LMBE Busbar Trunking Systems
LMBE Busbar Trunking Systems
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​
1. Superior Energy Efficiency​
- 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​
2. Compact & Space-Saving​
- 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​
3. Enhanced Safety & Reliability​
- 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​
4. Modular Flexibility & Easy Installation​
- 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)​
5. Longevity & Low Maintenance​
- 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
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​
1. Superior Energy Efficiency​
- 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​
2. Compact & Space-Saving​
- 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​
3. Enhanced Safety & Reliability​
- 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​
4. Modular Flexibility & Easy Installation​
- 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)​
5. Longevity & Low Maintenance​
- 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
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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