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0102030405

Italian Standard Industrial Rubber Cables FG16OR16/FG16R16

The ‌FG16OR16/FG16R16‌ is a high-performance ‌HEPR (Hard Ethylene-Propylene Rubber) cable‌ designed for demanding industrial and energy applications. It complies with Italian standards (CEI 20-67) and is certified for use in indoor, outdoor, underground, and wet environments, ensuring durability and safety in static installations‌

Product Detail

Application of FG16R16 CABLE

The ‌FG16OR16/FG16R16 hard ethylene-propylene rubber cable‌ is a high-performance industrial cable designed for demanding environments, complying with Italian standards (CEI 20-67). It features a ‌HEPR compound (G16 type)‌ insulation with excellent thermal stability, rated for ‌0.6/1 kV‌ voltage with a test voltage of ‌4,000V‌, and a ‌PVC outer sheath (M16 type)‌ meeting ‌CE, IEC 60332-1, and RoHS‌ standards‌

Key Features‌ of FG16OR16

‌Insulation‌: HEPR (G16 type) for superior thermal and mechanical durability.
‌Voltage Rating‌: 0.6/1 kV, tested at 4,000V.
‌Temperature Range‌: -15°C to +70°C (or -5°C to +90°C in some variants).
‌Certifications‌: CE, IEC 60332-1 (flame retardant), RoHS-compliant.
‌Applications‌: Ideal for ‌construction, renewable energy, and heavy machinery‌ where high-performance insulation and fire resistance are critical‌12.

‌Why Choose This Cable?‌

‌Durability‌: Resistant to harsh conditions, including moisture and mechanical stress.
‌Customization‌: Available in ‌2–40 cores‌ and ‌1.5–300 mm²‌ cross-sections, with customizable colors.
‌Compliance‌: Meets strict European and international safety standards.

For ‌B2B clients‌ in engineering and energy sectors, this cable balances ‌reliability, compliance, and cost-efficiency‌, making it a robust choice for ‌high-performance insulation‌ needs.

‌Keywords‌: HEPR, RUBBER CABLE, industrial power solutions, CEI 20-67, flame retardant

Technical Characteristics

Working voltage	600/1000 V
Test voltage	4000 V
Minimum bending radius	4 x Ø	6 x Ø
Flexing temperature	0º C to +90º C
Static temperature	-25º C to +70º C
Maximum short circuit temperature	+160º C
Flame retardant	CEI 20-35

