Hover to magnify image or click to enlarge

FleXbus Conductor Rep, 360 mm², 17,000 mm x 25 mm x 12.5 mm x 31.7 kg

Name: FleXbus Conductor Rep, 0,558 in² ,669,29'' x 0.98" x 0.49" x 69.87 lb
Brand: DATA-SOLUTIONS
SKU: FLEXCORE360L17

Catalog#: FLEXCORE360L17

The nVent ERIFLEX FleXbus Conductor with Rodent and Termite Repellent is designed for easy, one-sided use with a direct connection to a busbar or circuit-breaker palm. This innovative and patented solution provides a reliable connection between two pieces of electrical equipment, such as a transformer, switchboard, or generator. The FleXbus Advanced solution ensures high reliability and offers a customizable on-site connection without the need for additional design studies, specialized workforce, or expensive tools. The FleXbus Conductor is insulated with a low-smoke, halogen-free, flame-retardant (LSHFFR), high-temperature, and class II material. It is a flexible, copper-plated, aluminum flat braid available in lengths from 2 to 25 meters and in various cross sections for 500A to 6300A applications. This conductor allows for connection from the power supply to switchgear with only one conductor per phase up to 1600kVA and with two conductors per phase up to 3150kVA.

Need technical support or a quote, we’re here to assist.

Details Application images Resources Video Additional Product Details

Details

Features

Flexible, insulated, copper-plated aluminum flat braid
Better current/ampacity compared to cable due to the skin effect
Significantly more flexible than cable
No need to adhere to a bending radius
Ready-to-use from one side with a direct connection to a busbar or circuit breaker palm
Requires only one conductor per phase for 400kVA (560 A) to 1600kVA (2250 A) and two conductors per phase for 2000kVA (2800 A) to 3150kVA (4435 A)
Insulation sleeve contains a special additive that makes the FleXbus conductor resistant to rodents and termites

Specifications

Aktualny współczynnik w zależności od wzrostu temperatury
Wzrost temperatury	ΔT 30°C	ΔT 40°C	ΔT 45°C	ΔT 50°C	ΔT 55°C	ΔT 60°C	ΔT 65°C	ΔT 70°C
Współczynnik obniżenia	0.71	0.82	0.87	0.91	0.96	1.00	1.04	1.08