LMBE MCB Panel Board
LMBE MCB Panel Board
Standard：IEC61439-2:2011
Rated current：125A
Copper Thickness：2.0/2.5mm
Material：Tinned plated copper purity 99.7%
Certification：CE
Stand breaking capacity：Icw 20KA – 0.2S (3-Phase main busbar) 17KA – 0.25S (3-Phase main busbar)
Incomer：3 phase MCB, Isolator, ELCB, MCCB up to 125A
Outing going：up to 72 poles way any kind of MCB
No. of Way：4W,6W,8W,10W,12W,14W,16W,18W,20W,22W,24W
Branch breaker：Plug in type MCB
Installation base:Suit for Plug in type MCB
Standard：IEC61439-2:2011
Rated current：125A
Copper Thickness：2.0/2.5mm
Material：Tinned plated copper purity 99.7%
Certification：CE
Stand breaking capacity：Icw 20KA – 0.2S (3-Phase main busbar) 17KA – 0.25S (3-Phase main busbar)
Incomer：3 phase MCB, Isolator, ELCB, MCCB up to 125A
Outing going：up to 72 poles way any kind of MCB
No. of Way：4W,6W,8W,10W,12W,14W,16W,18W,20W,22W,24W
Branch breaker：Plug in type MCB
Installation base:Suit for Plug in type MCB
Core Advantages
- Optimized conductor design reduces transmission losses by up to 30% compared to traditional cables
- Low impedance and minimal voltage drop ensure stable power delivery over long distances
- Complies with global energy efficiency regulations, lowering operational costs and carbon footprint
- 30-50% higher current-carrying capacity than air-insulated systems with the same cross-section
- Reduces electrical shaft space requirements, maximizing usable floor area in commercial and industrial buildings
- Sleek, enclosed design integrates seamlessly with modern architectural aesthetics
- Fully enclosed aluminum-magnesium alloy housing (≥4mm thickness) provides exceptional mechanical strength and corrosion resistance
- IP54 to IP68 protection ratings (dust, water, and touch-proof) for versatile environment adaptability
- Halogen-free insulation materials (flame retardant Class B+) and short-circuit resistance prevent fire hazards and ensure long-term stability
- Pre-fabricated sections (max 3m length) enable 50% faster on-site installation than cable systems
- Hot-swappable tap-off units allow live-line maintenance and expansion without production downtime
- Supports three-phase four-wire + PE configuration, with scalable power ratings from low (below 630A) to high (above 2500A)
- High-purity T2 electrolytic copper conductors (≥99.9% purity, resistivity 777Ωm㎡/m) ensure durability
- 30-year service life with minimal maintenance requirements
- Reusable components facilitate quick migration and retrofitting
Standards: BS/EN/IEC 61439 -2
Rating: this model was classified into 3 frames by different thickness copper use. 100A-2.5mm
Operating Voltage: 400/415V
Frequency: 50/60Hz
1. Free-proof material for the isolation case
2 .Incoming switch: 3Phase Mcb,Isolator,Elcb,MCCB up to 150A
3 .Outgoing: upto 72 poles way, 4, 6, 8, 12, 18 & NEW 24 Way (TP) options, in 25mm interval, any kind of plug-in MCB, branch mounted on the rail of the base.The rail of the base can be designed according customer’s inquiring,
4.Main copper bar and branch bar fabricated as one part
5. Installation base as required: Base can be fabricated separately for branch, and mainbreaker
6. According different main breaker make the suitable connection link.
7. According to the revolved washer, can adjust the height of the base in order to adjust the breakers height in the DB..
8. Smaller desgin, Suitable for mounting in separate enclosure
9.Fully shrouded continuously rated copper busbar
10. 25kA short circuit capacity
11.One piece (no welds or rivets) phase busbars to eliminate the risk of hot spots
12.Accepts 6kA, 10kA and 15kA MCBs and flying lead RCBOs
Application
- Data Centers: Supports high-density power distribution and real-time monitoring integration
- Industrial Plants: Withstands harsh conditions while enabling flexible production line reconfiguration
- Commercial Complexes: Maximizes usable space in malls, airports, and high-rise buildings
- Infrastructure Projects: Powers smart cities, metro rail networks, and renewable energy facilities
- Residential Buildings: Delivers safe, efficient power for modern smart homes
- Transportation: Integrates with EV charging networks and transit infrastructure
Industry Compliance & Sustainability
- Complies with IEC 61439-6 (primary global standard for busway systems)
- Meets fire safety regulations with non-toxic, flame-retardant materials
- Supports carbon reduction goals through energy-efficient design
- Utilizes recycled and eco-friendly materials (e.g., Technyl 4 Earth nylon components)
Why Choose Our BTS?
