320A 3P AC MCCB

Here are some key features and specifications of the SAIDE SDM3 320A 3p AC MCCB:

Maximum Rated Voltage: The MCCB is designed to handle a maximum rated voltage of AC 1140V. This means it can safely operate within electrical systems with voltages up to 1140 volts.

Maximum Current: The MCCB has a maximum current rating of 320A, which indicates the maximum current it can carry without tripping or causing damage.

Breaking Capacity: In the case of AC voltage of 800V, the MCCB has a maximum breaking capacity of 50kA. This ensures reliable short-circuit protection for the system by effectively interrupting high fault currents.

AC High Voltage MCC Series: Saide Electric also offers a 320A AC high voltage MCC (Molded Case Circuit) series. This particular series has a maximum rated voltage of AC 1500V and a maximum current of 800A.

DC Voltage Application: The SDM3 320A 3p AC MCCB series is also suitable for DC voltage applications. In the case of DC voltage of 1500V, it has a maximum breaking capacity of 20kA, providing reliable short-circuit protection.

Product accessories

The MCCB can be customized with various accessories based on customer requirements. Some of the available accessories include:

1. Ontology: The main body of the MCCB.

2. Undervoltage Release: Can be purchased separately by customers.

3. Shunt Release: Can be purchased separately by customers.

4. Alarm Contact: Can be purchased separately by customers.

5. Auxiliary Contact: Can be purchased separately by customers.

6. Electric Operating Mechanism: Can be purchased separately by customers.

7. Hand-Operated Mechanism: Can be purchased separately by customers.

8. Terminal Guard: Can be purchased separately by customers.

9. Front Wiring Board: Optional accessory for customers.

10. Arc Partition: Standard accessory provided with the main body of the MCCB. It helps to separate and contain the arc during circuit interruption.

These accessories offer additional functionalities and options for customization based on specific installation and operational requirements.