Ernest did an outstanding job, went through the details and fix the system in one visit! thank you
3 days ago we called Bradbury Brothers to resolve a thermostat issue. The first technician was unable to resolve this issue, but did provide an evaluation on potential solutions. Today his evaluation - coupled with the experience of our senior technician Casey - allowed Casey to provide a solution that completely solved our issue, at less than 20% the cost of the alternative. Kudos to Bradbury Brothers service! Glad I signed up for their annual service agreement too. Saved me well over $100 directly getting this problem resolved. Saved me nearly $1,000 by finding an alternative solution. Their customer first approach guarantees my loyalty for the foreseeable future.
Although Earnest was unable to resolve our issue, he did brainstorm possible solutions and didn’t give up. Even after the service call, he kept digging and passed on his evaluation to the office. His intent was customer satisfaction first, and for that approach I’ll be a loyal Bradbury Brothers customer for years. 3 days later his evaluation resulted in a solution that completely solved our issue. Kudos to Bradbury Brothers service! Glad I signed up for their annual service agreement too. Saved me well over $100 getting this problem resolved.
Casey's been to my house twice for an air conditioning issue. He's thorough, kind, and he's willing to teach you a little thing or two about your system if you're interested in learning. I would recommend him hands down. Ask for Casey if he's available. Go Pack, Go!
Super job. Fantastic tech, nice guy
I'm really glad I chose Bradbury Brothers. They were on time and serviced my AC quickly and had it running fast.
I’m very impressed with The level of customer service that is upheld in this company
Great communication about my appointment
Removed things under the sink and put them back like I had them. Fixed leak. Was on time.
Customer stated that he feels like unit is not cooling well. Checked pressures and pressures were at R22 78/179 57/96 43/110 8/11 Outside 100 Temp split 17 Mechanically the unit is operational but at 20 years old the efficiency is lost ductwork is on the floor bunched up together and the units are taking longer to reach set point. Recommended comfort advisor to get ride of this unit with a better unit with higher efficiency and customer agreed saying itâ€™s time now scheduled skylar Monday 9-10 to come out
Diagnostic- Master bedroom Found 40/5 run cap failed. Compressor locked out on thermal overload. 88/227 52/110 65/98 13/11 R22 system 12/08 10-2
Arrived to the Pigg residence to look at a fan that he wanted installed. I presented the estimate which he approved so I install the fan with the wall controller. At this time I do not see a reason to do a follow up call.
Arrived to the Strawn residence to look at the garage power to if it can handle a dryer plug for a dryer and for a car charger ( it can ). Need to build an estimate
System- L/s Approx Age of System: furnace and condenser 13 evap coil 2 Refrigerant Type- R410a Metering Device- TXV SP/HP: 115.3/328.7 SLT/LLT: 56.6/92.3 VSAT/LSAT- 38.5/102.1 Superheat/Subcool- 18.1/9.8 (Dirty coils) Outdoor Entering Air Temp- 93 Outdoor Fan FLA- .8 Compressor RLA/LRA- 9.9/89.3 (high energy draws on start up) Contactor Voltage- 246.7 Capacitor Rating- 38/3 (bellow recommended value) Indoor Return Dry Bulb Temp- 74.5 Return Wet Bulb Temp- 46.1 Supply Temp- 54.7 Temperature Difference- 19.4 Required Difference- 16-20 Blower FLA- 4.0 Filter Sizes â€“ 24x25x4 Changed Filters â€“ N (Customer will custom order new filters) Blew out drain line: N Returned tstat to original settings: Y Unit operational; prior to leaving: Y Notes- Suggested performing major coil cleaning, Re-insulating refrigerant lines, adding safety devices and a service valve to the drain lines, replacing capacitor for the condenser, and adding a compressor saver. Scheduled next
System- single system Approx Age of System: furnace 13 coil and condenser 3 Refrigerant Type- R410a Metering Device- TXV SP/HP: 124.2/348.3 SLT/LLT: 71/99.3 VSAT/LSAT- 42.4/106.3 Superheat/Subcool- 28.6/7 Outdoor Entering Air Temp- 93 Outdoor Fan FLA- .3 Compressor RLA/LRA- 10.2/84.1 (high energy draws on start up) Contactor Voltage- 240 Capacitor Rating- 21/2 (very weak capacitor can fail sometime soon) Indoor Return Dry Bulb Temp- 73.3 Return Wet Bulb Temp- 45.6 Supply Temp- 55 Temperature Difference- 18.5 Required Difference- 16-20 Blower FLA- 6 Filter Sizes â€“ 20x25x1/12x24x1/12x12x1 Changed Filters â€“ N Blew out drain line: Y Returned tstat to original settings: Y Unit operational; prior to leaving: Y Notes- Dual run capacitor is very low and value at this time high risk for potential failure in the future. Just replacing capacitor before failure, as well as including a compressor saver to reduce high energy jars on start up assisting the compressor and w
System- single system Approx Age of System: 12 Refrigerant Type- R410a Metering Device- TXV SP/HP: 129.2/374.1 SLT/LLT: 63.1/94.3 VSAT/LSAT- 44.5/111.5 Superheat/Subcool- 18.6/17.2 Outdoor Entering Air Temp- 90 Outdoor Fan FLA- .5 Compressor RLA/LRA- 8.1/39 Contactor Voltage- 242 Capacitor Rating- 42/4 Indoor Return Dry Bulb Temp- 67.2 Return Wet Bulb Temp- 42.5 Supply Temp- 53.6 Temperature Difference- 13.5 Required Difference- 16-20 Blower FLA- 6.1 Filter Sizes â€“ 20x25x1/12x12x1 Changed Filters â€“ Y (customer supplied) Blew out drain line: N (no service valve to blow out drain line) Notes- System has a high internal air pressure on the supply end, this high air pressure is causing a lot of moisture within the system so much that the unit is condensating in the attic. This high resistance in airflow and high moisture level in the supplying and has caused heavy corrosion over the evaporator coil that can lead to major refrigerant leak. Not only is this restrict
System- single system Approx Age of System: furnace 12 coil and condenser 1 Refrigerant Type- R410a Metering Device- TXV SP/HP: 122.2/296.9 SLT/LLT: 55.6/88.8 VSAT/LSAT- 41.5/95 Superheat/Subcool- 14.1/6.2 Outdoor Entering Air Temp- 84 Outdoor Fan FLA- .4 Compressor RLA/LRA- 6.2/65.5 (high energy draws on start up) Contactor Voltage- 242.2 Capacitor Rating- 37/3 (keep an eye on for now lower value than what is recommended) Indoor Return Dry Bulb Temp- 69.2 Return wet bulb- 43.6 Supply Temp- 56.2 Temperature Difference- 13.6 Required Difference- 16-20 Blower FLA- 5.9 Filter Sizes â€“ 20x25x1/12x12x1 Changed Filters â€“ N (customer will replace) Blew out drain line: Y Notes- upon arrival systems main drain line was backed up I was able to blow out the drain line, test with a gallon of water and added drain treatment. Due to the high moisture level that was in the system the air pressure was blowing the moisture throughout the duct system causing organic growth within a suppl
Master bedroom unit Converted communicating system into a 24 volts system. I found a couple of Goodman control board plugs in my bag to convert the unit over. We wired in R,C,Y1,Y2, and W. We had 3 wires to the condenser and a transformer already installed. I used the transformer to power the board and the 3 wires to operate Y1, Y2, & C. At the thermostat we robbed the fan wire for Y2. Refrigerant readings SP 149 HP 274 SLT 56 LLT 86 VSAT 53 LSAT 90 SH 3 SC 4
System analysis x1 Contactor was pitted and no longer functional , breaker also kept tripping. removed and added new contactor, tested system and found compressor to be no longer be functional , ohmmed it out and readings were 1.7,1.1,245. Removed compressor from contactor and breaker no longer tripped . System is 11 yrs old and needs to be replaced , without compressor home will not cool.
Arrived to a toilet in hall bath with a broken tank lever. Install new tank lever and then noticed the tank was cracked on a vortens toilet. Customer wanted a new ada toilet in master. Gave estimates to replace master toilet and swap out master tank with hall tank. Install new kohler ada in master with new wax and bolts. Install old master toilet vortens tank on hall bath toilet with new tank to bowl bolts. Tested both toilet for leaks and operation.
AC Diagnostic System:Main Filter Size(s)20x20x1 Returned tstat to original settings: Y Unit operational; prior to leaving: Y Notes: duct came off underneath the trailer that provides air to the left side of the trailer. Gave pricing and Kenneth will attempt to fix it himself and he cannot do it he will have us come back out. Also recommended to have the blower and evap coil cleaned due to both being extremely dirty.
System-Main Approx Age of System: 11 Refrigerant Type- R410a Metering Device- TXV SP/HP:149/342 SLT/LLT:57/97 VSAT/LSAT-46/106 Superheat/Subcool-11/9 Outdoor Entering Air Temp-90 Outdoor Fan FLA- 1.8 Compressor RLA/LRA-14.9/100 Contactor Voltage-28/220 Indoor Return Dry Bulb Temp-73 Return Wet Bulb Temp-64 Supply Temp-53 Temperature Difference-20 Required Difference-16-22 Blower FLA-5.8 Filter Sizes â€“ 20x25x4 Changed Filters â€“ Y (Customer supplied) Blew out drain line: N(no blow out valve) Returned tstat to original settings: Y Unit operational; prior to leaving: Y Notes- system is cooling great, system is 11 yrs old and would definitely recommend saving up to replace system with new more efficient system being them life span is between 8-12 yrs, Scheduled next tune up date:
We came out today to install the customer supplied filtration system for the home, all went well water is back on the home and we showed the customer how to use the bypass if there is ever any problems. We checked for leaks and flushed the system for a while, Everything was fine and customer paid with credit card on file no follow-up needed today.
Cleaned the living room mini split to show Ms. Christ how to do it. The bedroom indoor unit is doesnâ€™t need a ladder. I have shown her how to disassemble and reassemble the mini split for cleaning. Bradbury Brothers cannot take any responsibility for any injuries or broken equipment if Ms. Christ chooses to proceed with her own cleanings in the future.