Top Choice in AC Repair Near Pace, FL

Pm,d unit in attic. Took amp,voltage readings. Check evap coil. Blew out drain. All good. Condensing unit took amp voltage readings. Capacitor was new. Washed “house side” of coil for grass clippings. Took pressures. Within parameters. 77 deg return air, 60 deg supply. Complete, Scott K

Found unit tripped out on plugged drain. Used Nitrogen to blow out and showed homeowner how to add bleach or vinegar monthly to help battle buildup. Everything else was fine. 79 return air / 59 supply air. Complete, Scott K

This job are done a preventive maintenance for the indoor and outdoor system checking all amp draws between the compressors, contactors fan motors, and capacitors all and drawls tested out by then move to checking pressures. This is a TXV so we will monitor it by the sub, cool sub cool, was testing out. Customer stated they were having a compressor rotor lockout on the thermostat and she had to reset the system for the system to work I checked the amp draws on the capacitor and the capacitor tested out fine being a 40 x 5 micro fan capacitor. I spoke with the customer about the possibilities of putting a hard start on the system to help decompressor customer said they will consider it but for now Not to worry about it. I checked my temp split and got a 18° temperature split and at this time, no codes are on the thermostat and the system is operating correctly.

We arrived and installed a UV blue light inside the air handler tested the UV light made sure it was getting proper 24 V set the timer and explain to the customer how to monitor it

Unit was 2.5lbs low of R410a Freon. Starting pressure was 93.8 Suction and 353.8 discharge. 48.1 Super heat. 90.9 Supply air. Ending 150.3 / 445.8 / 13.5 superheat, 51.8 supply, 78 return. Found waiting room 80 degrees, found low on Freon, leak detected and soap bubbles, found no definite leak. They said every year 2 it needs Freon. I used 2.5lbs of R 410A. Pressures and supply air temps good now and room has cooled to 75 and dropping.

I completed a generator service and preventative maintenance for a customer. We checked all systems and the generator is running well.

For this job under preventive maintenance on the indoor and outdoor system, checking amp draws between the contactors capacitors compressor and fan motor tested the system in cool mode and check the refrigerant levels at this time. This system is operating correctly.

This job I completed a preventive maintenance on the indoor and outdoor system checking amp draws between the fan motor compressor contactors and capacitor also checked the sub goal and superheat as well as the refrigerant levels check drain line and filter as well as making sure we were getting a good temp split at this point this system is running correctly

For this job, I done a preventive maintenance on the indoor and outdoor system. This was a summertime p.m. checking to make sure the system will function and operate correctly during the hot parts of the year. I started the system by checking the amp draws between the compressor contactors and fan motors associated with the indoor and outdoors systems. I checked to make sure the thermostat was probably calling and sending it 24 V signal as well as checking the refrigerant levels. Customer stated he has had no issues with the system and after completing the PM this system is running and operating correctly.

For this job, I did any preventive maintenance on an inside air handler and outside condensing unit. The inside air handler looked fairly new with our name on it as installers. I started the system in cool mode testing all the amp draws between the capacitors contactors fan motors and compressor also checked refrigerant levels Making sure both high-pressure and low pressure suction line and liquid line was charged correctly sub cool and superheat were within great standing as well as the liquid and suction line temperature. I didn’t check the system in heat mode making sure the heat pump and electric heat kit was working properly also checking amp draws Between the heat kit contactors and fan motor also checked the 24 V making sure we were getting a call between YNW heat and cool also swapped out the filters provided by the customer.

For this job, I arrived and noticed the system inside and outside was not running upon inspection. I noticed a three amp fuse on the control board was popped and needed to be replaced after replacing it and turning the system back on that fuse again popped upon further inspection and putting my proper tool on The fuse, kept tripping my relay I seen the resistor was burnt up in the control board and started pinpointing where it was coming from upon further inspection. It was then determined the control board was fried and needs to be replaced. I have one ordered and it should be here Friday at some point for us to come and replace it. An update for this job. The new control board was picked up and installed into the system. After replacing the control board and turning the system on the system is operating and cooling efficiently.

For this job, I’ve done the second preventive maintenance, checking app draws for the compressors, contactors fan motors, etc. also checked low-voltage 24 V going into both side sides of the contactor and made sure the thermostat was calling in both heat and cool mode. I checked the refrigerant levels sub cool and superheat was fine with a 20° temp split at the air handler in cool mode. At this moment this system is running and operating correctly.