Question 1

it keeps cycling on and off every few minutes, never actually makes a full batch of ice

Accepted Answer

DIAGNOSIS The short-cycling behavior in the Avalon Bay AB-ICE26S is almost always caused by the compressor overheating, which triggers the internal thermal overload protector. This safety mechanism shuts down the cooling system to prevent the motor from burning out, only to restart once the temperature drops slightly, creating a repetitive loop where the evaporator plates never reach the freezing point necessary to actually drop ice cubes into the basket. This usually happens because the condenser coils—located behind the rear vent grill—have become clogged with household dust, pet hair, or grease, which traps heat inside the chassis. Alternatively, if the unit is pushed flush against a wall or placed inside a tight cabinet, the hot air expelled by the fan is recirculated back into the intake, causing the compressor to hit its thermal limit within minutes of startup. You can confirm this by feeling the air coming from the rear vents; if it feels excessively hot or the airflow seems weak despite the fan spinning, the unit is overheating. FIX To resolve the short-cycling and restore full ice production, follow these precise steps to clear the thermal block and optimize airflow: Unplug the AB-ICE26S from the wall outlet and let it sit idle for at least 2 hours. This allows the compressor's internal thermal switch to fully reset and the refrigerant pressures to stabilize. Move the unit to a location with maximum ventilation. Ensure there is a minimum of 6 inches of clear, unobstructed space behind the rear grill and 4 inches of clearance on each side. Do not place the unit on a thick carpet, as this can restrict bottom-edge airflow. Remove the rear vent grill if possible, or use a vacuum with a brush attachment to thoroughly clean the condenser coils. Gently suck out all dust bunnies and debris from the metal fins. Avoid using a pressurized air compressor at close range, as this can bend the delicate aluminum fins and permanently restrict airflow. Check the condenser fan for obstructions. Ensure no stray wires or debris are preventing the fan blades from spinning at full RPM. Refill the reservoir with fresh, filtered water and plug the unit back in. Allow it to run a complete cycle without opening the lid, as opening the lid frequently lets in warm air and forces the compressor to work harder. IF THAT DIDN'T WORK Check the Water Level Sensor: If the "Add Water" light is flickering or the unit cycles off abruptly, the float switch may be stuck. Reach into the reservoir and gently wiggle the plastic float to ensure it moves freely up and down. If it is stuck in the "low" position, the unit will shut down the cooling cycle to prevent the pump from running dry. Inspect for Refrigerant Leaks: If the unit cycles on and off but the evaporator pins never get cold to the touch, you may have a refrigerant leak. Check the copper tubing near the compressor for any oily residue, which indicates a leak. If a leak is present, the unit cannot maintain the pressure needed to freeze water, and the compressor will overheat trying to compensate. Test the Power Source: Plug the unit into a different circuit using a dedicated wall outlet. Avoid using extension cords or surge protectors, as the AB-ICE26S requires a consistent voltage draw during the compressor's startup phase. A voltage drop caused by a cheap power strip can cause the compressor to stall and trip the thermal protector. Deep Clean the Evaporator: Use a mixture of white vinegar and water to descale the interior. Mineral buildup on the freezing pins can create an insulating layer that prevents the cold from transferring to the water, causing the system to run longer than intended and eventually overheat. HEADS UP Perform a "coil vacuum" every 30 days to prevent dust buildup; this is the single most effective way to extend the life of the compressor. Use filtered water to prevent calcium deposits from clogging the internal water pump and freezing pins. Avoid using the unit in ambient temperatures exceeding 90°F (32°C), as the portable cooling system is not designed for extreme heat and will short-cycle more frequently. Always keep the ice basket empty or move ice to a freezer regularly; a full basket triggers the "Full" sensor, which shuts off the cooling cycle automatically.

