CHINT 496433

In Stock (10)

EĀ£ 1,713

EĀ£ 2,323

āœ… CHINT 496433 – NQ35.5P 380V 0.16~0.25A Electromagnetic Starter Electromagnetic starter with 380V coil and adjustable overload setting from 0.16 to 0.25A, suitable for 5.5kW motors. Designed for precision motor protection in light-duty industrial operations.

Quantity:
In Stock (10)
  • Description
  • Reviews (0)
āœ… CHINT 496433 – NQ35.5P Electromagnetic Starter, 380V, 0.16~0.25A Setting, 5.5kW Motor Reliable electromagnetic starter for 5.5kW motors with 380V coil and adjustable thermal overload range of 0.16 to 0.25A. Ensures safe and accurate motor startup in sensitive or low-load applications. šŸ”¹ Description (English): The CHINT 496433 – NQ35.5P is an electromagnetic DOL motor starter designed for three-phase motors with a rated power of 5.5kW. It features a 380VAC coil and an adjustable thermal overload protection range of 0.16 to 0.25A, offering fine protection control for low-current motor applications. This level of precision makes it ideal for use in systems where small motors must be protected against slight overcurrent conditions, such as instrumentation or automation drives. Built to meet IEC 60947-4-1 standards, this starter is housed in a durable IP55-rated enclosure, delivering strong protection against dust and moisture. With an electrical lifespan of over 500,000 cycles, it offers reliable long-term performance for industrial users. šŸ”¹ Key Features: • Coil voltage: 380VAC • Adjustable thermal overload setting: 0.16–0.25A • Motor power rating: 5.5kW • Ideal for precision control of small motors • IP55 protection for industrial use • Durable and compact design • IEC 60947-4-1 standards compliance • Easy setup and maintenance šŸ”¹ Technical Specifications (English): Parameter Value Model NQ35.5P Part Number CHINT 496433 Coil Voltage 380VAC Thermal Overload Range 0.16–0.25A Motor Power 5.5kW Application Motor Starting & Protection Standards Compliance IEC 60947-4-1
  • From
  • About Since 2025

  • Standard Delivery
    3-5 business days
Share: