Brand:Schneider PLC Item No.:MT16H1b 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 MT16H1B Breaker is an electrical protection component intended for low-voltage power distribution applications. It is relevant to industrial and commercial installations where dependable circuit protection and effective electrical system maintenance are important.
For industrial equipment buyers and maintenance engineers, accurate model identification is essential when purchasing a replacement breaker or building spare-parts inventory. Similar product designations may represent different electrical ratings or configurations, so the complete reference should always be verified.
Before integrating the MT16H1B into an electrical system, users should confirm its rated current, operational voltage, short-circuit breaking capacity, pole configuration, trip-unit type, and terminal arrangement. These details help determine whether the breaker meets the requirements of the intended installation.
With its model-specific identification and defined physical dimensions, the MT16H1B can be included in equipment sourcing and maintenance planning once its technical configuration has been confirmed.
Technical Specifications
Parameter
Specification
Brand
Schneider Electric
Model
MT16H1B
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 Operational Voltage
Verify on product nameplate
Short-Circuit 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 breaker references may be useful when comparing products within related electrical distribution families. Compatibility and interchangeability must be confirmed separately.
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 power distribution projects include:
Schneider MT32H2 Breaker
Schneider MT40H2 Breaker
Schneider MT50H2 Breaker
Schneider MT63H2 Breaker
Schneider MVS16N Breaker
When selecting a related model, compare the electrical ratings, breaking capacity, trip-unit configuration, mounting dimensions, and connection requirements to ensure suitability for the intended application.
Applications
The Schneider MT16H1B Breaker is intended for low-voltage electrical distribution systems where dependable circuit protection and effective power management are required. It can be considered for industrial facilities, commercial electrical installations, and power distribution assemblies when its rated specifications are suitable for the application.
Typical application scenarios include:
Industrial switchboards and distribution cabinets.
Manufacturing plants and automated production facilities.
Commercial building power distribution systems.
Infrastructure electrical installations.
Industrial equipment power supply systems.
Electrical maintenance and replacement projects.
Correct selection requires checking the system voltage, rated current, short-circuit level, pole configuration, and trip-unit characteristics.
Product Benefits
1. Dependable Circuit Protection
The MT16H1B is designed for use in electrical protection arrangements. Its suitability for a specific circuit depends on its rated breaking capacity and protection configuration.
2. Industrial Power Distribution Applications
The breaker can be evaluated for industrial switchboards and electrical distribution assemblies where its electrical and mechanical specifications match the installation.
3. Convenient Equipment Identification
The complete model designation helps purchasers and maintenance personnel identify the required equipment during spare-parts sourcing and replacement planning.
4. Installation Planning Support
The supplied dimensions of 439 × 556 × 395 mm provide a reference for evaluating panel space, mounting arrangements, and maintenance clearances.
5. Support for Maintenance Operations
Accurate model identification and specification verification help reduce procurement errors and support more efficient electrical equipment maintenance.
Technical FAQs
Q1: What is the Schneider MT16H1B Breaker used for?
It is a circuit breaker intended for low-voltage electrical distribution applications. Its specific operating characteristics depend on the product configuration.
Q2: Can the MT16H1B be used in industrial distribution panels?
It can be considered for industrial distribution applications when its electrical ratings, mounting requirements, and connection arrangements are compatible with the panel.
Q3: Which parameters are essential when selecting this breaker?
Important parameters include rated current, rated operational voltage, breaking capacity, pole configuration, and trip-unit characteristics.
Q4: Why is short-circuit breaking capacity important?
It indicates the fault-current level the breaker can interrupt under specified conditions. The selected rating must meet the prospective short-circuit current at the installation point.
Q5: Does the breaker support overload protection?
This depends on the installed trip unit and its settings. The exact protection functions should be verified using the product documentation.
Q6: Can the MT16H1B replace another MT-series breaker?
A replacement should not be assumed based on the series name alone. Electrical ratings, mechanical dimensions, mounting points, and terminal arrangements must all be compared.
Q7: What should be inspected during routine maintenance?
Check the enclosure, terminals, electrical connections, operating mechanism, and any visible signs of overheating or mechanical damage. Follow the manufacturer's maintenance recommendations.
Q8: What should be considered before commissioning?
Verify the installation, wiring, connection torque requirements, protection settings, and compatibility with the distribution system before energizing the equipment.
Q9: What safety measures are necessary during servicing?
Disconnect and isolate the power supply, apply lockout/tagout procedures, and verify the absence of voltage. Only qualified electrical personnel should carry out maintenance.
Q10: How can buyers avoid ordering the wrong breaker variant?
Check the complete model reference, product nameplate, rated parameters, trip-unit configuration, and original equipment documentation before purchasing.
