specs at this time of service.

🛠️ Demand service No cool Upon arrival, client set thermostat to cool Outdoor compressor kicked on, but fan motor was not spinning Remove service panel and found exploded capacitor Installed test capacitor and verified system operations Spoke with client over the phone, recommend replacing capacitor and adding a start kit to help compressor on starter Client only approved necessary repairs for system to start working Replaced capacitor System is now cooling properly Rinse condenser Client was occupied with another client and will call the office for payment

🛠️🛠️ Demand service No cool Unit SN********BGC1F Living room system Upon arrival, client informed me that system has been running on second stage for the past three days Went to equipment was further investigation found system low on refrigerant No subcool. Add 3 pounds of refrigerant. Will follow up with client on Monday for further procedures

Follow-up communication regarding member concern that indoor temperature has not significantly changed following today’s evaporator coil replacement. Reviewed prior findings and service history. During previous diagnostics, the evaporator coil was confirmed to have an internal restriction/refrigerant feeding issue, which was reducing system cooling capacity. The evaporator coil was replaced today, system was evacuated to approximately 400 microns, refrigerant circuit was reopened, and equipment was placed back into operation. After repair, system performance improved from the previously observed approximately 9–12°F temperature differential to approximately 19°F, confirming that the evaporator coil replacement corrected the identified refrigeration-side restriction and improved the cooling performance of the equipment itself. Member had previously been informed that replacing the evaporator coil would not correct the existing ductwork deficiencies. Multiple attic duct runs remain kinke

Master bedroom 2020 York sn-6755 compressor overloaded and would not start. Also found filters extremely plugged throughout the house from construction. Installed compressor saver start kit and new capacitors on bedroom equipment. Replaced all filters. Advised not to have construction workers running equipment to low to prevent damage to equipment.

Today’s call consisted of two units, not cooling for the Casita and the main house. I went to adjust both thermostats to ensure thermostats are properly calling with no alerts. Replace capacitor and hard start on the main unit in the home. System was not cooling blower motor checked out in the correct amperage pressure is checked out good after replacing capacitor and hard start. Christina‘s capacitor was bad. Replace that capacitor got system up and running pressure checked out good on the Casita as well stamps for both of these systems are safely checking out in the correct range after replacing the capacitors and the hard circuit on the main unit. I called the homeowner and informed them on the ticket and they approved the repairs. Both systems are now cooling and operating to the manufacture specs.

Client heard unusual sound from equipment on roof. Noise then stopped and equipment has cooled house still. Checked equipment on roof. Verified no unusual sounds. Equipment working properly.

Arrived at customer’s home to diagnose minisplit breaker consistently tripping. Found that when minisplit was installed, the circuit for it was tapped off an existing 40 amp feed for another AC unit. Breaker in main panel was upsized to a 50 amp in an attempt to gain more power for minisplit. This caused an overdraw on the breaker and is causing the bussing on main breaker panel to burn and melt. Informed customer that it would be safer to turn minisplit circuit off for now, but he instructed me to keep breaker on because he can’t go without the minisplit in the garage. Will come up with a new plan to run proper power to minisplit from main breaker panel. Verified with office that we did install the electric for the minisplit, and we will give the customer $800 off new electrical install to reflect what customer has already paid.

Performed annual maintenance on three 2022 Carrier split systems. Changed out three 20x30 filters and one 20x20 filter throughout the home. Checked both thermostats and verified they were operating properly and calling for cooling. Followed sequence of operations and checked refrigerant levels, compressor amperage, fan motor amperage, capacitors, and inrush/startup amperage. Cleared the condensation lines to ensure proper drainage. Inspected all electrical connections and tightened connections as needed. Washed and thoroughly cleaned all three condenser coils. Recommended installing three hard start kits to help reduce startup amperage and assist the compressors with easier startup. All three systems are operating properly at this time of service.

Install new 3 ton upflow evaporator coil

Emailed casita estimates.