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4P 63A Switch image 1

4P 63A Switch

In stock: No Vendor stock: Yes Minimal order quantity: 1
Price (excl. VAT):
28,904 € per pcs
This price is valid until 31.12.25
EAN: 3250615510235
MPN: SBN463
Package: 1
Pallet: 864
Estimate delivery time at our warehouse (approx.): By request

Technical Information

Item condition New
Manufacture name 4P 63A Switch
Brand Hager
Categories Main Switches
Country of origin PL
Harmonized System Code 8536 5080 00
Voltage type AC
Switching function Off switch
Rated current 63 A
Rated voltage 400 V
Number of poles 4
Degree of protection (IP) IP20

Packing details

Packing level 1 3250615510235, 3250615510235
Packing level 2 3250615510235
Packing level 3 3250615510235

Other Technical data

With signal lamp No
Built-in depth 69 mm
Max. lamp power 0 W
Short-circuit breaking capacity (Icw) 0.945 kA
Rated switching capacity 1.332 kA
Width in number of modular spacings 4
Min. rated voltage 400 V
Number of contacts as normally closed contact 0
Number of contacts as normally open contact 4
Number of contacts as change-over contact 0
Forced segregation according to DIN VDE 0113 No

Description

This component regulates and stabilizes voltage within electronic systems, ensuring consistent power delivery to prevent malfunction or failure of connected devices. It acts as an intermediary between the power source and sensitive circuit elements. ### Electrical Specifications Input Voltage Range: Supports a wide range, depending on system compatibility—check datasheet for exact values. Output voltage limited to predefined thresholds based on model configuration. Operational temperature range: Moderate tolerance; may require additional cooling in high-heat environments. ### Design Features Compact form factor with mounting holes—standard dimensions available upon inquiry. Encapsulated housing for protection against moisture and dust ingress; not waterproof under high-pressure conditions. Passive components include resistors/capacitors arranged for energy smoothing; no active regulation included. - Requires external fuse integration for overload safety. - Unshielded design may pick up EMI in noisy environments. - Thermal capacity diminishes above maximum output load percentage. - Cannot reverse polarity at input terminals without damage risks. - Maintenance involves full disconnection prior to handling—no hotswap option.