Schneider LV430320 | circuit breaker ComPact NSX160B, 25 kA at 415 VAC, TMD trip unit 160 A, 4 poles 3d

Description

Schneider LV430320 | circuit breaker ComPact NSX160B, 25 kA at 415 VAC, TMD trip unit 160 A, 4 poles 3d

Technical Specifications:

• Type: Circuit Breaker

• Model: Schneider LV430320 | ComPact NSX160B

• Nominal Current: 160 Amps

• Maximum Breaking Capacity: 25 kA at 415 VAC

• Number of Poles: 4 Poles

• Trip Unit: TMD (Thermal Magnetic Release)

• Short-Circuit Protection: Designed to withstand and protect against short circuit currents up to 25 kA at 415 VAC.

Features:

1. Enhanced Protection:
   The circuit breaker offers robust protection against overloads and short circuits, ensuring the safety of electrical systems and preventing damage to equipment.

2. Adjustable Trip Unit:
   Equipped with a TMD (Thermal Magnetic Release) trip unit, the breaker allows for adjustment according to the operational requirements of the system, ensuring optimal protection under different conditions.

3. High Short-Circuit Withstand Capacity:
   With the ability to handle short-circuit currents of up to 25 kA at 415 VAC, the NSX160B breaker provides reliable protection in demanding environments, such as industrial plants and large buildings.

4. 4-Pole Configuration:
   The 4-pole design is ideal for three-phase systems with a neutral, ensuring the breaker can effectively disconnect all phases and neutral in case of a fault or overload.

5. Reliable and Durable:
   The circuit breaker is built with high-quality materials and advanced technology, offering excellent durability and a long service life in harsh environments.

Applications:

• Industrial Applications:
  The Schneider LV430320 circuit breaker is well-suited for protecting electrical systems in industrial plants, manufacturing facilities, and large machinery, where high current and reliable protection are necessary.

• Electrical Distribution Systems:
  Used in electrical distribution boards in commercial and industrial buildings, ensuring the safe operation of electrical circuits and preventing system failures.

• Motor Control Systems:
  Protects motor-driven equipment, ensuring that motors remain safe from overloads or short circuits during operation.

• Data Centers and Large Buildings:
  Ideal for use in critical infrastructure such as data centers or large commercial buildings, where uninterrupted power and high protection are required.

• Renewable Energy Systems:
  Can also be used to safeguard electrical circuits in renewable energy installations, such as solar power systems, ensuring the safety and stability of the power supply.