Brand:Schneider PLC Item No.:MTE12N Product Origin:France Product Dimensions:322 x 228 x 277 mm Product Weight:30 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 MTE12N Breaker is a circuit breaker model to evaluate when sourcing electrical protection equipment for industrial distribution applications. Selecting the appropriate breaker requires careful consideration of system voltage, operating current, fault-interruption requirements, and mechanical compatibility with the existing installation.
For industrial maintenance teams, electrical contractors, and procurement specialists, confirming the complete model designation is an important first step. Similar product names do not necessarily indicate identical electrical characteristics or interchangeable mounting arrangements.
When sourcing the Schneider MTE12N Breaker, verify the product nameplate and required configuration before purchase. This helps reduce selection errors and supports more efficient equipment replacement, maintenance planning, and spare-parts management.
Technical Specifications
Parameter
Specification
Brand
Schneider Electric
Model
MTE12N
Product Type
Circuit Breaker
Product Category
Electrical Power Distribution and Protection
Dimensions
322 × 228 × 277 mm
Shipping Weight
30 kg / 66.14 lb
Application
Electrical distribution and circuit protection
Rated Voltage
Verify against the product nameplate
Rated Current
Verify against the product nameplate
Breaking Capacity
Verify against the product documentation
Pole Configuration
Confirm the exact version
Trip Unit
Confirm the installed configuration
Accessories
Subject to model compatibility
Installation
According to the verified product specifications and system requirements
Recommended Related Models
The following Schneider Electric breaker models and product families may be useful for comparison when sourcing circuit protection equipment. They are not confirmed direct replacements for the MTE12N.
Schneider MTE06N Breaker — A related MTE model designation for equipment comparison.
Schneider MTE08N Breaker — Another model to review when assessing electrical and mechanical requirements.
Schneider MTE10N Breaker — A related model designation for procurement comparison.
Schneider MVS12N Breaker — A separate model to evaluate against the application's protection requirements.
Before selecting an alternative, verify the electrical ratings, mounting arrangement, terminal configuration, trip unit, and accessory compatibility.
Popular Related Models
Other Schneider Electric circuit breaker product families that may be relevant to industrial equipment procurement include:
Schneider Masterpact MTZ Circuit Breakers
Schneider Masterpact NW Circuit Breakers
Schneider Masterpact NT Circuit Breakers
Schneider Compact NSX Circuit Breakers
These product families serve different electrical applications and rating ranges. Confirm the exact technical requirements and system compatibility before considering any of them as a substitute for the MTE12N.
Applications
The Schneider MTE12N Breaker is a model-specific circuit breaker to evaluate for electrical distribution and circuit protection applications. In industrial environments, choosing the correct breaker helps protect electrical circuits, support operational continuity, and maintain compatibility with the wider power distribution system.
Potential application areas include:
Industrial Power Distribution: Supports circuit protection in systems where the breaker ratings match the electrical design.
Electrical Switchboards: May be considered for compatible switchboard and distribution panel assemblies.
Manufacturing Facilities: Can be evaluated for power distribution circuits serving industrial machinery and auxiliary equipment.
Facility Maintenance: May be considered during planned equipment replacement or electrical system refurbishment.
Spare Parts Procurement: Provides a specific model designation for sourcing and inventory management.
Before installation, verify the MTE12N's rated current, operational voltage, breaking capacity, trip unit, and mechanical configuration against the intended application.
Advantages
The Schneider MTE12N Breaker can be assessed for applications requiring a correctly specified circuit protection component. Careful product selection helps maintenance and procurement teams reduce compatibility risks and support reliable electrical system operation.
Circuit Protection: Supports protection against specified electrical fault conditions when properly rated and configured.
Distribution System Integration: Can be evaluated for compatible electrical panels and distribution assemblies.
Procurement Identification: The model designation helps buyers specify the requested component during ordering.
Replacement Planning: Verifying the complete configuration helps reduce the risk of selecting an unsuitable replacement.
Maintenance Support: Accurate equipment identification can simplify spare-parts planning and servicing workflows.
System Compatibility Assessment: Allows technical teams to compare the breaker with connected equipment and existing protection devices.
Actual performance depends on the confirmed product specifications, installation conditions, and coordination with the complete electrical protection system.
Technical FAQs
Q1: What is the Schneider MTE12N Breaker used for?
It is identified as a circuit breaker for electrical protection applications. Its suitability for a specific installation depends on its verified electrical ratings and configuration.
Q2: What electrical parameters should be checked before ordering?
Confirm the rated operational voltage, rated current, short-circuit breaking capacity, pole configuration, and operating frequency. These must match the requirements of the target system.
Q3: Can the MTE12N replace the MTE10N Breaker?
Interchangeability should not be assumed from the model designation alone. Compare the electrical ratings, mounting arrangement, terminal configuration, trip unit, and accessory requirements before approving a replacement.
Q4: Why does breaking capacity matter?
Breaking capacity specifies the fault current a breaker can interrupt under defined conditions. The selected rating must be suitable for the prospective short-circuit current at the installation point.
Q5: What does the trip unit do?
The trip unit detects specified abnormal electrical conditions and initiates breaker opening when its protection criteria are met. Available functions depend on the exact configuration.
Q6: Are auxiliary contacts and other accessories available?
Accessory availability depends on the specific breaker version. Verify the compatible accessory list before ordering auxiliary contacts or additional operating components.
Q7: How should the breaker be coordinated with other protective devices?
Review protection characteristics, fault-current levels, upstream and downstream device settings, and connected equipment requirements. A qualified electrical engineer should assess the complete protection scheme.
Q8: What should be verified before installation?
Check the mounting arrangement, terminal connections, conductor requirements, clearances, and electrical ratings. Installation should follow the applicable safety standards and manufacturer instructions.
Q9: What maintenance inspections are recommended?
Follow the applicable maintenance documentation. Depending on the design, inspections may include checking connections, operating mechanisms, insulation, and visible signs of overheating or damage.
Q10: What information helps identify the correct replacement?
Provide the complete model designation, nameplate ratings, trip unit details, accessory configuration, terminal arrangement, and photographs of the existing unit where available.
