Model: RF32CG5400SR/AA Location: Naples, FL 34112 Repair Summary Checked refrigerator for no ice production from the lower cubed ice maker. Customer reported no additional operational concerns. Connected to the refrigerator using Samsung HASS diagnostic software and performed a system evaluation. The HASS report identified error codes indicating failures associated with the ice maker and ice pipe. Based on the diagnostic results, determined that both components required replacement to restore proper ice production. Replaced the lower cubed ice maker and ice pipe assembly. Following the repair, manually initiated harvest cycles on both ice makers and verified that each completed its cycle and called for water as designed. Inspected the water connections and surrounding areas during testing and confirmed no leaks were present. Verified refrigerator settings were properly configured for ice production. Advised the customer to allow approximately 24 hours for normal ice production to resume. At the time of service, both ice makers passed operational testing, and the refrigerator checked normal.

Model: NE63T8511SS/AA Location: Cape Coral, FL 33909 Repair Summary Customer complaint was that the oven cavity liner was damaged due to aluminum foil coming into contact with the bottom of the oven. Customer stated that she had not intentionally placed aluminum foil on the oven floor but believed a piece may have fallen onto the bottom while cooking. Inspected the affected area and contacted manufacturer Techline for further evaluation. Conducted a Visual Support session with Techline to review the condition of the oven liner and document the damage. All findings were reviewed and documented with technical support. Performed operational testing of the range and verified that all surface burners cycled properly between high and low heat settings. The range remains operational and is functioning as designed. Customer expressed dissatisfaction with the condition of the oven liner and stated that she does not want to scrape or remove the affected material due to concerns about damaging the protective coating and exposing the underlying metal. Customer's concerns and the condition of the oven liner were documented during the Techline consultation.

Model: ED5FVGXWS07 Location: Estero, FL 33928 Repair Summary Checked refrigerator for reported water leakage and leveling concerns. Customer stated that after replacing the water filter, water began leaking from the filter housing. Based on the customer's description, a defective water filter housing was suspected. Customer also expressed concern that the leveling feet were broken. Inspected the leveling feet and demonstrated to the customer that they were intact and functioning properly. Determined that the flooring was uneven and that the rear of the refrigerator would require shimming to achieve proper leveling. Adjusted the leveling feet to improve stability and bring the refrigerator back into proper alignment. Dispensed multiple glasses of water to check for leakage, and no leaks were observed during testing. Manually cycled the ice maker and verified operation with no water leakage detected. Refrigerator passed all operational checks performed during the visit. Unit is currently functioning normally, and no active water leaks were found.

Model: PTD70EBST0WS Location: Bokeelia, FL 33922 Repair Summary Customer complaint was that the dryer was not heating. Performed electrical diagnostics and verified the unit was receiving the required 240 VAC supply. Inspected the heater circuit and tested the thermal cut-off fuse located on the top of the heater assembly; the fuse tested good and was not open. Further inspection revealed that the purple wire supplying the heater had a broken terminal, preventing proper power from reaching the heating element. Repaired the damaged connection by installing a new terminal on the purple heater wire. Reassembled the connection and tested the dryer through operation. Verified the heating circuit is functioning properly and the dryer is now producing heat and operating normally. Unit checked good at completion.

Model: RF90F29AECRAA Location: Fort Myers, FL 33913 Repair Summary Checked refrigerator for the customer’s complaint of the freezer not maintaining proper freezing temperatures. Upon inspection, performed a weak cooling diagnostic test, which failed, confirming insufficient cooling performance. Further inspection of the sealed system revealed a refrigerant leak at the condenser coil Lokring connection. Determined that the leaking connection required repair and the filter drier needed replacement to restore proper sealed system operation and cooling performance. Removed and replaced the leaking Lokring connection and installed a new filter drier. Following the repair, pressurized the sealed system and performed a leak test, which passed with no leaks detected. Evacuated the sealed system using a vacuum pump and recharged the refrigerator with the manufacturer-specified refrigerant charge. Performed a complete overall diagnostic check following the repair, and all tests passed successfully with no additional issues detected. Advised the customer to allow up to 24 hours for the refrigerator and freezer compartments to reach their proper operating temperatures and to monitor cooling performance during this period. Unit checks normal at this time, pending full temperature stabilization.

Model: RF28HFEDBSR/AA Location: North Fort Myers, FL 33917 Repair Summary Checked refrigerator for the customer’s complaints of no ice production and water leaking onto the floor. Upon arrival, the customer identified the area where water had been accumulating. Inspected the fresh food compartment and found a significant amount of standing water beneath the crisper drawers. Further inspection indicated that defrost water from the fresh food evaporator was not draining properly, resulting in water accumulating inside the compartment and eventually leaking onto the floor. Determined that the refrigerator requires a water leak repair kit to address the evaporator drain issue and restore proper drainage. Placed the refrigerator into service diagnostic mode and retrieved error code 40C, indicating an icebox fan malfunction. Inspected the icebox assembly and found excessive ice accumulation restricting the fan's operation. Confirmed that the refrigerator had not received the updated ice maker service kit designed to address the known icebox freezing concerns. Recommended installation of the complete updated ice maker repair kit, including the ice maker assembly, auger assembly, white clips, drain tube, and main control board, along with the separate water leak repair kit for the fresh food evaporator drain. Explained to the customer that the refrigerator is approximately 10 years old and that the combined cost of the required parts and labor is approaching or exceeding the appliance's current value. However, the refrigerator remains in good overall physical condition. Discussed the repair requirements and economic considerations with the customer, who elected to research replacement options and repair costs before making a decision. Customer will follow up accordingly. No repairs were performed at this time, and both the drainage and ice production concerns remain unresolved.