Question 2

the power light is on but the display is completely blank, no buttons work

Accepted Answer

DIAGNOSIS When the power light remains illuminated but the LED display is blank and the control panel is unresponsive, you are experiencing a logic freeze or a failure in the display driver circuit of the Avalon Bay AB-ICE26S. This typically occurs after a power surge or a brownout, where the internal capacitors hold a residual charge that keeps the power indicator active but prevents the microprocessor from initiating its boot sequence. Essentially, the machine is stuck in a "half-on" state where the primary power rail is active, but the control logic is locked. Another common cause for this specific symptom is a partial failure of the 3A fuse located in the power cord plug. While the fuse may not be completely severed (allowing enough current to light a single LED), it may have developed high resistance that drops the voltage below the threshold required for the LCD screen and the microprocessor to function. You can confirm this by checking if the compressor kicks in; if the light is on but the machine is silent and the screen is dead, the logic board is not receiving a clean signal to start. FIX To resolve this, you must perform a hard capacitor discharge and verify the electrical integrity of the fuse. Follow these steps precisely: Disconnect the power cord from the wall outlet completely. Do not use a surge protector or power strip for this process; plug directly into the wall for the subsequent test. Locate the Power button on the top control panel. Press and hold this button firmly for a full 60 seconds. This forces the internal capacitors on the control board to drain their stored energy, effectively "rebooting" the microprocessor. Examine the power plug. Locate the small rectangular sliding door on the plug head. Use a small flathead screwdriver or a fingernail to slide the cover open and remove the 3A glass fuse. Hold the fuse up to a bright light. If the internal filament is broken or if there is a dark smudge inside the glass, the fuse is blown. Replace it with a genuine 3A fast-blow fuse of the same physical dimensions. Wait 5 minutes before plugging the unit back in. Once plugged in, wait 30 seconds for the system to stabilize before pressing the Power button. IF THAT DIDN'T WORK Inspect the Internal Wiring Harness: Over time, the vibrations from the compressor can loosen the ribbon cable connecting the front control panel to the main PCB. Unplug the unit, remove the outer housing screws, and gently reseat the white multi-pin connector on the control board. Ensure the clip is locked tight. Check for Moisture Infiltration: If the unit was recently cleaned or moved, condensation may have leaked into the control panel area. Use a can of compressed air or a hairdryer on a "cool" setting to blow out any moisture from the gaps around the buttons and the display screen. Test the Outlet Voltage: Use a multimeter to ensure your wall outlet is providing a steady 110V-120V. If the voltage is dipping below 105V, the AB-ICE26S logic board will often refuse to boot the display as a safety precaution, even if the power light is glowing. Replace the Control Board: If the discharge and fuse check fail, the display driver IC on the PCB has likely suffered a permanent failure. You will need to source a replacement control board specific to the AB-ICE26S model, as the display and logic are integrated into a single circuit. HEADS UP Always use a dedicated GFCI outlet for portable ice makers to prevent future voltage spikes from locking the control board. Avoid placing the unit in areas with extreme humidity (like an open garage in summer), as moisture buildup behind the display panel is the leading cause of "ghost" power lights and dead screens. Never use a fuse with a higher amperage (e.g., 5A) than the specified 3A; doing so removes the safety buffer and can lead to a permanent burnout of the main PCB. Ensure the unit is level. An extreme tilt can occasionally cause the sensor to trigger a "fault" state that disables the display until the unit is leveled and reset.

Question 3

clean light is flashing and it won't start making ice, how do i reset it?

