Oras Swea ECO Kitchen Faucet With Shutoff Chrome
Watch this product and we will notify you once it is back in stock.
Oras Swea ECO Kitchen Faucet With Shutoff Chrome
Description
Kitchen faucet with high, swiveling outlet spout, jet collector, and ceramic dishwasher shut-off. The turning radius of the outlet pipe is preset to 120° (can be limited to 0°, 60°). Built-in barrier for limiting temperature and flow. Cold start cartridge. G3/8" in. G. The product is assessed at Sunda Hus and Byggvarubedomningen. Made in 4MS approved brass alloy. Meets EU Taxonomy's flow requirements. F=flexible connection.
Special features
- Additional properties: Energy class B according to Swedish energy label SS820000.
- Beam collector: CASCADE - beam
- Type of connection: Flexible connection
- Dishwasher valve, type: Mechanical shut-off valve for external equipment
- Handle type: Single lever mixer, Hot/Cold symbols
- Mechanical parts: ø 35 mm ceramic cassette for flow and temperature control
- Special features: Fast installation system
- Type of outlet spout: Possibility of limiting the turning radius
- Color: Chrome
- Temperature adjustment: Possibility of a barrier for limiting temperature and flow, Cold Start cassette (Cold Start) - cold water in center position
Flow characteristics
- Eco flow at 300 kPa: 0.07 l/s
- Flow at 300 kPa (with flow restrictor): 0.09 l/s
Technical characteristics
- Backflow prevention (EN1717): AA
- Connection, dimensions: G3/8
- Hot water connection: max. +70°C
- Material: Brass
- Projection: 221 mm
- Work pressure; 50 - 1000 kPa
Regulations
- A standard: EN 817
- Sound class I (ISO 3822) Oras lab,
Approvals and Certificates
- SEE Energy Mark: 1552
- KIWA SEE: 1445
Durability
- EPD module A1 (kg CO2 eq.): 6.50
- EPD module A1-A3 (kg CO2 eq.): 9.67
- EPD module A2 (kg CO2 eq.): 0.31
- EPD module A3 (kg CO2 eq.): 2.86
- EPD module A4 (kg CO2 eq.): 0.19
- EPD module B7 (kg CO2 eq.): 1654.80
- EPD module C2 (kg CO2 eq.): 0.01
- EPD module C3 (kg CO2 eq.): 0.02
- EPD module C4 (kg CO2 eq.): 0.29
- EPD module D (kg CO2 eq.): -5.47