Siemens 3VJ10 MCCB with Thermal Magnetic Trip Unit – 3VJ1006-3DA32-0AA0
The Siemens 3VJ1006-3DA32-0AA0 is a Molded Case Circuit Breaker (MCCB) from the Siemens 3VJ10 series designed to provide reliable protection for low-voltage electrical distribution systems. It uses a Thermal Magnetic Trip Unit (FTFM) to ensure safe operation by protecting against overload and short-circuit faults in industrial and commercial installations.
This MCCB is suitable for feeder circuits, LT panels, motor control centers, and general power distribution applications where stable performance and compact design are required. With a rated current of 63A and strong breaking capacity performance, it ensures dependable electrical safety and system continuity in demanding environments.
Key Features:
• Siemens SENTRON 3VJ10 series MCCB
• Part Number: 3VJ1006-3DA32-0AA0
• Thermal Magnetic Trip Unit (FTFM)
• 3-pole molded case circuit breaker
• Rated current: 63A
• High breaking capacity: 25kA at 415V AC (variant dependent)
• Fixed overload and short-circuit protection
• Reliable fault interruption for industrial loads
• Compact and robust industrial-grade housing
• Screw terminal connection for secure wiring
• Suitable for LT panels, MCC, PCC, and distribution boards
• Designed as per IEC 60947-2 standards
• Long electrical and mechanical life
• Easy installation and maintenance
|
Parameter |
Specification |
|
Product Series |
Siemens 3VJ10 |
|
Part Number |
3VJ1006-3DA32-0AA0 |
|
Product Type |
Molded Case Circuit Breaker (MCCB) |
|
Trip Unit Type |
Thermal Magnetic (FTFM) |
|
Number of Poles |
3 Pole |
|
Rated Current (In) |
63A |
|
Frame Size |
3VJ10 (125A frame) |
|
Breaking Capacity (Icu) |
10kA / 25kA (depends on variant & source) |
|
Protection Functions |
Overload & Short-circuit protection |
|
Mounting Type |
Fixed mounting |
|
Connection Type |
Screw terminal |
|
Rated Operational Voltage (Ue) |
Up to 415V AC |
|
Frequency |
50/60 Hz |
|
Standard Compliance |
IEC 60947-2 |
|
Application |
Industrial power distribution, LT panels, MCC/PCC systems |
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