Toshiba
Toshiba Side by Side Refrigerator 696L Starry Silver – GR-RF900WI1-PME
- Large unfrozen compartment supports organized fresh food storage
- Spacious frozen compartment accommodates frozen food items
- Rated power of 240 W supports reliable cooling performance
- Operates with 220-240 V power supply compatibility
- Supports 50/60 Hz frequency operation for versatile use
- Climate Class T designed for warm environment performance
- Energy Efficiency Class D supports regulated energy consumption
Inclusive of VAT
And receive the confirmed trade-in value after inspection.
The price of the new device must be higher than the estimated trade-in value. Only available with credit/debit card payment.
- Warranty 1 Year
Service Center
Key Information
- Color: Silver
- Number of Doors: 4
- Type: Side By Side Refrigerator
- Net Capacity: 696 l
- Power Consumption: 240 Watts
Details
Discover the Toshiba side by side refrigerator, designed to provide generous food storage, dependable cooling performance and efficient operation for everyday household refrigeration needs.
Large Fresh Food Storage
The unfrozen compartment provides ample space for storing and organizing fresh groceries, helping keep everyday food items accessible.
Spacious Frozen Food Storage
The frozen compartment offers dedicated storage space for frozen foods, supporting convenient organization and preservation.
Reliable Cooling Performance
Designed with a rated power of 240 W to support consistent refrigeration performance for daily household use.
Voltage Compatibility
Operates on a 220-240 V power supply, making it suitable for standard residential electrical systems.
Flexible Frequency Support
Supports both 50 Hz and 60 Hz frequencies, providing compatibility across different operating environments.
Energy Efficiency Design
Featuring an Energy Efficiency Index of 99.8 and Energy Efficiency Class D for regulated and dependable energy performance.
Climate Class T Performance
Built to operate effectively under Climate Class T conditions, supporting reliable cooling performance in warm environments.
