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Product Description – 3VM11323GE420AA0
MCCB 32 A, 4 Pole, 25 kA, Adjustable O/L & Fixed S/C Settings, Thermal Magnetic Trip Unit (ATFM) – Siemens
Key Features:
- Rated Current: 32 A
- Number of Poles: 4 Pole
- Breaking Capacity: 25 kA
- Trip Unit Type: Thermal Magnetic Trip Unit (ATFM)
- Overload Protection: Adjustable
- Short-Circuit Protection: Fixed Settings
- Brand: Siemens
- Model: 3VM11323GE420AA0
Detailed Features:
- Thermal Magnetic Trip Unit (ATFM): Provides reliable protection against overloads and short circuits.
- Adjustable Overload Protection: Allows for precise setting of the overload current threshold to match the specific application requirements.
- Fixed Short-Circuit Settings: Ensures consistent and reliable protection against short-circuit conditions.
- High Breaking Capacity: 25 kA breaking capacity ensures the MCCB can handle high fault currents safely.
- 4 Pole Configuration: Suitable for three-phase systems with neutral, providing comprehensive protection.
- Compact Design: Space-saving design for easy installation in control panels and distribution boards.
- Durable Construction: Built to withstand harsh environmental conditions, ensuring long-term reliability.
- Compliance: Meets international standards for safety and performance.
Applications:
- Industrial control panels
- Commercial distribution boards
- Power distribution systems
- Motor control centers
- HVAC systems
Technical Specifications:
Parameter | Value |
---|---|
Rated Current | 32 A |
Number of Poles | 4 Pole |
Breaking Capacity | 25 kA |
Trip Unit Type | Thermal Magnetic (ATFM) |
Overload Protection | Adjustable |
Short-Circuit Protection | Fixed Settings |
Brand | Siemens |
Model | 3VM11323GE420AA0 |
Additional Information:
The Siemens 3VM11323GE420AA0 MCCB is designed for reliable and efficient protection of electrical circuits. With its adjustable overload protection and fixed short-circuit settings, it offers flexibility and safety for a wide range of applications. The thermal magnetic trip unit ensures quick and accurate response to fault conditions, minimizing downtime and protecting equipment.
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