Brand:Schneider PLC Item No.:MT25N2 Product Origin:France Product Dimensions:301 x 196 x 276 mm Product Weight:14 kg Payment:T/T, Western Union, Credit Card Goods_stock:15 Shipping Port:Xiamen, China Lead Time:1-3 Days Condition:Brand New And Original Warranty:1 Year Certificate:COO
The Schneider MT25N2 Circuit Breaker is an electrical protection component intended for integration into compatible low-voltage power distribution systems. Circuit breakers play an essential role in industrial electrical infrastructure by interrupting abnormal current conditions and helping protect equipment, wiring, and distribution assemblies.
In industrial environments, electrical faults can develop because of excessive loads, insulation failures, damaged cables, or equipment malfunctions. A properly selected circuit breaker provides an important protective barrier by disconnecting the affected circuit when its operating conditions exceed the specified protection limits.
The MT25N2 model is relevant to maintenance and replacement requirements involving Schneider electrical distribution equipment. For procurement professionals and electrical maintenance engineers, confirming the complete model designation is essential to avoid selecting an incompatible replacement.
When evaluating this breaker, particular attention should be paid to its rated current, voltage, pole configuration, short-circuit breaking capacity, and installation compatibility. These characteristics determine whether the device is appropriate for the intended electrical system.
For industrial facilities seeking dependable electrical protection components, the Schneider MT25N2 is a model worth considering when its technical configuration matches the application requirements.
Technical Specifications
Parameter
Specification
Brand
Schneider Electric
Model
MT25N2
Product Name
Circuit Breaker
Product Category
Low-Voltage Circuit Protection
Dimensions
301 × 196 × 276 mm
Weight
14 kg
Weight (lb)
30.86 lb
Application
Industrial Electrical Distribution
Installation
Compatible Electrical Distribution Assembly
Main Function
Electrical Circuit Protection
Note: Electrical ratings, breaking capacity, trip characteristics, and mounting compatibility should be verified against the original product nameplate and technical documentation before installation or replacement.
Recommended Related Models
The following Schneider Electric circuit breaker models are relevant to industrial electrical distribution and may be considered when comparing equipment configurations:
Schneider MT20N2 Circuit Breaker
Schneider MT16N2 Circuit Breaker
Schneider MT12N2 Circuit Breaker
Schneider MT25H2 Circuit Breaker
Schneider MT32H2 Circuit Breaker
Schneider MT40H2 Circuit Breaker
Popular Schneider Electric Circuit Breaker Models
Schneider Electric offers a broad range of circuit protection products for industrial power distribution, switchboards, and electrical infrastructure.
Other models worth including in a spare parts sourcing list are:
Schneider MT50H2 Circuit Breaker
Schneider MT63H2 Circuit Breaker
Schneider MT08H2 Circuit Breaker
Schneider MVS06N Circuit Breaker
Schneider MVS08N Circuit Breaker
Schneider MVS10N Circuit Breaker
Reliable Industrial Spare Parts Procurement
Selecting the correct Schneider MT25N2 Circuit Breaker requires more than matching its external appearance. Electrical ratings, installation dimensions, protection characteristics, and system compatibility must all be considered. Confirming these details before purchasing helps reduce replacement errors, simplify maintenance planning, and support the reliable operation of industrial electrical distribution systems.
Applications
The Schneider MT25N2 Circuit Breaker is intended for industrial electrical distribution and circuit protection applications. As part of a low-voltage circuit breaker installation, it supports the protection of electrical circuits against abnormal current conditions, helping safeguard connected equipment and maintain power system reliability.
Typical application areas include:
Industrial Power Distribution: Used in electrical distribution assemblies serving manufacturing equipment and production facilities.
Motor Control Systems: Applied in electrical installations supplying motors and associated control equipment, subject to the selected protection configuration.
Commercial Buildings: Supports circuit protection in building power distribution systems.
Automation Control Panels: Integrated into electrical cabinets to help protect industrial control circuits and power branches.
Infrastructure Facilities: Suitable for consideration in power distribution arrangements used in utility and infrastructure installations.
Industrial Machinery: Helps protect electrical circuits supplying machines, auxiliary equipment, and production systems.
Advantages and Product Highlights
1. Reliable Circuit Protection
The MT25N2 is intended for low-voltage circuit protection applications, helping reduce the risk of damage caused by electrical faults when correctly selected and configured.
2. Integration into Distribution Systems
Its circuit breaker design makes it suitable for installation in compatible electrical distribution assemblies and industrial switchboard configurations.
3. Support for Equipment Protection
Appropriate circuit protection helps safeguard connected electrical equipment and reduces the potential consequences of overload and short-circuit conditions.
4. Practical Maintenance and Replacement
A clearly identified model number simplifies spare parts management and helps maintenance teams identify the required breaker during replacement projects.
5. Industrial Electrical Applications
The breaker can be considered for various industrial power distribution requirements where its rated electrical characteristics match the system design.
6. Long-Term Operational Reliability
Correct installation, suitable protection settings, periodic inspection, and proper maintenance contribute to dependable circuit breaker performance.
Technical FAQs – Schneider MT25N2
Q1: What is the main function of the Schneider MT25N2 Circuit Breaker?
A: Its primary function is to protect electrical circuits against abnormal current conditions, including overloads and short circuits, according to its specific protection configuration.
Q2: What is the difference between overload protection and short-circuit protection?
A: Overload protection responds to sustained excessive current that may cause overheating, while short-circuit protection responds to much higher fault currents and operates rapidly to interrupt the fault.
Q3: Can the MT25N2 be used in motor protection applications?
A: It may be incorporated into suitable motor power distribution arrangements. However, motor starting current, overload protection requirements, and coordination with other protective devices must be evaluated before selection.
Q4: What should be checked before replacing an existing circuit breaker?
A: Verify the rated operational voltage, rated current, breaking capacity, number of poles, trip characteristics, connection arrangement, and compatibility with the electrical panel.
Q5: Why is breaking capacity important when selecting a circuit breaker?
A: Breaking capacity determines the maximum prospective short-circuit current that the breaker can safely interrupt under specified conditions. It must be suitable for the available fault current at the installation point.
Q6: What can cause a circuit breaker to trip repeatedly?
A: Common causes include circuit overload, short circuits, insulation deterioration, loose electrical connections, and defective connected equipment. The underlying fault should be identified before resetting the breaker.
Q7: Does a circuit breaker require periodic maintenance?
A: Yes. Maintenance should include visual inspection, checking connection integrity, reviewing operating conditions, and performing appropriate functional tests according to the manufacturer's procedures.
Q8: Can the MT25N2 be installed in any Schneider electrical panel?
A: No. Panel compatibility depends on the breaker's mounting arrangement, electrical ratings, connection design, and the distribution assembly's approved configuration.
Q9: What is electrical selectivity in a circuit protection system?
A: Selectivity means coordinating protective devices so that the breaker closest to a fault operates first, minimizing unnecessary interruption to other parts of the electrical installation.
Q10: What precautions should be taken during circuit breaker installation?
A: Disconnect and isolate the power supply, verify the absence of voltage, follow applicable electrical safety procedures, and ensure that installation and connection work is performed by qualified personnel.
