CV、HCV、EM CE/F DC1500V PV-CC | Wires & Cables

Cables for Solar Power Generation

Product name

CV、HCV、EM CE/F DC1500V PV-CC Cables for solar power generation systems (PV cables): Product symbols

Applicable standards	CV, HCV, EM CE/F: Conforms to JIS C3605 600 V polyethylene insulated cables. CV, HCV, EM CE/F: Conforms to JIS C3605 600 V polyethylene insulated cables. PV-CC: Conforms to JCS 4517 Halogen-free cables for solar power generation systems. PV-CC: Conforms to JCS 4517 Halogen-free cables for solar power generation systems.
Rating	CV, HCV, EM CE/F: Temperature 90°C, voltage 600 VAC or 750 VDC or less CV, HCV, EM CE/F: Temperature 90°C , voltage 600 VAC or 750 VDC or less PV-CC: Temperature 90°C, voltage 1,500 VDC or less PV-CC: Temperature 90°C , voltage 1,500 VDC or less
Certified product under the Electrical Appliances and Materials Safety Act Certified product under the Electrical Appliances and Materials Safety Act	CV、HCV、EM CE/F:E JET mark product (Refer to p. 97) CV, HCV, EM CE/F: E JET mark product (Refer to p. 97.)
Third-party certified product under Article 46 of the Technical Standard for Electrical Equipment Third-party certified product under Article 46 of the Technical Standard for Electrical Equipment	PV-CC:Marked as third-party certified (S-JET). PV-CC: Marked as third-party certified (S-JET).

Applications

Used as DC cables that connect solar cell modules in solar power generation systems of 750 VDC or less (CV, HCV, EM CE/F) or 1,500 VDC or less (PV-CC), as well as connecting the modules to the connection box and the connection box to the power conditioner.

These products do not produce dioxins, halogen gas, or other toxic gases when they are incinerated for disposal. (EM CE/F, PV-CC)
The amount of smoke produced during incineration is small, and no corrosive gases are produced. (EM CE/F, PV-CC)
Because they do not contain lead or any other heavy metals, they can be disposed of in landfill without concern about elution. (All product types)
PV-CC cables are specialized for solar power generating applications. They have a shield-less structure and can be used in high-voltage ranges up to 1,500 VDC.

Black, white (CV, HCV), black (EM CE/F, PV-CC)
(Line identification is also provided.)

Due to the surrounding environment, the cable surfaces may turn white following cable installation work; however, this is a cable surface phenomenon and does not affect the characteristics.
The surface of the EM CE/F and PV-CC sheath material tends to produce white marks (streaks) on the surface (whitening phenomenon) when the cables are strongly rubbed. This is a cable surface phenomenon and does not affect the characteristics, however care should be used when handling the products.

No. of cores No. of cores	Conductor (AC) Conductor (AC)			Dielectric Thickness Dielectric thickness mm	Sheath Thickness Sheath thickness mm	Finished Outer diameter Finished outer diameter mm	Conductor resistance Conductor resistance (20°C) Ω/km	Withstand voltage Withstand voltage (in water) V/minute (in water) V/minute	Insulation resistance Insulation resistance (20°C) Ω/km	Reference value Reference value
	Nominal cross- section area Nominal cross-section area mm²	Configuration No. of wires / Single wire diameter Configuration No. of wires / Single wire diameter Wires /mm Wires/mm	Outer diameter Outer diameter mm							Maximum permissible current (40°C) Maximum permissible current (40°C) A	Approximate weight Approximate weight kg/km
	Nominal cross- section area Nominal cross-section area mm²		Outer diameter Outer diameter mm								Approximate weight Approximate weight kg/km	CV、HCV	2	7/0.6	1.8	0.8	1.5	6.4	9.24	AC 1,500/1	2500	33	60
3.5	7/0.8	2.4	0.8	1.5	7.0	5.20	47	80
5.5	7/1.0	3.0	1.0	1.5	8.0	3.33	62	115
EM CE/F	2	7/0.6	1.8	0.8	1.5	6.4	9.24	33	55
	3.5	7/0.8	2.4	0.8	1.5	7.0	5.20	47	75
	5.5	7/1.0	3.0	1.0	1.5	8.0	3.33	62	105
PV-CC	2	7/0.6	1.8	0.8	1.2	5.8	9.24	AC 6,500/5	1000	33	50
	3.5	7/0.8	2.4	0.8	1.2	6.4	5.20			47	70
	5.5	7/1.0	3.0	0.8	1.2	7.0	3.33			62	95

CV and HCV 2 mm² sizes can also be produced with different core configurations (19 wires/0.37 mm).
PV-CC does not bear the PSE mark because it is not subject to the Electrical Appliances and Materials Safety Act.
Maximum permissible current references the maximum permissible current of indoor wiring regulation 1340-2 and other sources.