Kenmore 24 in Dishwasher Review: Cleaning, Noise, Capacity
Choosing the Right Dishwasher for Your Home
Selecting a dishwasher affects daily routines, kitchen layout efficiency, and household energy use. Buyers should match capacity and cycle variety to household size, consider noise sensitivity for open-plan living, and weigh drying performance against material compatibility. For families that run multiple loads per day, cycle speed and targeted cleaning technologies reduce pre-rinsing and recurring manual effort. For small households or occasional use, a compact 24-inch built-in with a flexible rack system balances storage and cleaning capability. Energy and water efficiency ratings influence long-term utility expectations and environmental footprint. Finally, reliability features such as leak detection and a stainless steel tub impact maintenance frequency and perceived durability. This review focuses on how the Kenmore 22-14602 24″ built-in dishwasher’s specifications map to these buyer priorities so decision-makers can align features with household needs without implying hands-on testing or personal use.
Quick Overview
| Feature | Details |
|---|---|
| Dishwasher type | Built-in 24-inch, integrated white exterior |
| Capacity | 15 place settings |
| Wash cycles & cleaning tech | Accela Wash, UltraWash Plus with 3 pressurized spray arms, SmartWash sensors, Sani Rinse option |
| Drying method | TurboDry (fan + heating element) with Extra Dry option |
| Noise level | 45 dBA, QuietWash option |
| Energy & water efficiency | ENERGY STAR certified, Annual energy: 234 kWh/year |
| Dimensions & installation | 24.61″ D x 23.55″ W x 33.88″ H; built-in installation |
| Tub material & controls | Stainless steel tub, touch controls, LED display |
| Safety & maintenance features | Leak Detection, removable EasyFlex third rack, cutlery basket |
These specifications indicate suitability for medium to larger households that need a balance of capacity, targeted cleaning, and daily convenience. The 15-place setting capacity with a third rack supports varied load types, while sensor-driven cycles and pressurized spray arms target stuck-on soils; noise and ENERGY STAR certification make the model a candidate for open-plan kitchens and efficiency-focused buyers.
Cleaning Performance and Wash Coverage
The cleaning performance profile centers on pressurized spray arms, filtered water delivery, and sensor-driven adjustments that target soil removal without manual pre-rinsing. Three pressurized spray arms under the UltraWash Plus system increase directional coverage across vertical and horizontal zones, reducing shadowed areas behind taller items. Filtration and recirculation of filtered water ensure debris is trapped and rinsed away rather than redeposited, while Accela Wash provides a high-pressure, shorter-duration option for lightly soiled loads that still require strong mechanical action. The SmartWash sensor suite adjusts temperature and cycle length based on detected soil levels, aiming to optimize performance across mixed loads. These elements combine to offer thorough spray coverage and consistent cleaning across typical household dishware when operated within manufacturer cycle guidelines.
Spray System, Spray Arms, and Coverage
The UltraWash Plus configuration uses three pressurized spray arms positioned to target distinct load zones, which increases trajectory overlap and reduces blind spots. Pressurized delivery improves mechanical action on stuck-on foods by increasing impact force of water jets; higher impact force is especially effective on baked-on residues when paired with higher water temperatures. The presence of multiple arms also helps when racks are loaded with a mix of pots, plates, and glasses because overlapping spray patterns compensate for partial obstructions. Filtration upstream of the pumps retains larger particles to prevent recirculation; regular filter maintenance is necessary to maintain optimal spray pressure and coverage, as clogging can reduce the effectiveness of the spray system.
Sensor Cycles, Accela Wash, and Sanitization Options
Sensor-based SmartWash cycles detect soil and adjust water temperature, pressure, and run time to conserve resources while targeting cleanliness. When sensors indicate heavier soils, cycles increase temperature and extend wash phases to improve detergent activation and mechanical action. Accela Wash is designed for accelerated cleaning by increasing pump pressure and adjusting cycle sequencing for faster turnover of lightly to moderately soiled loads. The Sani Rinse option raises rinse temperatures to meet sanitization parameters of many dishwashing standards, which can be beneficial for baby items or cutting boards; however, elevated temperatures can affect heat-sensitive plastics and should be selected with material compatibility in mind.
Capacity, Rack Design, and Loading Flexibility
Capacity and internal layout aim to accommodate diverse household loading patterns through a combination of a removable EasyFlex third rack and a MoreSpace adjustable middle rack. A 15-place setting capacity represents a full-service family load in most US kitchens, while the third rack adds dedicated space for utensils and small tools, reducing reliance on a fixed cutlery basket. Adjustable tines and a multi-height middle rack allow taller items such as stockpots or stemware to be rearranged for optimal spray exposure. Removable components ease loading configurations but also introduce additional plastic hardware that may influence long-term wear; inspection of rail mechanisms and rack coatings is useful when comparing durability across models.
