Technical data for design checks
The nominal current of use for the data related to dissipation [Then]
63 A
Dissipation per pole, as a function of the current [Pvid]
3.9 W
Dissipation of the device, as a function of the current [Pvid]
0 W
Static dissipation, independent from the current [Pvs]
0 W
Power dissipation [Pve]
0 W
Temperature service environment min.
-25 °C
Ambient temperature max service.
+55 °C
Design checks per IEC/EN 61439
10.2 the Suitability of materials and components10.2.2 Resistance to corrosion
The requirements of the product standard are met.
10.2 the Suitability of materials and components10.2.3.1 Resistance of the housing to the heat
The requirements of the product standard are met.
10.2 the Suitability of materials and components10.2.3.2 Resistance of insulating materials to heat levels normal
The requirements of the product standard are met.
10.2 the Suitability of materials and components10.2.3.3 Resistance of insulating materials to heat levels extraordinary
The requirements of the product standard are met.
10.2 the Suitability of materials and components10.2.4 Resistance to UV irradiation
The requirements of the product standard are met.
10.2 the Suitability of materials and components10.2.5 Lifting
Not applicable since the entire electrical panel should be evaluated.
10.2 the Suitability of materials and components10.2.6 Proof
Not applicable since the entire electrical panel should be evaluated.
10.2 the Suitability of materials and components10.2.7 Labeling
The requirements of the product standard are met.
10.3 Degree of protection provided by enclosures
Not applicable since the entire electrical panel should be evaluated.
10.4 Pathways of dispersion-air and surface
The requirements of the product standard are met.
10.5 Protection against electric shock
Not applicable since the entire electrical panel should be evaluated.
10.6 flush Mounting of appliances
Not applicable since the entire electrical panel should be evaluated.
10.7 internal Circuits and connections
Is the responsibility of the manufacturer of the electrical panel.
10.8 Connections for conductors introduced from the outside
Is the responsibility of the manufacturer of the electrical panel.
10.9 insulation properties10.9.2 dielectric strength at network frequency
Is the responsibility of the manufacturer of the electrical panel.
10.9 insulation properties10.9.3 Voltage impulse
Is the responsibility of the manufacturer of the electrical panel.
10.9 insulation properties10.9.4 Testing of enclosures of insulating material
Is the responsibility of the manufacturer of the electrical panel.
10.10 Heating
The calculation of the overheating is the responsibility of the manufacturer of the electrical panel. Eaton provides data on the dissipation of the equipment.
10.11 Resistance to short circuit
Is the responsibility of the manufacturer of the electrical panel. Respect the default values of the equipment.
10.12 EMC
Is the responsibility of the manufacturer of the electrical panel. Respect the default values of the equipment.
10.13 mechanical Function
For the unit requirements are met while respecting the directions of the assembly instructions (THE).