One piece switch 4x63A
In stock: Yes
Vendor stock: No
Minimal order quantity: 1
Price (excl. VAT):
41,869 €
per pcs
This price is valid until 31.12.25 or while stock lasts
Estimate delivery time at our warehouse (approx.):
By request
Technical Information
Item condition |
New |
Manufacture name |
One piece switch 4x63A |
Brand |
Hager
|
Categories |
Main Switches
|
Country of origin |
CN |
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 |
3250615589958, 3250615589958 |
Packing level 2 |
3250615589958 |
Packing level 3 |
3250615589958 |
Other Technical data
With signal lamp |
No |
Built-in depth |
65 mm |
Max. lamp power |
0 W |
Short-circuit breaking capacity (Icw) |
5 kA |
Width in number of modular spacings |
3.5 |
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 is a thermal overload protector used in electrical systems to safeguard motors, transformers, or circuits from overheating. It detects excessive heat levels and interrupts the current flow to prevent damage or failure caused by prolonged thermal stress.
### Specifications and Ratings
Nominal voltage: 250V AC.
Max operating current: 10A at standard conditions.
Response temperature range: 60°C–125°C depending on model variation.
### Mechanical Features
Compact design with encapsulated housing for durability in harsh environments.
Two terminal leads – solid copper wires pre-tinned for soldering purposes.
- Reaction time may vary under high ambient humidity levels; verify in operational testing scenarios.
- Not designed for direct submersion or liquid cooling applications; housing is not waterproof.
- Ensure compliance with installation guidelines—incorrect placement may delay response time or result in failure under load conditions.