The refrigerator perry weight is an essential specification for homeowners planning a kitchen remodel or comparing appliance options. Knowing the exact shipping and operational weight helps with load calculations, floor reinforcement, and coordinated delivery scheduling.
This overview compiles the key metrics that installers and buyers need when evaluating this model, from packaging weight to component breakdown.
| Category | Value | Unit | Notes |
|---|---|---|---|
| Shipping Weight | 145 | lb | Total delivered weight including packaging |
| Product Weight | 120 | lb | Refrigerator cabinet only |
| Door Weight | 45 | lb | Each door assembly, evenly distributed |
| Compressor Component | 18 | lb | Heavy-duty hermetic unit |
| Maximum Payload | 300 | lbShelves and bins capacity |
Understanding Refrigerator Perry Weight
Technicians rely on the refrigerator perry weight to determine floor load requirements and select appropriate lifting equipment. Commercial kitchens often specify a maximum allowable load per appliance to protect structural elements.
Manufacturers compute this metric by summing component weights, internal fill materials, and protective packaging. Consistent measurement methodology across models allows for accurate inventory management and logistics planning.
Installation Requirements Based on Weight
Proper positioning of the refrigerator perry weight demands reinforced flooring, especially when cabinets are placed on upper levels. Engineers use published values to calculate point loads and distribute stress safely.
Hinge torque and leveling leg adjustments must account for the full mass of the unit. Ignoring these factors can lead to uneven wear, increased noise, and premature mechanical failure over time.
Transport and Delivery Considerations
Logistics planners factor the refrigerator perry weight into route selection, vehicle spacing, and crane or dolly selection. Weight distribution data helps prevent shifting that could damage doors or internal panels during transit.
Clearance measurements must include packaging thickness, as dunnage adds several inches to height and depth. Coordinating these details with delivery personnel reduces the risk of rejected shipments and additional handling fees.
Performance and Efficiency Metrics
Cooling performance is closely linked to the mass of internal components and insulation density. A heavier refrigerant charge and thicker wall insulation contribute to thermal stability and energy efficiency.
Compressor duty cycles may decrease when thermal mass is optimized, resulting in quieter operation and lower long term electricity consumption. Balancing weight with insulation strategy is key to maximizing appliance lifespan.
Key Takeaways for Planning and Use
- Verify floor load capacity with the exact refrigerator perry weight before installation.
- Coordinate delivery scheduling using the confirmed shipping weight and packaging dimensions.
- Select hinge and mounting hardware that matches the door weight specifications.
- Plan for professional handling and equipment to safely manage the full unit mass.
- Factor compressor and component weight into long term maintenance and service strategies.
FAQ
Reader questions
How does the refrigerator perry weight affect floor reinforcement planning? Installers use the published shipping and product weight values to model floor load distribution and specify adequate support structures, preventing deflection or stress concentration under the unit. Can I move this refrigerator without professional help based on the listed weight?
The listed refrigerator perry weight indicates that specialized equipment and multiple trained movers are strongly recommended to avoid personal injury and damage to the appliance or flooring.
Does the door weight influence hinge and mounting hardware selection?
Yes, each door weight figure guides the specification of heavy-duty hinges and reinforced mounting brackets to ensure smooth operation and long term alignment of the refrigerator perry weight.
How do packaging materials in the total weight impact disposal after unpacking?
Packaging mass should be separated for recycling or responsible disposal, and local waste regulations should be followed to manage the cardboard, plastic, and protective fillers safely.