Accepted Answer

DIAGNOSIS The flashing "Clean" light on the Avalon Bay AB-ICE26S is not a malfunction, but a programmed service lockout. The onboard controller tracks total operation hours and triggers this alert approximately every 30 to 50 hours of active ice production. Once this threshold is hit, the machine enters a protective state where the cooling compressor and water pump are disabled to prevent mineral buildup and biofilm accumulation from contaminating the ice. You can confirm the unit is in this lockout state if the "Clean" indicator is blinking and the "Ice Full" sensor is not triggered, yet the machine refuses to initiate a new freeze cycle. This is a hard-coded safety feature; simply unplugging the unit and plugging it back in will not clear the memory, as the timer is stored in the non-volatile memory of the control board. FIX To reset the cleaning timer and restore ice production, you must execute a full automated cleaning cycle. Follow these exact steps to ensure the reset registers: Empty the ice basket completely and remove any remaining cubes from the freezing pins. Drain the water reservoir entirely by removing the drain plug at the bottom of the unit to ensure no old, stagnant water remains. Fill the reservoir with fresh, clean water up to the "Max" fill line. For a deeper clean, you can use a mixture of 1 part white distilled vinegar to 3 parts water. Ensure the unit is plugged into a grounded 120V outlet and the power switch is ON. Press and hold the 'Power' button for exactly 5 seconds. You will hear a beep, and the 'Clean' light will change from flashing to a solid, steady glow. Allow the machine to run the cycle uninterrupted. The unit will circulate water and run the pump for approximately 15 to 20 minutes. Once the cycle is complete, the machine will automatically power off or the light will extinguish. If you used vinegar, run one additional cycle with plain water to remove any lingering acidic scent before resuming normal ice production. IF THAT DIDN'T WORK Hard Power Cycle: If the button press doesn't trigger the cycle, unplug the unit from the wall for at least 10 full minutes. This clears the temporary capacitors on the logic board. Plug it back in and immediately attempt the 5-second power button hold again. Sensor Obstruction: Check the "Ice Full" infrared sensor (the small window near the top of the basket area). If there is a piece of ice or a smudge of grime blocking this sensor, the machine may refuse to start the cleaning cycle because it "thinks" the basket is full. Wipe the sensor lens with a dry microfiber cloth. Water Level Trigger: The AB-ICE26S will not initiate a cleaning cycle if the water level is too low. Ensure the water is filled precisely to the Max line; if it is even half an inch too low, the pump may suck air, causing the cycle to fail and the light to keep flashing. Button Contact Issue: If the power button feels "mushy" or doesn't click, the internal tactile switch may be failing. Try pressing the button firmly in the center while holding it for 5 seconds to ensure a complete electrical connection. HEADS UP Avoid Harsh Chemicals: Never use bleach or abrasive scrubbing pads inside the ice bay. This can degrade the Teflon-style coating on the freezing pins, causing ice to stick and potentially damaging the cooling fins. Water Quality Matters: If you have hard water (high calcium/magnesium), the cleaning light will trigger more frequently. Using filtered or distilled water can extend the time between required cleanings. Preventative Maintenance: Don't wait for the light to flash. Run a manual cleaning cycle once every two weeks to prevent the "lockout" from happening during a party or high-use period. Drainage Tip: Always clean the unit on a flat, level surface. If the unit is tilted, the water pump may not circulate the cleaning solution evenly, which can lead to the cycle timing out without actually clearing the error.

Question 4

the ice cubes are coming out really thin and hollow, like shells, not solid cubes

Accepted Answer

DIAGNOSIS The production of "shell" ice or hollow cubes in the Avalon Bay AB-ICE26S is almost always a symptom of an incomplete freeze cycle. In a healthy cycle, the refrigerant cools the evaporator pins until the water freezes from the outside in. When the cubes are hollow, it means the unit is triggering the "harvest" phase (where the pins heat up to drop the ice) before the core of the cube has reached the freezing point. This is typically caused by the internal thermistor reading an incorrect temperature or the compressor failing to remove heat efficiently from the water. This inefficiency is most often driven by poor ventilation. The AB-ICE26S relies on a small condenser fan and rear vents to expel heat. If the unit is pushed against a wall or placed in a room exceeding 90°F, the refrigerant cannot cool down sufficiently between cycles. Consequently, the water on the pins doesn't freeze solidly, and the machine "times out" or hits a temperature threshold that triggers the harvest, leaving you with thin, fragile ice shells that melt rapidly. You can confirm this by feeling the air coming from the rear vents; if it feels excessively hot or the fan sounds strained, the unit is overheating. FIX To resolve the hollow cube issue, you must optimize the thermal environment and reset the cooling logic of the machine. Follow these exact steps: Clear the Perimeter: Move the unit so there is a minimum of 5 inches of open space on all four sides. Specifically, ensure the rear exhaust grill is not obstructed by curtains, walls, or other appliances. Perform a Hard Thermal Reset: Unplug the AB-ICE26S from the wall outlet. Remove the ice basket and drain all remaining water from the reservoir. Leave the unit unplugged for at least 2 hours. This allows the refrigerant gas to stabilize and the evaporator pins to return to ambient temperature. Optimize Water Temperature: Fill the reservoir with chilled, filtered water (approximately 40°F to 50°F) rather than room-temperature tap water. This reduces the initial load on the compressor and allows the freeze cycle to penetrate the core of the cube faster. Stabilize Ambient Temperature: Move the unit to a room where the temperature is consistently between 60°F and 75°F. Avoid placing the unit next to a dishwasher, oven, or in direct sunlight. Run a Calibration Cycle: Plug the unit back in and press the "Select" button to choose the "Large" ice setting. Large cubes take longer to freeze and are less prone to the "shelling" effect than the small setting. IF THAT DIDN'T WORK Deep Clean the Condenser Coils: Dust accumulation on the internal condenser coils acts as an insulator, preventing heat from escaping. Use a vacuum with a brush attachment or a can of compressed air to blow out the rear vents and any visible dust buildup inside the chassis. If the coils are clogged, the compressor will run constantly but the ice will remain hollow. Check for Mineral Scaling: White calcium deposits on the evaporator pins can interfere with heat transfer. Mix a solution of 1 part white vinegar to 3 parts distilled water. Pour it into the reservoir and let it sit for 30 minutes before running a full cleaning cycle. This ensures the water makes direct, clean contact with the freezing pins. Inspect the Fan Operation: Listen closely to the rear of the unit. If you hear a clicking sound or if the fan is spinning slowly/erratically, the fan motor may be failing. A failing fan leads to immediate overheating, which triggers the premature harvest cycle. This requires a professional component replacement of the fan assembly. Verify Power Stability: Ensure the unit is plugged directly into a grounded wall outlet rather than a surge protector or extension cord. Voltage drops can cause the compressor to run inefficiently, leading to shorter, incomplete freeze cycles. HEADS UP Avoid Overfilling: Never fill the water reservoir past the "MAX" line. Overfilling can cause water to leak into the internal electronics or interfere with the sensor's ability to detect water levels, affecting cycle timing. Ice Storage Warning: The AB-ICE26S is a maker, not a freezer. The basket is not insulated. If you leave the ice in the basket for too long, the cubes will begin to fuse together and melt from the bottom up, which can look like hollow shells. Transfer ice to a dedicated freezer immediately. Water Quality Matters: Always use filtered water. High mineral content (hard water) creates a "skin" on the ice that can trap air pockets inside, contributing to the hollow appearance and affecting the taste. Avoid Frequent Door Opening: While the unit is open-top, placing it in a high-traffic area where warm air constantly blows over the ice basket can cause the top layer of cubes to partially melt and refreeze, creating a shell-like texture.

