Manual of product EVlink Parking EVF2S22P4ER
Technical Specifications EVlink Parking EVF2S22P4ER
General Information
-
ModelEVLINK PARKING EVF2S22P4ER
-
Brand
-
Category
-
Type
-
SKU1808157
-
MPN1808157
Design
-
Mounting typeGround
-
Case colorGrey
-
White
Weight and dimensions
-
Depth220 mm
-
Height1146 mm
-
Package weight58000 g
-
Package depth450 mm
-
Package height380 mm
-
Package width1300 mm
-
Width413 mm
-
Weight50000 g
Features
-
International Protection Code (IP)IP54
-
Power supply typeSector
-
Quantity1 piece(s)
Environmental conditions
-
Operating temperature-30 - 40 °C
-
Operating relative humidity (H-H)0 - 95 %
-
Temperature out of operation-40 - 80 °C
Power
-
Maximum loading power22000 W
Similar products
More product categories from brand Schneider
More product types from brand Schneider
Presentation of product EVlink Parking EVF2S22P4ER specifications from brand Schneider
Generalities
The product model Schneider EVlink Parking EVF2S22P4ER is EVlink Parking EVF2S22P4ER | EVF2S22P4ER. This model ensures optimal performance and an enhanced user experience. The brand of the product Schneider EVlink Parking EVF2S22P4ER is Schneider. This brand is known for its quality and innovation in the field of household appliances.
Features
The quantity of the product Schneider EVlink Parking EVF2S22P4ER is 1 pièce(s). This specification allows you to know the number of units included in the packaging. The type of power source for the product Schneider EVlink Parking EVF2S22P4ER is Secteur. This type of power supply ensures optimal performance and efficient use of the device. The International Protection Code (IP) for product Schneider EVlink Parking EVF2S22P4ER contains IP54. This code indicates the level of protection against solid objects and moisture.
Design
The mounting type of the product Schneider EVlink Parking EVF2S22P4ER is Sol. This type of mounting ensures easy and quick installation, thus guaranteeing optimal use of the product. The color of the product case Schneider EVlink Parking EVF2S22P4ER is Grey, White. This elegant finish adds a touch of modernity and robustness to the whole.
Weight and dimensions
The depth of the product Schneider EVlink Parking EVF2S22P4ER is 220 mm. This dimension allows for optimal integration into your space. The height of the product Schneider EVlink Parking EVF2S22P4ER is 1146 mm. This dimension is essential to ensure that the product fits perfectly in your space. The depth of the product package Schneider EVlink Parking EVF2S22P4ER is 450 mm. This dimension is essential to ensure proper packaging and secure transport. The weight of the Schneider EVlink Parking EVF2S22P4ER package is 58000 g. This weight ensures optimal protection during transport and delivery. The height of the package of the product Schneider EVlink Parking EVF2S22P4ER is 380 mm. This dimension is essential to ensure optimal transport and storage. The width of the package of the product Schneider EVlink Parking EVF2S22P4ER is 1300 mm. This dimension is essential to ensure optimal transport and storage. The width of the product Schneider EVlink Parking EVF2S22P4ER is 413 mm. This dimension is essential to ensure optimal integration into your space. The weight of the product Schneider EVlink Parking EVF2S22P4ER is 50000 g. This weight is ideal for ensuring optimal use and easy handling.
Environmental conditions
The operating temperature of the product Schneider EVlink Parking EVF2S22P4ER is -30 - 40 °C. This specification ensures optimal performance within a temperature range suitable for various environments. The product Schneider EVlink Parking EVF2S22P4ER has an operating relative humidity (H-H) of 0 - 95 %. This specification ensures optimal operation in a wide range of ambient humidity. The non-operating temperature of the product Schneider EVlink Parking EVF2S22P4ER is -40 - 80 °C. This specification ensures that the product can withstand extreme conditions without suffering damage.
Power
The maximum charging power of the product Schneider EVlink Parking EVF2S22P4ER is 22000 W. This feature ensures optimal efficiency when using the device.