EasyFlex Third Rack and Utensil Organization
The EasyFlex third rack offers an extra shallow tier above the main baskets for forks, knives, and narrow utensils, increasing usable capacity by approximately 35% for small items versus a two-rack layout. Shallow third racks free up space in lower baskets for larger dishware while keeping utensils separated to minimize nesting and improve wash coverage. Removability allows adaptation for taller items or occasional bulky loads. Users should load utensils in a single layer when possible and spread them laterally to allow spray access from the lower arms. The trade-off is that third racks reduce vertical clearance above the middle rack, so adjustment flexibility in the middle rack is an important complementary feature.
MoreSpace Adjustable Rack, Main Baskets, and Cutlery Basket
The MoreSpace adjustable rack can be raised or lowered to create clearance for tall glasses, pitchers, and cookware, improving versatility for mixed loads. Lowering the middle rack increases upper clearance at the expense of mid-level capacity, while raising it provides better alignment for stemware but reduces space below. A removable cutlery basket in the lower rack remains useful for those preferring traditional utensil storage; placement flexibility lets users choose bulk cutlery storage or individual slotting in the third rack. Overall, a mix of adjustable geometry and dedicated utensil zones supports varied household needs and makes it easier to fit a full 15-place setting arrangement when required.
Noise Levels and Suitability for Open Kitchens
Acoustic ratings and machine vibration influence placement decisions in open-plan homes. The manufacturer-reported 45 dBA baseline positions the appliance in the quiet range suitable for many living spaces, and a QuietWash option further reduces audible output through gentler pump and motor sequencing during sensitive cycles. Actual perceived noise depends on installation firmness, cabinetry resonance, floor materials, and load balance. The inclusion of vibration-isolating materials, insulated panels, and pump damping in the design can minimize transmission, but these elements are not quantified in the published specifications. Buyers with a high tolerance for ambient sound may find standard cycles unobtrusive, while households requiring near-silent operation for work-from-home scenarios should test in-situ acoustic impact before final installation.
Interpreting 45 dBA and QuietWash for Daily Use
A 45 dBA rating generally corresponds to a low-hum level comparable to a quiet library or soft conversation; it is commonly acceptable for open kitchens where living spaces are adjacent. The QuietWash option reduces motor speed and pump cycling to lower peak noise events, trading some cycle aggressiveness for reduced acoustic output. Note that cycle duration may increase during quieter modes, and reduced pump speeds can influence mechanical cleaning for heavily soiled loads. Noise perception is also influenced by front cabinetry and door seals; proper installation with anti-vibration mounts and a snug fit into the cabinet cavity helps keep operational sounds from coupling into surrounding structures.
Installation, Vibration, and Placement Considerations
Proper installation minimizes vibration transmission and preserves rated acoustic performance. Leveling feet, stable cabinetry framing, and adequate clearance for air and drainage lines reduce rattling and resonance. Heavier loads or unevenly distributed dishes can create imbalance-induced vibration, which emphasizes the need for secure rack tracks and robust basket components. Floor materials (tile vs. hardwood) and adjacent cabinetry can amplify or dampen noise; thicker cabinetry panels and interior sound insulation improve in-situ quietness. Buyers should confirm installation clearances and use manufacturer-recommended mounting hardware to achieve published decibel performance.
Drying Systems and Moisture Control
The TurboDry system pairs a built-in fan with a heating element to accelerate moisture removal from dish interiors and plastics, which commonly retain water after a standard rinse. Active air extraction moves warm, moist air out of the tub while the heating element raises interior temperature to improve evaporation rates. This dual approach shortens overall drying time relative to passive or condensation-only systems and reduces reliance on towel-drying for many materials. However, high-heat drying can increase energy use during the final phase and may deform heat-sensitive plastics if manufacturer guidelines are not followed. Use of rinse aid and correct cycle selection further influences spot-free results and moisture management for different load compositions.
TurboDry Fan + Heating Element: Performance and Trade-offs
TurboDry’s active extraction accelerates evaporation by increasing airflow and maintaining elevated internal temperature; this approach is effective at removing pooled water from deep bowls and flatware recesses. The built-in fan helps evacuate humid air out of the tub cavity, while the heating element boosts evaporation from surfaces. The trade-off is that heating elements increase energy consumption during drying phases and can be less gentle on delicate plastics. For energy-conscious households, using TurboDry selectively—only on mixed loads or plastic-heavy cycles—can balance dryness needs and efficiency. Regular cleaning of the dishwasher’s vent and seals preserves airflow and drying performance over time.
