Brand:Schneider PLC Item No.:MTE40H 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 MTE40H Breaker is an electrical protection component intended for low-voltage power distribution applications. It is relevant to industrial and commercial installations where circuit protection, equipment maintenance, and dependable distribution arrangements are important.
When selecting this model, buyers should confirm the complete product reference and nameplate information rather than relying on the model designation alone. Important details include rated current, rated voltage, breaking capacity, pole configuration, trip-unit type, and terminal arrangement.
For maintenance teams and equipment purchasers, accurate identification is particularly important when replacing an existing breaker or preparing spare parts for an electrical distribution system. Checking the original equipment documentation helps ensure that the selected device matches the installation requirements.
Technical Specifications
Parameter
Specification
Brand
Schneider Electric
Model
MTE40H
Product Type
Circuit Breaker
Product Series
MTE
Dimensions
322 × 228 × 277 mm
Weight
30 kg (66.14 lb)
Application
Low-voltage electrical distribution
Rated Current
Verify on product nameplate
Rated Voltage
Verify on product nameplate
Breaking Capacity
Verify in manufacturer documentation
Pole Configuration
Verify on product nameplate
Trip Unit
Verify according to product configuration
Note: Confirm the complete reference and electrical specifications before ordering or installation. Dimensions and weight are based on the supplied product information.
Recommended Related Models
The following Schneider breaker models may be useful references when reviewing equipment within related product families. They should not be treated as direct replacements without checking their electrical and mechanical specifications.
Schneider MTE06N Breaker
Schneider MTE08N Breaker
Schneider MTE10N Breaker
Schneider MTE12N Breaker
Schneider MTE16N Breaker
Popular Related Models
Other Schneider breaker models that may be relevant to industrial power distribution procurement include:
Schneider MT25H2 Breaker
Schneider MT32H2 Breaker
Schneider MT40H2 Breaker
Schneider MT50H2 Breaker
Schneider MT63H2 Breaker
When comparing these models, verify rated current, voltage, breaking capacity, trip-unit configuration, mounting dimensions, and connection requirements to ensure the selected breaker is suitable for the intended electrical system.
Applications
The Schneider MTE40H Breaker is designed for use in low-voltage electrical distribution systems where dependable circuit protection and controlled power distribution are essential. It can be considered for industrial facilities, commercial buildings, electrical control panels, and infrastructure installations, subject to confirmation of its rated electrical parameters and system requirements.
Typical application areas include:
Industrial power distribution cabinets and switchboards.
Electrical protection in manufacturing facilities.
Commercial building distribution systems.
Power distribution assemblies in infrastructure projects.
Selecting the correct breaker requires checking the rated current, operating voltage, short-circuit breaking capacity, pole configuration, and installation arrangement.
Key Advantages
1. Reliable Circuit Protection
The breaker is intended for integration into low-voltage distribution systems to help protect electrical circuits against specified fault conditions.
2. Industrial Installation Suitability
Its breaker format makes it suitable for consideration in industrial switchboards and electrical distribution assemblies.
3. Space-Conscious Configuration
The supplied dimensions of 322 × 228 × 277 mm provide useful reference information for panel layout and equipment planning.
4. Support for Electrical System Organization
A properly selected breaker helps organize power distribution and supports the protection strategy of an electrical installation.
5. Practical Replacement Planning
The MTE40H model designation helps identify the required equipment during maintenance, spare-parts procurement, and replacement planning. The complete nameplate and manufacturer documentation should be checked before substitution.
Technical FAQs
Q1: What is the Schneider MTE40H used for?
It is a circuit breaker intended for use in electrical distribution applications. Its exact protection characteristics depend on the product's rated specifications.
Q2: Is the MTE40H suitable for industrial electrical panels?
It may be considered for industrial distribution panels when its electrical ratings, mounting requirements, and operating conditions match the installation.
Q3: What electrical parameters should be checked before installation?
Verify rated operational voltage, rated current, frequency, number of poles, and short-circuit breaking capacity.
Q4: Can this breaker protect against short circuits?
Circuit breakers are commonly used for short-circuit protection, but the applicable breaking capacity and protection characteristics must be confirmed from the MTE40H's technical documentation.
Q5: Does the breaker provide overload protection?
The overload protection function depends on the installed trip unit and product configuration. Confirm the trip characteristics before selecting the device.
Q6: How can the correct replacement model be identified?
Compare the complete model designation, electrical ratings, trip-unit configuration, connection arrangement, and mounting dimensions with the existing device.
Q7: What should be checked during routine maintenance?
Inspect the enclosure, terminals, connections, operating mechanism, and visible signs of overheating or mechanical damage. Follow the manufacturer's maintenance instructions.
Q8: Can the MTE40H be installed in an existing switchboard?
Only if the available mounting space, busbar or cable connections, electrical ratings, and installation clearances are compatible.
Q9: What precautions are necessary before servicing the breaker?
Isolate the power supply, apply appropriate lockout/tagout procedures, and verify the absence of voltage using suitable test equipment. Work should be performed by qualified electrical personnel.
Q10: Why is accurate model identification important when purchasing a replacement?
Different breaker variants may have different electrical ratings, trip characteristics, and connection configurations. Matching the complete model and specifications helps reduce replacement errors.
