EAE E-Line KX Busbar
The E-Line KX series by EAE is engineered for high-current distribution where performance, safety, and space efficiency are critical. Its innovative hybrid insulation and compact structure deliver superior heat transfer, minimal voltage drop, and simplified installation — making it an ideal choice for modern industrial and commercial power systems.
Design type: Hybrid insulation (tin-plated and polyester-film-insulated conductors within epoxy-coated aluminium housing)
Insulation class: Class B polyester film
Current range: Designed for high-current busbar systems
Housing: Extruded aluminium enclosure providing mechanical strength and heat dissipation
Joint system: One-bolt connection with Belleville spring washers
Torque requirement: 83 Nm (60 lb-ft) for joint tightening
Hybrid Insulation Design: Conductors are tightly packed and encapsulated within Class B polyester insulation and epoxy coating, maximising electrical safety and thermal performance.
Efficient Heat Transfer: The compact structure eliminates air gaps; heat is efficiently conducted through the aluminium housing, which acts as a natural heat sink.
Minimal Voltage Drop: Closely spaced conductors drastically reduce inductive reactance, ensuring stable voltage levels even under heavy load.
Reliable One-Bolt Joint: The Belleville washer system maintains consistent contact pressure, preventing loosening over time and eliminating maintenance requirements.
Ease of Installation: Alignment pieces ensure perfect positioning between joint elements and busbar trays, simplifying assembly and ensuring safety.
Industrial power distribution for manufacturing and heavy-duty machinery
Commercial buildings requiring compact, low-loss power distribution networks
Data centres and infrastructure projects where reliability and reduced heat build-up are vital
Renewable energy and utility installations demanding efficient, maintenance-free current distribution
To contact Mechtric about EAE E-Line KX Busbar use Get a quote.
The E-Line KX series by EAE is engineered for high-current distribution where performance, safety, and space efficiency are critical. Its innovative hybrid insulation and compact structure deliver superior heat transfer, minimal voltage drop, and simplified installation — making it an ideal choice for modern industrial and commercial power systems.
Design type: Hybrid insulation (tin-plated and polyester-film-insulated conductors within epoxy-coated aluminium housing)
Insulation class: Class B polyester film
Current range: Designed for high-current busbar systems
Housing: Extruded aluminium enclosure providing mechanical strength and heat dissipation
Joint system: One-bolt connection with Belleville spring washers
Torque requirement: 83 Nm (60 lb-ft) for joint tightening
Hybrid Insulation Design: Conductors are tightly packed and encapsulated within Class B polyester insulation and epoxy coating, maximising electrical safety and thermal performance.
Efficient Heat Transfer: The compact structure eliminates air gaps; heat is efficiently conducted through the aluminium housing, which acts as a natural heat sink.
Minimal Voltage Drop: Closely spaced conductors drastically reduce inductive reactance, ensuring stable voltage levels even under heavy load.
Reliable One-Bolt Joint: The Belleville washer system maintains consistent contact pressure, preventing loosening over time and eliminating maintenance requirements.
Ease of Installation: Alignment pieces ensure perfect positioning between joint elements and busbar trays, simplifying assembly and ensuring safety.
Industrial power distribution for manufacturing and heavy-duty machinery
Commercial buildings requiring compact, low-loss power distribution networks
Data centres and infrastructure projects where reliability and reduced heat build-up are vital
Renewable energy and utility installations demanding efficient, maintenance-free current distribution
To contact Mechtric about EAE E-Line KX Busbar use Get a quote.
Thanks for your help!
Sorry! Unable to submit your request at this time. Please try again later.
Report this product