Rinse Aid, Spot-Free Results, and Material Considerations
Rinse aid reduces surface tension of water droplets, promoting sheet-off behavior and minimizing spotting and filming on glassware. When combined with TurboDry, rinse aid enhances clarity and accelerates drying by allowing water to form thinner films that evaporate faster. Hard water areas may still require higher rinse aid dosage or water softening to achieve the clearest results. Materials such as insulated plastics and certain polymers retain heat differently and may show condensation after cycle completion; these items often benefit from manual drying or a lower-heat drying option. Following manufacturer dosing recommendations prevents overuse of rinse aid and maintains optimal spot-free performance.
Energy, Maintenance, Durability, and Long-Term Reliability
Energy and maintenance profiles influence total ownership experience. ENERGY STAR certification and an annual energy estimate of 234 kWh per year indicate competitive electrical efficiency for a full-size 24-inch unit, while sensor cycles optimize water and energy use per load. Maintenance tasks include periodic filter cleaning, inspection of spray arms and seals, and occasional detergent dispenser checks; these actions preserve wash pressure and prevent redeposition of soils. Leak Detection automates shutdown and drainage on abnormal water events, reducing the risk of undetected leaks but not eliminating the need for regular visual inspections. The stainless steel tub material improves resistance to staining and thermal retention versus plastic tubs, potentially extending service life when combined with care and alignment with manufacturer maintenance intervals.
ENERGY STAR, Annual Consumption, and Water Considerations
ENERGY STAR certification and the stated 234 kWh annual energy use reflect optimization in cycle design and standby power management compared to baseline models. Actual energy and water consumption depends on cycle choice, load size, and frequency of use; sensor-based SmartWash cycles aim to reduce unnecessary water and heat cycles by tailoring duration and temperature to detected soil levels. Households focused on minimizing utility use should consider load consolidation and sensor cycles for partial loads. Water efficiency was not quantified in gallons per cycle in the provided specifications; prospective buyers should consult local product literature for specific water consumption per cycle if water usage is a primary concern.
Filters, Leak Detection, and Routine Maintenance
A removable filtration system captures food particles to prevent recirculation and maintain pump and spray performance. Routine inspection and cleaning of the filter and spray arm ports are necessary to sustain spray pressure and avoid odor buildup. The Leak Detection feature monitors for abnormal water accumulation and can trigger drainage and shutdown protocols; while helpful, it does not replace proper hose inspection and periodic exterior checks for seal wear. Regularly checking door gaskets, drain fittings, and water supply connections will reduce the likelihood of service events and help maintain consistent wash results over the long term.
Build Materials and Expected Durability
The stainless steel tub offers improved corrosion resistance and better heat retention than polymer tubs, contributing to more consistent wash and drying temperatures and resilience against staining. Rack coatings, rollers, and hinge hardware determine long-term usability; heavy-duty polymerized rack coatings and metal-reinforced rails typically outlast thin plastic components. Itemized parts such as pumps, heating elements, and electronic controls are subject to wear and operational stress; regular maintenance and use of recommended detergents reduce scaling and premature failure. While manufacturer warranties and service networks vary, adherence to maintenance schedules and professional installation supports longer operational life and consistent performance.
Pros & Cons
Pros
- Comprehensive cleaning features: The UltraWash Plus system with three pressurized spray arms and SmartWash sensors provides targeted mechanical action and adaptive cycle control to address a range of soils and load types.
- Flexible capacity: The EasyFlex third rack plus a MoreSpace adjustable middle rack increases usable loading options, allowing a full 15-place setting capacity with better utensil separation and room for tall cookware.
- Quiet operation: A manufacturer-rated 45 dBA baseline and QuietWash option make the unit suitable for many open-plan homes and adjacent living spaces where moderate ambient noise is acceptable.
- Active drying system: TurboDry combines a fan and heating element to accelerate moisture removal, improving dryness on plastics and flatware compared with condensation-only systems.
- ENERGY STAR certified: The 234 kWh/year estimate and certification indicate competitive electrical efficiency among full-size built-in units, aided by sensor-driven cycle adjustments.
- Leak detection and stainless steel tub: Automated leak management and a stainless steel interior contribute to reduced long-term risk from leaks and improved resistance to staining and odors.
Cons
- Heat-sensitive items caution: TurboDry’s heating element and elevated sanitization options can adversely affect certain plastics and delicate items; cycle selection must consider material compatibility.
