A wide range of shielded cable types for voltages up to 320kV_DC.
Many cable types are furnished with semiconductive layers. These layers are smoothing the electrical field, lowering the field strength and provide low partial discharge levels enabling AC operation.
Silicone, PE and EPR dielectrics are standard - miscellaneous dielectrics on request.
UL recognized appliance wiring material - AWM style 3239 and other UL styles.

hivolt.de is able to provide modified standard types or full custom designed cable for applications where special cable types are required.

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HRG213-20-B-2

HRG213-20-B-2.pdf

50kV_DC coaxial, 3.1mm² high voltage cable with PE dielectric and PUR jacket. Suitable to replace standard 50Ω RG213 coaxial cable in high voltage applications.
Halogen free, flame retardant, low smoke (LSZH). RoHS / REACH compliant.
The jacket is resistant against oil, hydrolysis and microbes.

HRG213-20-C-2

HRG213-20-C-2.pdf

50kV_DC coaxial, 3.1mm² high voltage cable with PE dielectric and PVC jacket. Suitable to replace standard 50Ω RG213 coaxial cable in high voltage applications.
RoHS / REACH compliant. The jacket is resistant against oil.

HRG213-50-B-0

HRG213-50-B-0.pdf

50kV_DC coaxial, 3.1mm² high voltage cable with PE dielectric and PUR jacket. Suitable to replace standard 50Ω RG213 coaxial cable in high voltage applications.
Halogen free, flame retardant, low smoke (LSZH). RoHS / REACH compliant.
The jacket is resistant against oil, hydrolysis and microbes.

HSC-120-1E1SAC-2

HSC-120-1E1SAC-2.pdf

120kV_DC / 40kV_AC coaxial, 6mm² high voltage cable optimized for low partial discharge, robustness and flexibility. Halogen free design with EPR dielectric and a robust flame retardant EVA jacket. Semiconductive layers around the center conductor and the dielectric assure excellent PD behavior. The outer semiconductive layer is cold strippable.
This cable is intended and designed for measurement applications. It is not suitable for permanently powered AC medium-voltage applications. Insulation wall thickness and test voltage are not in line with common standards requirements for medium-voltage cable. Special care and attention is necessary when using the cable.

HRG58-20-2

HRG58-20-2.pdf

Shielded PE-X Dielectric High Voltage Cable.
20kV_DC coaxial high voltage cable suitable to replace the standard 50Ω RG58 coaxial cable in high voltage applications.
It is fully compatible with SHV, MHV and Kings® type coaxial connectors.
Halogen free, flame retardant, low smoke (LSZH/FRNC). RoHS/REACH compliant.
The jacket is resistant against oil, hydrolysis and microbes.

HRG303-40-U-A-2

HRG303-40-U-A-2.pdf

Shielded FEP Dielectric High Voltage Cable.
40kV_DC coaxial high voltage cable with a solid silver plated copper conductor and a braid of silver plated copper wires. Suitable to replace standard 50Ω RG58 type coaxial cable in high voltage applications. Core dimensions similar to RG58.
It is compatible with SHV, MHV, HC51, HC52 and Kings® type coaxial connectors.
UL recognized AWM Style 3239 (40kV, 150°C, horizontal flame and VW-1 flame, internal use). RoHS/REACH compliant.
Using FEP dielectric and an FEP jacket, the cable can be operated at temperatures of -65 to +200°C. The UL recognition covers operating temperatures up to 150°C. It shows excellent chemical and abrasion resistance properties.

HRG316-10-B-2

HRG316-10-B-2.pdf

Shielded FEP Dielectric High Voltage Cable.
10kV_DC coaxial high voltage cable suitable to replace standard 50Ω RG316 type coaxial cable in high voltage applications.
Very flexible due to a small diameter of 2.45mm only and thus ideal for applications in limited space. The dimensions are identical to standard RG316.
It is compatible with our HC55P-316 SHV type coaxial connector.
Stranded silver plated copper conductor and a braid of silver plated copper wires. Using FEP dielectric and an FEP jacket, the cable can be operated at temperatures of -65 to +200°C.
It shows excellent chemical and abrasion resistance.

HSC-50-1S1SUA-0

HSC-50-1S1SUA-0.pdf

50kV_DC / 15kV_AC shielded high voltage cable optimized for low partial discharge, robustness and high flexibility even at low ambient temperatures. Semiconductive layers around the conductor and the inner dielectric assure excellent PD behavior.
Silicone dielectric and a robust TPE-U / Polyurethane jacket.
This cable can be terminated with our HC7 connector series.

For other cable types please refer to the table below.

