Brand:Schneider PLC Item No.:MT08H1b Product Origin:France Product Dimensions:439 x 556 x 395 mm Product Weight:70 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 MT08H1B Breaker is an industrial electrical protection component intended for use in low-voltage power distribution equipment. It is relevant to installations where circuit protection, equipment reliability, and maintainability are important considerations.
For electrical engineers, maintenance departments, and industrial equipment purchasers, identifying the correct breaker configuration is essential. The model designation should be checked against the original equipment documentation and product nameplate before ordering.
Key selection details include rated operational voltage, rated current, short-circuit breaking capacity, number of poles, trip-unit type, and connection arrangement. These parameters determine whether the breaker is appropriate for the intended electrical system.
Whether required for maintenance inventory, equipment refurbishment, or replacement planning, the MT08H1B should be evaluated against the existing installation rather than selected by model name alone.
Technical Specifications
Parameter
Specification
Brand
Schneider Electric
Model
MT08H1B
Product Type
Circuit Breaker
Product Series
MT
Dimensions
439 × 556 × 395 mm
Weight
70 kg (154.32 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: Dimensions and weight are based on the supplied information. Confirm the complete model reference and electrical specifications before ordering or installation.
Recommended Related Models
The following Schneider models may be useful references when comparing breaker options within related product families. They are not automatically interchangeable with the MT08H1B.
Schneider MT06N1 Breaker
Schneider MT08N1 Breaker
Schneider MT10N1 Breaker
Schneider MT12N1 Breaker
Schneider MT25H2 Breaker
Popular Related Models
Other Schneider breaker models that may be relevant to industrial electrical distribution projects include:
Schneider MT32H2 Breaker
Schneider MT40H2 Breaker
Schneider MT50H2 Breaker
Schneider MT63H2 Breaker
Schneider MVS06N Breaker
For replacement or new installations, compare the complete product reference, rated current, voltage, breaking capacity, trip-unit configuration, and mechanical installation requirements before selecting a model.
Applications
The Schneider MT08H1B Breaker is intended for low-voltage electrical distribution applications where reliable circuit control and protection are essential. It may be considered for industrial power distribution systems, electrical switchboards, and large facility installations, provided its electrical ratings and configuration meet the requirements of the application.
Typical application areas include:
Industrial power distribution panels and switchboards.
Before selecting this breaker, confirm its rated current, operating voltage, short-circuit breaking capacity, pole configuration, and trip-unit specifications.
Main Advantages
1. Designed for Power Distribution Applications
The MT08H1B is a breaker model intended for integration into electrical distribution equipment. Correct selection helps establish an appropriate protection arrangement for the connected system.
2. Suitable for Industrial Environments
Its large-format dimensions make it relevant to equipment planning for industrial switchboards and electrical distribution assemblies.
3. Supports Maintenance and Replacement Planning
The complete model designation helps maintenance teams identify the required equipment when sourcing spare parts or planning replacement work.
4. Installation Planning Reference
The supplied dimensions of 439 × 556 × 395 mm provide a reference for checking panel space, mounting arrangements, and equipment clearances.
5. Integration with Protection Systems
When correctly specified, a circuit breaker can form part of a coordinated electrical protection system designed around the installation's operating conditions.
Technical FAQs
Q1: What is the Schneider MT08H1B Breaker used for?
It is intended for low-voltage electrical distribution applications. Its specific protection functions and operating limits depend on the product configuration.
Q2: What should be checked before purchasing this breaker?
Confirm the complete model number, rated current, rated voltage, breaking capacity, pole configuration, and trip-unit details.
Q3: Can the MT08H1B be used in industrial switchboards?
It may be suitable for industrial switchboard applications when its electrical and mechanical specifications match the system design.
Q4: What determines the short-circuit protection capability?
The breaker’s rated short-circuit breaking capacity and associated electrical characteristics determine its suitability for a particular fault level. Check the manufacturer's specifications.
Q5: Does the breaker provide overload protection?
Overload protection depends on the installed trip unit and its configuration. Verify the trip-unit type and settings before commissioning.
Q6: Can this model replace another Schneider breaker?
Not automatically. Replacement requires checking electrical ratings, dimensions, mounting points, terminal arrangements, and protection characteristics.
Q7: What maintenance checks are recommended?
Inspect the terminals, connections, enclosure, operating mechanism, and visible signs of overheating or damage. Follow the manufacturer's maintenance schedule.
Q8: What should be considered when installing the breaker?
Check mounting compatibility, connection requirements, conductor sizing, electrical clearances, and the environmental conditions specified for the device.
Q9: What safety measures are required before maintenance?
Isolate the electrical supply, apply lockout/tagout procedures, and verify that the circuit is de-energized. Maintenance should be performed by qualified personnel.
Q10: Why is the complete model designation important?
Similar-looking breaker models can have different ratings, configurations, or accessories. Confirming the complete designation helps prevent incorrect procurement and installation.