- Potential for reduced cleaning in quiet mode: QuietWash reduces pump speed and may lengthen cycles or reduce mechanical aggressiveness, which could affect heavily soiled loads compared with standard cycles.
- Additional rack hardware wear points: The removable third rack and adjustable mechanisms introduce extra moving parts that may require more attention over time compared with simpler two-rack designs.
- Water consumption specifics not listed: While ENERGY STAR certification is present, per-cycle water usage is not detailed in the provided specifications, which limits precise water-efficiency comparisons for water-conscious buyers.
Final Verdict: Who This Dishwasher Is Best For (and Who Should Skip It)
The Kenmore 22-14602 24″ built-in dishwasher aligns with households prioritizing adaptable capacity, sensor-driven cleaning, and quiet operation. Families and shared households that run frequent full loads will benefit from the 15-place setting capacity, EasyFlex third rack, and MoreSpace adjustable middle rack, which together offer flexible loading for mixed cookware and utensils. The UltraWash Plus spray system and SmartWash sensors address a variety of soil levels without requiring manual pre-rinse in typical scenarios, and TurboDry provides stronger drying performance for plastics compared with condensation-only approaches. ENERGY STAR certification and a modest annual energy figure make it a reasonable option for efficiency-minded buyers.
This unit is less suitable for households that require near-silent operation at all times, have a high proportion of very heat-sensitive plasticware, or need explicit per-cycle water metrics for strict water conservation planning. Buyers seeking the absolute quietest dishwasher technologies or minimalist two-rack simplicity might consider alternative configurations. Overall, for 2026 buyers seeking a balanced combination of cleaning power, flexible capacity, and accessible maintenance features in a 24-inch built-in form factor, this Kenmore model offers a feature set that addresses common daily needs while requiring mindful cycle selection for delicate items.
Frequently Asked Questions (FAQs)
How effective is the UltraWash Plus system at removing baked-on food?
The UltraWash Plus system uses three pressurized spray arms to increase mechanical action and coverage, improving impact on baked-on soils when combined with higher-temperature cycles. The system’s effectiveness also depends on correct loading to avoid obstructing spray patterns, use of appropriate detergents, and occasional selection of higher-temp or Accela Wash settings for stubborn residues.
Can the TurboDry system reliably dry plastics and prevent water pooling?
TurboDry combines a built-in fan with a heating element to accelerate moisture evaporation and air extraction, which typically improves drying on many plastics and flatware compared with passive condensation methods. Heat-sensitive plastics may still retain moisture or deform under high heat, so cycle selection and spacing of items influence final dryness and material safety.
Is a 45 dBA dishwasher quiet enough for an open-plan kitchen?
A 45 dBA rating is generally considered quiet for most open-plan kitchens and corresponds to soft background noise. The QuietWash option reduces audible peaks by using gentler pump sequencing, though perceived noise can vary with installation, cabinetry resonance, and load balance. Proper mounting and insulation improve in-situ acoustic performance.
How often should the filter and spray arms be maintained?
Regular maintenance includes inspecting and cleaning the removable filter and spray arm ports every few weeks to months depending on usage and soil levels. Clogged filters and ports reduce spray pressure and cleaning performance. Routine checks of seals, hinges, and drain lines also help prevent odors and maintain efficiency.
What are the energy implications of using TurboDry and sanitizing cycles?
TurboDry and sanitizing options increase energy use during drying and rinse phases by engaging a heating element and higher-temperature cycles. While ENERGY STAR certification indicates overall efficiency, selective use of these features—only when necessary—helps balance drying performance with energy conservation.
Does the Leak Detection feature prevent all water damage?
Leak Detection monitors for abnormal water accumulation and can trigger drainage and shutdown protocols to reduce the chance of unnoticed leaks. It is a risk-mitigation feature but does not replace regular inspection of hoses, fittings, and seals; routine visual checks and proper installation remain important for preventing water incidents.
How flexible is the rack layout for large cookware like stockpots?
The MoreSpace adjustable middle rack allows vertical repositioning to create clearance for tall items, and the removable third rack frees up additional vertical space when needed. This combination provides flexibility to accommodate large cookware when racks are reconfigured, though very large or oddly shaped items may still require hand washing or single-item cycles.
Is the stainless steel tub a significant advantage over plastic tubs?
A stainless steel tub offers improved corrosion resistance, better heat retention for temperature-sensitive cycles, and increased resistance to staining and odors compared with polymer tubs. These factors contribute to consistent wash temperatures and potentially longer service life, making stainless steel a preferred material for buyers focused on durability.