Question 5

it says it's making ice but nothing comes out, not even water, just hums

Accepted Answer

DIAGNOSIS The humming sound you hear is the internal water pump attempting to push fluid into the evaporator tray, but it is operating "dry." In the Avalon Bay AB-ICE26S, this typically occurs due to an air lock (vapor lock) within the narrow tubing that connects the reservoir to the freezing pins. When air becomes trapped in the pump head or the line, the pump cannot create enough suction to pull water from the basin, resulting in a continuous hum without any actual water movement. This problem is often triggered by letting the water level drop too low during a cycle or by tilting the unit during transport. Because the pump is a small centrifugal type, it cannot self-prime if a large air bubble is lodged in the intake. You can confirm this by listening closely to the pump area; if the hum is high-pitched and constant without the rhythmic "sloshing" sound of water moving, the pump is spinning in air. If the unit is completely cold but no ice is forming, the evaporator pins are freezing without water, which can eventually lead to the pins warping if not corrected. FIX To resolve the air lock and prime the pump, follow these precise steps to force water through the system: Disconnect the power cord from the wall outlet to reset the internal logic board. Remove the ice basket and empty all remaining water from the internal basin. Use a clean, absorbent cloth to dry the basin floor completely. Lift the unit approximately 3 inches off the counter and gently tilt it 45 degrees to the left, then 45 degrees to the right. This shifts the air bubbles trapped in the tubing. Refill the reservoir with filtered water, filling it exactly to the "MAX" line. Do not overfill, as this can cause leakage around the seal. Plug the unit back into a grounded outlet. Press the 'Power' button to initialize the machine. Immediately press and release the 'Ice Size' button three times in rapid succession. On many AB-ICE26S firmware versions, this sequence forces the pump to run at a higher voltage for a brief window to clear air pockets. Wait 5 minutes. You should hear a distinct "glug" sound as the air is purged and water fills the evaporator tray. IF THAT DIDN'T WORK Manual Prime with a Syringe: If the pump remains locked, use a clean 20ml plastic syringe filled with warm water. Carefully locate the small intake port where the pump meets the reservoir. Gently inject water directly into the intake line to force the air bubble out toward the evaporator. This provides the necessary "head" of water for the pump to take over. Vinegar Descaling Flush: Mineral buildup from hard water can create a physical blockage that mimics an air lock. Mix a solution of 50% white vinegar and 50% warm distilled water. Fill the reservoir and let it sit for 30 minutes. Attempt the power cycle again; the acidity of the vinegar can break down calcium deposits that may be restricting flow to the pump. Check for Kinked Internal Tubing: Unplug the unit and carefully remove the bottom plastic panel using a Phillips head screwdriver. Inspect the clear silicone tubing leading from the reservoir to the pump. If the tube is pinched or kinked against the chassis, the pump will hum but cannot pull water. Gently straighten the tube and secure it with a small piece of adhesive tape. Hard Reset: Unplug the machine and leave it unplugged for a full 24 hours. This allows the evaporator pins to completely thaw and any internal ice blockages in the water distribution tray to melt away, which often clears the path for the pump to prime on the next start. HEADS UP Always use filtered or distilled water. Using tap water with high mineral content will lead to scale buildup in the pump, causing the "humming but no water" issue to recur frequently. Never tilt the machine while it is plugged in or running, as this can introduce air into the pump lines or cause water to leak into the electrical components. Ensure the unit is placed on a perfectly level surface. An uneven surface can cause the water to pool away from the pump intake, leading to dry-running. Clean the internal basin weekly with a damp cloth to prevent slime or biofilm from clogging the small intake screen of the water pump.