Shielded Cable Type Overview

RATED VOLTAGE		TYPE	CONDUCTOR SIZE		DIELECTRIC MATERIAL	JACKET MATERIAL	OUTER DIA	NOTES	STA- TUS
[kV_DC]	[kV_AC]		[AWG]	[mm²]			[mm]		*1
8	3	HSL‑8S‑0.75‑B‑2	18	0.75	SILICONE	SILICONE	4.9		P
8	3	HSL‑8S‑1.5‑A‑2	16	1.5	SILICONE	SILICONE	6.7		P
10		2232	6	13.6	LDHMW PE	TPR	12.7		S
10	1	HRG316‑10‑B‑2		0.18	FEP	FEP	2.45		P
10	3	HSL‑10S‑0.5‑A‑2		0.5	SILICONE	SILICONE	4.9		P
10		HSL‑10S‑1.5‑U‑A‑2	16	1.5	SILICONE	SILICONE	6.9		Y
10		HSUS‑1022‑19‑2	22	0.38	SILICONE	SILICONE	5.6	Series *2	P
15	5	2075S	12	3.1	SILICONE		7.1		S
15	5	2075SVJ	12	3.1	SILICONE	PVC	9.7		S
15		HSL‑15S‑3.9‑A‑2	12	3.9	SILICONE	SILICONE	8.9		P
15	6	HSL‑15S‑6‑A‑9	10	6.0	SILICONE	SILICONE	11.6		P
20		HRG58‑20‑2		0.50	PE-X	TPE-U (PUR)	4.95		P
20		HRG58‑20‑XV‑U‑2		0.50	PE-X	PVC	5.1		Y
20	6.6	HSL‑20‑0.38‑SS‑D‑0	22	0.38	SILICONE	SILICONE	7.3		P
20	6.6	HSL‑20‑0.38‑SS‑F1‑0	22	0.38	SILICONE	SPECIAL SILICONE	7.5		E
20	6.6	HSL‑20‑0.38‑SS‑P1‑0	22	0.38	SILICONE	SPECIAL SILICONE	7.5		E
20		RG213‑020		3.1	PE	PVC	10.3		P
30		130660	22	0.36	HDFRPE	PVC	5.5		P
30		HPW‑30S‑0.34‑A‑2	22	0.34	PE-X	PE-X	5.45		P
30	9	HSL‑30‑0.38‑SS‑C‑0	22	0.38	SILICONE	SILICONE	11.1		E
30	10	HSL‑30‑6‑SU‑A‑x	10	6.0	SILICONE	TPE-U	12.3		S
30		HTV‑30S‑22‑0	22	0.36	PE-X	PVC	5.45		P
30		HTV‑30S‑22‑2	22	0.36	PE-X	PVC	5.45		P
40	15	2012S	18	0.97	SILICONE		7.1		S
40	15	2012STJ	18	0.97	SILICONE	TPR	10.2		S
40		HPW‑40S‑0.5‑A‑2	20	0.5	PE-X	PUR	6.6		S
40	1.4	HRG303‑40‑B‑2		0.69	FEP	FEP	4.30		P
50	15	2032S	16	1.2	SILICONE		8.3		S
50	15	2032STJ	16	1.2	SILICONE	TPR	10.7		S
50	6	HPW‑50S‑0.34‑A‑2	22	0.34	PE-X	PVC	7.28		S
50	15	HSC‑50‑1S1SUA‑0	16	1.33	SILICONE	TPE-U	11.7		P
	17	HSC‑17‑1SSSOB‑2		6	SILICONE	SILICONE / POLYESTER	12.9		E
60	20	2024SVJ	12	3.1	SILICONE	PVC	12.7		S
60		2149SVJ	18	0.97	LDHMW PE	PVC	8.6		P
60	20	HSC‑60‑1PSUA‑2	18	0.97	LDHMW PE	TPE-U	7.9		P
60		HXC‑60‑1EA‑8	14	2.0	EPR (black)	PVC	11.1		P
100	30	2062SVJ	8	8.5	SILICONE	PVC	20.8		S
100		2124	16	1.2	LDHMW PE	PVC	11.2		P
100		2125	12	3.1	LDHMW PE	PVC	11.2		S
100	30	HSC‑100‑1PSUB‑2	16	1.2	LDHMW PE	TPE-U	13.4		E
111		HSC‑111‑1X1SVA‑2		50	XLPE	PVC	44.0		P
120	40	HSC‑120‑1E1SAC‑2		6	EPR	EVA EM8	20.6		P
125	40	2243	8	8	EPR	PVC	19.7		P
125	40	HSC‑125‑1E1SAB‑2		10	EPR 3GI3	EVA EM8	21.3		S
125		HSC‑125‑1E1SVA‑0	6	13	EPR	PVC	19.7		S
150		2121	12	3.1	LDHMW PE	PVC	15.9		P
150	60	HSC‑150‑1E1SAB‑2		10	EPR	EVA EM8	26.0		S
150	45	HSC‑150‑1PSUB‑2	12	3.1	LDHMW PE	TPE-U	16.6		E
200		2134	12	3.1	LDHMW PE	PVC	21.6		S
230	75	2042			EPR	PVC	31.1	X-Ray	P
300	100	2357S	4	21.2	EPR		34.0		S
320	115	2236			EPR	PVC	38.2	X-Ray	P

*1 -	The preferred cable types have status P. Please refer to the Cable Terminology page for complete list of status designators.
*2 -	A large variety of HSUS Series High Voltage Cables is available. Please refer to the datasheet for detailed information.

Sample Cross Section Views

Disclaimer

The information given here is technical data, not assured product characteristics. It has been carefully checked and is believed to be accurate; however, no responsibility is assumed for inaccuracies. The user has to ensure by adequate tests that the product is suitable for his application regarding safety and technical aspects.
hivolt.de GmbH & Co. KG does not assume any liability arising out of the application or use of any product described.

Safety Advice

Design, installation and inspection of machinery and devices carrying high voltage require accordingly trained and qualified personnel. Appropriate safety rules and directives must be complied with.
Improper handling of high voltage can mean severe injuries or death and may cause serious collateral damage!