Home » Products » High-Voltage and Charging Cables » 180HV SSC-FHL2GCB2G Shielded copper high voltage cables

180HV SSC-FHL2GCB2G Shielded copper high voltage cables

FHL2GCB2G-Shielded Copper High-voltage Cables for Hybrid- and Battery Vehicles - Temperature Class +180 °C.

Quantity:
Availability:





Inquire Add to Basket

Model:
FHL2GCB2G
Brand:
REPS

FHL2GCB2G Electical car charging cable

Product Description

Techinal Data

Dimensions

Product Description

Applications

Shielded copper high voltage cables for hybrid and battery vehicles.

Conductor cross-sections can be optimized thanks to our Coroflex high-voltage cables - because they are suitable for rated voltages of up to 600 volts a.c. / 1,000 volts d.c. and withstand temperatures of up to 180 °C. With our simulation capabilities, we are able to calculate conductor heating as a function of current loads and operating ambient temperatures. Our derating simulations enable you to define your optimum conductor cross-sections - and thus reduce weight, packaging space and costs.

Technical Data

Characteristics

Low Bending Radii
Reliable Insulation Resistance
Excellent Sealing Properties
Talc-free Surfaces
High Performance Silicone
Weight Saving Potentials

Dimensions

CORES		CORE		OUTER SHEATH		RESISTANCE (d.c.20°C)(max.)
NO.	SIZE	DIAMETER [mm]		DIAMETER [mm]		CONDUCTOR [mQ/m]	SCREEN [mQ/m]
1x	4.0 mm²	3.70	-0.30	5.80	-0.5	4.71	13.8
1 x	6.0 mm²	4.30	-0.30	6.50	-0.5	3.14	11.2
1 x	10 mm²	6.00	-0.60	8.80	-0.6	1.82	9.1
1x	12 mm²	6.50	-0.60	9.50	-0.6	1.52	7.7
1 x	16 mm2	7.20	-0.60	10.20	-0.6	1.16	7.6
1 x	20 mm²	7.80	-0.60	11.00	-0.6	0.955	6.6
1 x	25 mm²	8.80	-0.60	12.20	-0.6	0.743	4.4
1 x	30 mm²	9.60	-0.70	13.40	-0.6	0.647	3.8
1 x	35 mm²	10.50	-0.70	14.40	-0.6	0.527	3.8
1 x	40 mm2	11.10	-0.70	15.00	-0.6	0.473	3.3
1x	50 mm2	12.20	-0.70	15.80	-0.6	0.368	3.7
1 x	60 mm²	13.30	-1.20	16.90	-0.6	0.315	3.0
1 x	70 mm2	14.40	-1.40	18.20	-0.8	0.259	2.7
1 x	85 mm²	15.80	-1.40	19.80	-0.8	0.219	2.7
1x	95 mm²	17.20	-1.40	20.90	-0.8	0.196	1.9
1x	120 mm²	19.00	-1.40	23.00	-0.8	0.153	1.7