Question 6

ice maker makes a loud grinding noise when it's trying to harvest ice, sounds terrible

Accepted Answer

DIAGNOSIS The grinding noise during the harvest cycle on the Avalon Bay AB-ICE26S is almost always caused by "ice bridging." This occurs when water splashes or leaks onto the evaporator plate during the freezing phase, creating a solid sheet of ice that welds the individual cubes to the metal prongs. When the harvest motor engages to push the ice cubes off the plate, the plastic pusher arm meets excessive resistance. The grinding sound you hear is the motor straining against this ice bridge, or in worse cases, the plastic gears slipping under the torque load. This typically happens due to two factors: using mineral-heavy hard water that creates crystalline buildup on the prongs, or operating the unit in an environment that is too warm, which causes partial melting and re-freezing. You can confirm this by opening the lid during the noise; if you see a solid block of ice that refuses to drop despite the motor running, the evaporator is frozen over. FIX To resolve this, you must perform a deep defrost and a system purge to clear the mineral deposits causing the adhesion. Initiate the Clean Cycle: While the unit is plugged in and powered on, press and hold the 'Power' button for exactly 5 seconds. The indicator light will flash, signaling that the unit has entered its automated cleaning mode. Run the Thermal Purge: Allow the unit to run its full 15-minute warm cycle. Do not interrupt this process. The machine will circulate water and use internal heating elements to thaw the evaporator plate and loosen the ice bridge. Hard Reset: Once the cleaning cycle completes and the unit shuts off, unplug the power cord from the wall outlet. Leave the unit unplugged for at least 30 to 60 minutes. This ensures any remaining "invisible" ice films between the prongs and the plate are completely liquefied. Manual Debridement: Open the lid and use a soft, lint-free microfiber cloth dampened with warm water to wipe down the evaporator prongs. Gently remove any white calcium scale or mineral residue. Do not use metal scrapers or knives, as scratching the plating will cause the ice to stick even worse in the future. System Prime: Refill the reservoir with fresh, filtered water. Plug the unit back in and run one full cycle without adding ice to the basket to ensure the mechanism moves smoothly. IF THAT DIDN'T WORK Vinegar Descaling: If the grinding persists, you likely have heavy calcium carbonate buildup. Mix a solution of 50% white distilled vinegar and 50% warm water. Pour this into the reservoir and run the 'Clean' cycle three times in a row. The acetic acid breaks down the mineral bonds that cause the ice to weld to the plate. Check the Pusher Arm Alignment: With the power off, gently inspect the plastic harvesting arm. If it is bent or skewed, it may be hitting the side of the evaporator housing instead of pushing the ice. Carefully nudge it back into alignment if it has shifted. Ambient Temperature Adjustment: If the unit is placed next to a heat source (like a toaster or oven), the evaporator can fluctuate in temperature, causing "wet" ice that sticks. Move the AB-ICE26S to a cool area with at least 6 inches of clearance on all sides for proper ventilation. Water Filter Replacement: If you are using an external filter, replace it. Clogged filters can cause erratic water flow, leading to uneven freezing and the "bridging" effect that causes the grinding noise. HEADS UP Water Quality: Always use filtered or bottled water. Tap water with high mineral content is the primary cause of evaporator scaling and subsequent motor strain. Avoid Manual Forcing: Never try to pry ice off the evaporator prongs with a screwdriver or metal tool; this will puncture the refrigerant line and permanently destroy the unit. Regular Maintenance: Run the cleaning cycle once every two weeks even if the machine is working perfectly to prevent the buildup of biofilm and minerals. Empty the Basket: Do not let the ice basket overfill. When ice piles up too high, it can press back against the evaporator, creating a physical block that the harvest motor cannot overcome.

