Manual of product Safira XL 1005F
Technical Specifications Safira XL 1005F
General Information
-
ModelSAFIRA XL 1005F
-
Brand
-
Category
-
Type
-
SKU1306377
-
MPN1306377
Features
-
Product colorChrome
-
Suitable forBathroom faucet
-
Recommended water pressure (max)1000 kPa
-
Maximum hot water supply temperature80 °C
-
AeratorYes
-
Recommended water pressure (min)50 kPa
Weight and dimensions
-
Distance between the outlet nozzle and the drilling surface115 mm
Similar products
More product categories from brand Oras
Home appliances Oras
Other Oras
More product types from brand Oras
Presentation of product Safira XL 1005F specifications from brand Oras
Weight and dimensions
The distance between the outlet nozzle and the perforation surface of the product Oras Safira XL 1005F is 115 mm. This specification is essential to ensure optimal and accurate use of the device.
Generalities
The EAN code of the product Oras Safira XL 1005F is 6414150078576. This code allows for the unique identification of the product in the distribution system. The product model Oras Safira XL 1005F is Safira XL 1005F | 1005F. This model ensures optimal performance and an enhanced user experience. The brand of the product Oras Safira XL 1005F is Oras. This brand is known for its quality and innovation in the field of household appliances.
Features
The color of the product Oras Safira XL 1005F is Chrome. This shade gives it a modern and elegant look. The maximum hot water supply temperature of the product Oras Safira XL 1005F is 80 °C. This specification ensures optimal operation under high heat conditions. The design of the product Oras Safira XL 1005F is suitable for Robinet de salle de bain. This product is ideal for indoor use. The recommended water pressure (max) of the product Oras Safira XL 1005F is 1000 kPa. This specification ensures optimal operation and enhanced performance. Does the product Oras Safira XL 1005F have an Aerator? Oui. The recommended water pressure for the product Oras Safira XL 1005F is 50 kPa. Adequate pressure ensures optimal operation and improved performance.