A moulded case circuit breaker (MCCB) is an electrical safety device that protects an electrical circuit from excessive current that could create an overload or a short circuit.
Molded Case Circuit Breaker is known as MCCB. It is an electrical safety device that guards against overcurrents and short circuits in power distribution networks, shielding electrical equipment and circuits. To protect the security of electrical installations and guard against equipment damage brought on by electrical faults, MCCBs are frequently employed in industrial, commercial, and residential applications.
The internal components of MCCBs are housed in a molded case enclosure, which is typically constructed of a non-conductive material. The case offers insulation and defense from the elements.
An MCCB's primary duty is to stop the flow of current when it exceeds a certain limit. The MCCB trips to open the circuit and stop the flow of electricity when an overcurrent (excessive current) or short circuit occurs in the circuit.
A built-in tripping mechanism in MCCBs reacts to several kinds of defects. The two most common kinds of tripping mechanisms are as follows:
Most MCCBs have programmable options that let you alter how the device behaves while on a trip. These parameters, including the current rating, overload protection, and short circuit protection, can be changed to correspond to the protected circuit's unique requirements.
Molded Case Circuit Breaker is known as MCCB. It is an electrical safety device that guards against overcurrents and short circuits in power distribution networks, shielding electrical equipment and circuits. To protect the security of electrical installations and guard against equipment damage brought on by electrical faults, MCCBs are frequently employed in industrial, commercial, and residential applications.
The internal components of MCCBs are housed in a molded case enclosure, which is typically constructed of a non-conductive material. The case offers insulation and defense from the elements.
An MCCB's primary duty is to stop the flow of current when it exceeds a certain limit. The MCCB trips to open the circuit and stop the flow of electricity when an overcurrent (excessive current) or short circuit occurs in the circuit.
A built-in tripping mechanism in MCCBs reacts to several kinds of defects. The two most common kinds of tripping mechanisms are as follows:
Most MCCBs have programmable options that let you alter how the device behaves while on a trip. These parameters, including the current rating, overload protection, and short circuit protection, can be changed to correspond to the protected circuit's unique requirements.
This DSINE DN3-630N 250-630A 50 kA 3 Pole MCCB (µP) from L&T protects electric circuit against overloads and electrical faults. MCCBs cater to higher loads (100A - 630A) than MCB (upto 63A)
L&T DSINE DN3-630N 250-630A 50kA 3 Pole MCCB (µP)
L&T DSINE DN3-630N 250-630A 50kA 3 Pole MCCB (µP)
Features
Brand: L&T
Product Category: Three Pole MCCB
Current Rating: 630 Amp
Short Circuit Withstand Capacity: 50kA
100% Genuine Products
Manufacturer Warranty
This DSINE DN3-630N 250-630A 50 kA 3 Pole MCCB (µP) from L&T protects electric circuit against overloads and electrical faults. MCCBs cater to higher loads (100A - 630A) than MCB (upto 63A).
L&T has come out with a new generation of MCCBs, stands out due to its state-of-the-art design, contemporary user-friendly features, wide choice of protective releases, ergonomics, aesthetics and compactness.
Features
Protection releases in Microprocessor
MCCBs for motor backup protection
MCCBs for distribution and SD versions
This L&T DSINE DN3-630N 250-630A 50kA 3 Pole MCCB (µP) works with 3 phase power and used for electrical loads like industrial and commercial motors.
PRODUCT SPECIFICATION
Brand
L&T
Product Category
Three Pole MCCB
Current Rating
630 Amp
Short Circuit Withstand Capacity
50kA
Rated Impulse Withstand Voltage Uimp (kV)
6 kV
Nominal Frequency
50 Hz
Voltage
415 V
Rated Operating Voltage Ue
600V
Insulation Voltage
690 V
Release Type
Microprocessor
Material
Halogen-Free Plastic Materials
Suitable For
Suitable for all environment [tropicalization, pollution, salt corrosion etc]
Package Contents
1 TP MCCB
Warranty
2 Years (against manufacturing defects)
Certification
IEC 60947-2
Manufacturer Details
Schneider Electric India Private Limited , ESP, A-9, MIDC, Ahmednagar, Maharashtra - 414111, India
.jpg)
.jpg)
Cash on delivery available
Returns allowed.jpg)
.jpg)
.jpg)