Model: WRF767SDHZ00 Location: North Fort Myers, FL 33917 Repair Summary Checked refrigerator for the customer’s complaint of no ice production from either the upper or lower ice maker. Upon arrival, placed the refrigerator into service diagnostic mode and verified that no active error codes were present. Attempted to initiate a harvest cycle on both ice makers and found that one ice maker was frozen in place, preventing it from completing a full harvest cycle. Removed the affected ice maker and thawed the accumulated ice from the mold. Determined that the ice maker required replacement. Also tested the second ice maker and verified that it successfully cycled and called for water without any issues. During the inspection, found that the average freezer temperature was approximately 11°F, which is above the recommended operating temperature for reliable ice maker cycling. Explained to the customer that the freezer temperature must remain below 10°F for proper ice maker operation and consistent ice production. Replaced the defective ice maker assembly and initiated a test cycle. Verified that the replacement ice maker completed its cycle and properly called for water. Adjusted the freezer temperature setting from 0°F to -5°F to help maintain temperatures below the 10°F threshold and improve ice production. Customer also reported that the ice storage bin was damaged, allowing ice to fall through and become jammed. Inspected the ice bin and confirmed a hole in the bucket. Replaced the damaged ice storage bin with a new assembly to prevent ice from escaping and causing additional dispensing issues. Verified that both ice makers responded properly during testing and successfully called for water. Advised the customer to monitor freezer temperatures and ice production over the next 24 hours and contact us if either ice maker continues to experience issues. No additional component failures were identified during testing. Unit checks normal at this time, pending continued temperature stabilization and ice production.

Model: MER8700DS1 Location: Lehigh Acres, FL 33936 Repair Summary Checked range for the customer’s complaint of the oven not reaching the selected temperature. Upon inspection, found the bake heating element damaged and inoperative, preventing the oven from heating properly and maintaining the desired cooking temperature. Determined that the bake element required replacement to restore proper oven operation. Also observed aluminum foil or cooking sheets being placed directly on the bottom of the oven cavity. Educated the customer that placing these materials directly against the oven floor can trap excessive heat, damage or lift the protective enamel coating, and potentially cause permanent damage to the oven cavity. Replaced the defective bake heating element and performed an operational test to verify proper heating functionality. Confirmed that the replacement element energized and the oven operated normally following the repair. Reinforced the importance of keeping the oven cavity floor clear of aluminum foil, baking sheets, and other materials that could interfere with proper heat distribution or damage the interior finish. No additional operational issues were identified during testing. Unit checks normal at this time.

Model: RF90F23AECEAA Location: Fort Myers, FL 33908 Repair Summary Checked refrigerator for the customer’s complaint of no ice production. Customer reported previously experiencing minor cooling issues but stated that cooling appeared to have improved. Connected to the refrigerator using Samsung HASS and performed a service diagnostic report, which revealed no active error codes. Ran a weak cooling test and found the freezer temperature hovering around 20°F, which is insufficient for proper ice maker operation. Explained to the customer that the freezer temperature must drop below 10°F for the ice maker to initiate normal cycling. Verified that the compressor and cooling fans were operating, with no other component failures identified during the initial inspection. Based on the elevated freezer temperature and diagnostic findings, suspected a sealed system issue affecting cooling performance. The refrigerator was installed inside an RV with limited clearance, preventing access to the rear sealed system components. Customer agreed to move the refrigerator into an accessible area to allow further inspection and repair. Returned and inspected the rear sealed system components. Immediately identified refrigerant oil residue at the condenser connections, indicating a refrigerant leak in that area. Removed the leaking section and installed a new filter drier. Pressurized the sealed system with 353 PSI of nitrogen and inspected all repaired connections for leaks. Maintained the pressure test for 25 minutes with no leaks detected. Following successful pressure testing, evacuated the sealed system using a vacuum pump and recharged the refrigerator with 2.75 oz of refrigerant. Performed a complete Samsung HASS overall diagnostic test after the repair to verify system operation, with no additional operational issues identified. Advised the customer to allow up to 24 hours for the refrigerator and freezer compartments to reach their proper operating temperatures and for ice production to resume once the freezer reaches the required temperature. Unit checks normal at this time, pending full temperature stabilization.

Model: DW80CG5450SRAA Location: Estero, FL 33928 Repair Summary Checked dishwasher for the customer’s complaint of the detergent dispenser not operating properly. Upon inspection, found that the detergent dispenser assembly was missing its spring-loaded door mechanism, preventing the dispenser from functioning as designed. Determined that the detergent dispenser assembly was defective and required replacement to restore proper detergent release during the wash cycle. Replaced the defective detergent dispenser assembly and verified that the dispenser door properly latches when closed and automatically releases when activated. Performed a complete diagnostic test using Samsung HASS and confirmed that the detergent dispenser operated correctly. All diagnostic tests passed successfully with no error codes or additional malfunctions detected throughout the testing process. Unit checks normal at this time.