Question 7

my avalon bay ice maker just blinks 'add water' nonstop even though the reservoir is full, what gives?

Accepted Answer

DIAGNOSIS The "Add Water" blinking light on the Avalon Bay AB-ICE26S is triggered by a failure in the water level detection circuit. This model utilizes a magnetic float sensor—a small plastic cylinder that rises and falls with the water level. Inside this float is a magnet that triggers a reed switch when it reaches the "full" threshold. When the light blinks despite the reservoir being full, it means the reed switch is not being activated, either because the float is physically stuck in the "down" position or because mineral buildup (scale) has created a friction lock between the float and its guiding sleeve. In many cases, this is caused by "hard water" deposits. Calcium and magnesium from your tap water crystallize on the smooth walls of the sensor chamber, creating a gritty layer that prevents the float from gliding upward. If the float cannot rise to the top of the sensor shaft, the control board assumes the tank is empty and halts the ice-making cycle to prevent the pump from running dry and burning out. You can confirm this by looking through the reservoir window; if the float is sitting low while the water is high, you have a mechanical obstruction. FIX To resolve this, you need to manually clear the obstruction and reset the sensor's movement. Follow these precise steps: Power off the unit using the control panel and unplug the power cord from the wall outlet to ensure no electrical current is running to the sensor. Remove the ice basket and lift the water reservoir tank completely out of the machine to expose the base. Locate the sensor chamber—a small vertical tube located in the base of the unit where the water enters the pump system. Using a clean cotton swab or a soft-bristled brush, gently push the plastic float down and let it snap back up. Repeat this 10-15 times to break any mineral bonds or dislodge trapped debris. If the float feels "sticky," dip the cotton swab in a mixture of 50% white vinegar and 50% warm water. Rub this solution around the edges of the float and the inner walls of the sensor sleeve to dissolve calcium deposits. Rinse the sensor area with a small amount of distilled water to remove any vinegar residue. Reinsert the reservoir, ensuring it seats firmly and flush against the base. Plug the unit back in and press the Power button. The "Add Water" light should extinguish within 5-10 seconds as the sensor registers the water level. IF THAT DIDN'T WORK Deep Descaling Cycle: If the float is still sticking, the internal plumbing may be heavily scaled. Fill the reservoir with a commercial descaling solution or a strong vinegar mix. Run the machine for one full cycle, then let the solution sit in the reservoir for 2 hours without powering the unit on. This allows the acid to eat through the mineral buildup surrounding the sensor. Check for Air Locks: Sometimes an air bubble gets trapped in the sensor housing, preventing the float from reacting accurately. Tilt the machine gently forward and backward (about 15 degrees) while the reservoir is installed to release trapped air. Inspect the Reservoir Seal: Ensure the rubber gasket at the bottom of the water reservoir is not warped or missing. If the seal is leaking, the water level in the sensor chamber may be dropping faster than the tank level, triggering the alert prematurely. Hard Reset: Unplug the unit for exactly 30 minutes. This clears the volatile memory of the control board and forces a fresh hardware poll of the sensors upon reboot. HEADS UP Use Filtered Water: To prevent future sensor failures, use filtered or distilled water. Tap water containing high mineral content is the primary cause of float-sensor malfunctions in the AB-ICE26S. Weekly Cleaning: Run a vinegar-based cleaning cycle once every two weeks to prevent calcium buildup from seizing the float mechanism. Avoid Harsh Chemicals: Never use bleach or abrasive scouring pads inside the sensor chamber, as this can scratch the plastic and create more "catch points" for minerals to adhere to. Level Surface: Ensure the machine is on a perfectly level surface. If the unit is tilted, the float may lean against the side of the sleeve, increasing friction and causing false "Add Water" readings.

Avalon Bay AB-ICE26S Portable Ice Maker

Other Ice Makers