- Lower operational costs through reduced energy loss and maintenance
- Maximum flexibility for evolving power requirements
- Uncompromised safety and compliance with international standards
- Seamless integration with renewable energy and smart management systems
Core Advantages
- Optimized conductor design reduces transmission losses by up to 30% compared to traditional cables
- Low impedance and minimal voltage drop ensure stable power delivery over long distances
- Complies with global energy efficiency regulations, lowering operational costs and carbon footprint
- 30-50% higher current-carrying capacity than air-insulated systems with the same cross-section
- Reduces electrical shaft space requirements, maximizing usable floor area in commercial and industrial buildings
- Sleek, enclosed design integrates seamlessly with modern architectural aesthetics
- Fully enclosed aluminum-magnesium alloy housing (≥4mm thickness) provides exceptional mechanical strength and corrosion resistance
- IP54 to IP68 protection ratings (dust, water, and touch-proof) for versatile environment adaptability
- Halogen-free insulation materials (flame retardant Class B+) and short-circuit resistance prevent fire hazards and ensure long-term stability
- Pre-fabricated sections (max 3m length) enable 50% faster on-site installation than cable systems
- Hot-swappable tap-off units allow live-line maintenance and expansion without production downtime
- Supports three-phase four-wire + PE configuration, with scalable power ratings from low (below 630A) to high (above 2500A)
- High-purity T2 electrolytic copper conductors (≥99.9% purity, resistivity 777Ωm㎡/m) ensure durability
- 30-year service life with minimal maintenance requirements
- Reusable components facilitate quick migration and retrofitting
Standards: BS/EN/IEC 61439 -2
Rating: this model was classified into 3 frames by different thickness copper use. 100A-2.5mm
Operating Voltage: 400/415V
Frequency: 50/60Hz
1. Free-proof material for the isolation case
2 .Incoming switch: 3Phase Mcb,Isolator,Elcb,MCCB up to 150A
3 .Outgoing: upto 72 poles way, 4, 6, 8, 12, 18 & NEW 24 Way (TP) options, in 25mm interval, any kind of plug-in MCB, branch mounted on the rail of the base.The rail of the base can be designed according customer’s inquiring,
4.Main copper bar and branch bar fabricated as one part
5. Installation base as required: Base can be fabricated separately for branch, and mainbreaker
6. According different main breaker make the suitable connection link.
7. According to the revolved washer, can adjust the height of the base in order to adjust the breakers height in the DB..
8. Smaller desgin, Suitable for mounting in separate enclosure
9.Fully shrouded continuously rated copper busbar
10. 25kA short circuit capacity
11.One piece (no welds or rivets) phase busbars to eliminate the risk of hot spots
12.Accepts 6kA, 10kA and 15kA MCBs and flying lead RCBOs
Application
- Data Centers: Supports high-density power distribution and real-time monitoring integration
- Industrial Plants: Withstands harsh conditions while enabling flexible production line reconfiguration
- Commercial Complexes: Maximizes usable space in malls, airports, and high-rise buildings
- Infrastructure Projects: Powers smart cities, metro rail networks, and renewable energy facilities
- Residential Buildings: Delivers safe, efficient power for modern smart homes
- Transportation: Integrates with EV charging networks and transit infrastructure
Industry Compliance & Sustainability
- Complies with IEC 61439-6 (primary global standard for busway systems)
- Meets fire safety regulations with non-toxic, flame-retardant materials
- Supports carbon reduction goals through energy-efficient design
- Utilizes recycled and eco-friendly materials (e.g., Technyl 4 Earth nylon components)
Why Choose Our BTS?
- Lower operational costs through reduced energy loss and maintenance
- Maximum flexibility for evolving power requirements
- Uncompromised safety and compliance with international standards
- Seamless integration with renewable energy and smart management systems
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