Curved Hfp56 Conductor Rail with Curved Angle 180 Degree

• Model: Hfp56-4-15/80
• Cross Section: 15 mm2
• Max. Current: 80 a
• Shipping Cost: Estimated freight per unit.: about shipping cost and estimated delivery time.
• Currency: US$
• Return&refunds: You can apply for a refund up to 30 days after receipt of the products.
• Model NO.: HFP56
• Leakage-Distance: 35 mm
• Max. Voltage: 600 V
• Resistance: 1.137 Ω
• Transport Package: Wooden Case
• Specification: 4 Poles
• Trademark: Nante
• Origin: China
• Production Capacity: 100000 Sets Per Year

Product Description

Customized Curve Conductor Rail System/ Busbar HFP56


General 

HXTF Enclosed Conductor Rail System, also known as Multi-polar Conductor Busbar, Trolley Bus Bar, and Enclosed Conductor Bar System, is a transmission device to provide power and energy for mobile devices.

Feature

1. It has the function of preventing unexpected shock hazard, and used in indoors and outdoors. 
2. The engineering plastic insulating housing can be put into different cross-sectional shapes of copper conductor.
3. The copper conductor is 4, allowance rated current is 35A-240A.
4. The operation of current collector is by running in ball bearings, and mainly transmitted through the carbon brush with spring.
5. The housing is color green and plastic, standard length is 4 Meters, other lengths are available.
6. The ground conductor is identified by internal color code.
7. Phase reversing prevente
d by the current collector and housing's design.

 
Specification

Model	Pole No.	Cross section (mm^2 )	Max. current (A)	Leakage-distance (mm)	Max. voltage (V)	Resistance (Ω)	Weight (kg)
HFP56-4-8/35	4	8	35	35	600	1.944	2.09
HFP56-4-10/50	4	10	50	35	600	1.656	2.16
HFP56-4-12/65	4	12	65	35	600	1.321	2.23
HFP56-4-15/80	4	15	80	35	600	1.137	2.3
HFP56-4-20/100	4	20	100	33	600	1.011	2.43
HFP56-4-25/120	4	25	120	33	600	0.713	2.56
HFP56-4-35/140	4	35	140	33	600	0.522	2.95
HFP56-4-50/170	4	50	170	33	600	0.337	3.25
HFP56-4-70/210	4	70	210	33	600	0.265	3.85
HFP56-4-80/240	4	80	240	30	600	0.223	4.16