Cable Parameter
No. of Cores x Nominal Cross Sectional Area	Conductor diameter	Nominal Thickness of Insulation	Conductor resistance at 20 ℃	Current load (30 ℃ in tube in air)	Current load (20℃in ground)	Nominal Overall Diameter	Nominal Weight
# x mm2	mm	mm	Ω/km	A	A	mm	kg/km
Power FG16R16
1 x 6	3,4	0,7	3,3	48	44	9,9	106
1 x 10	4,4	0,7	1,91	66	59	10,9	157
1 x 16	5,7	0,7	1,21	88	77	11,4	216
1 x 25	6,9	0,9	0,78	117	100	13,2	306
1 x 35	8,1	0,9	0,554	144	121	14,6	401
1 x 50	9,8	1	0,386	175	150	16,4	561
1 x 70	11,6	1,1	0,272	222	184	17,3	766
1 x 95	13,3	1,1	0,206	269	217	20,4	996
1 x 120	15,1	1,2	0,161	312	259	22,4	1224
1 x 150	16,8	1,4	0,129	355	287	24,8	1522
1 x 185	18,6	1,6	0,106	417	323	27,2	1826
1 x 240	21,4	1,7	0,0801	490	379	30,4	2371
1 x 300	23,9	1,8	0,0641	-	429	33	2952
1 x 400	27,5	2	0,0486	-	541	37,7	3875
Power FG16OR16
2 x 1,5	1,6	0,7	13,3	22	23	12	130
2 x 2,5	2	0,7	7,98	30	30	13	156
2 x 4	2,6	0,7	4,95	40	39	14,2	212
2 x 6	3,4	0,7	3,3	51	49	15,4	261
2 x 10	4,4	0,7	1,91	66	69	17,3	400
2 x 16	5,7	0,7	1,21	91	86	19,4	581
2 x 25	6,9	0,9	0,78	119	111	23	811
2 x 35	8,1	0,9	0,554	146	136	25,7	1057
2 x 50	9,8	1	0,386	175	168	29,3	1470
2 x 70	11,6	1,1	0,272	221	207	33,1	2049
2 x 95	13,3	1,1	0,206	265	245	37,4	2922
2 x 120	15,1	1,2	0,161	305	284	41,5	3683
2 x 150***	16,8	1,4	0,129	-	324	46,1	4033
2 x 185***	18,6	1,6	0,106	-	-	48,8	4505
2 x 240***	21,4	1,7	0,0801	-	-	57,7	5857
3 x 1,5	1,6	0,7	13,3	19,5	19	12,5	144
3 x 2,5	2	0,7	7,98	26	25	13,6	190
3 x 4	2,6	0,7	4,95	35	32	14,9	251
3 x 6	3,4	0,7	3,3	44	41	16,2	318
3 x 10	4,4	0,7	1,91	60	55	18,2	508
3 x 16	5,7	0,7	1,21	80	72	20,6	614
3 x 25	6,9	0,9	0,78	105	93	24,5	996
3 x 35	8,1	0,9	0,554	128	114	27,3	1375
3 x 50	9,8	1	0,386	154	141	31,2	1946
3 x 70	11,6	1,1	0,272	194	174	35,6	2685
3 x 95	13,3	1,1	0,206	233	206	40,4	3492
3 x 120	15,1	1,2	0,161	268	238	44,4	4411
3 x 150	16,8	1,4	0,129	300	272	49,5	5445
3 x 185	18,6	1,6	0,106	340	306	55,2	6755
3 x 240	21,4	1,7	0,0801	398	360	61,9	8783
3 x 300	22,5	1,8	0,0641	-	429	68	11005
3 x 35 + 1x25	8,1	0,9	0,554	130	114	29,2	1616
3 x 50 + 1x25	9,8	1	0,386	155	141	32,4	2147
3 x 70 + 1x35	11,6	1,1	0,272	194	174	37	3042
3 x 95 + 1x50	13,3	1,1	0,206	235	206	42	4052
3 x 120 + 1x70	15,1	1,2	0,161	267	238	46,9	5332
3 x 150 + 1x95	16,8	1,4	0,129	-	272	52,5	6640
3 x 185 + 1x95	18,6	1,6	0,106	-	306	57,3	7838
3 x 240 + 1x150	21,4	1,7	0,0801	-	360	65,5	10481
3 x 300 + 1x150	22,5	1,8	0,0641	-	429	70,8	12005
4 x 1,5	1,6	0,7	13,3	19,5	19	13,4	176
4 x 2,5	2	0,7	7,98	26	25	14,6	227
4 x 4	2,6	0,7	4,95	35	32	16	302
4 x 6	3,4	0,7	3,3	44	41	17,5	397
4 x 10	4,4	0,7	1,91	60	55	19,8	616
4 x 16	5,7	0,7	1,21	80	72	22,4	891
4 x 25	6,9	0,9	0,78	105	93	26,8	1260
4 x 35***	8,1	0,9	0,554	130	114	-	1831
4 x 50***	9,8	1	0,386	155	141	-	2593
4 x 70***	11,6	1,1	0,272	194	174	-	3578
4 x 95***	13,3	1,1	0,206	235	206	-	4654
5 G 1,5	1,6	0,7	13,3	14	19	14,4	209
5 G 2,5	2	0,7	7,98	26	21	15,6	271
5 G 4	2,6	0,7	4,95	35	32	17,3	366
5 G 6	3,4	0,7	3,3	44	41	18,9	476
5 G 10	4,4	0,7	1,91	60	55	21,5	761
5 G 16	5,7	0,7	1,21	80	72	24,4	1124
5 G 25	6,9	0,9	0,78	105	93	29,3	1602
5 G 35	8,1	0,9	0,554	130	114	32,8	2145
5 G 50	9,8	1	0,386	155	141	38,2	3009
5 G 70***	11,6	1,1	0,272	194	174	44,6	4471
5 G 95***	13,3	1,1	0,206	235	206	49,3	5816
5 G 120***	15,5	1,2	0,161	267	238	55	7348
Signal FG16OR16
7 x 1,5	1,6	0,7	13,3	11,5	16	15,4	252
10 x 1,5	1,6	0,7	13,3	11,5	16	18,7	358
12 x 1,5	1,6	0,7	13,3	9,5	12,5	19,3	385
16 x 1,5	1,6	0,7	13,3	9,5	19	21,1	554
19 x 1,5	1,6	0,7	13,3	8	19	22,1	617
24 x 1,5	1,6	0,7	13,3	8	19	25,4	738
7 x 2,5	2	0,7	7,98	15,5	21	16,8	348
10 x 2,5	2	0,7	7,98	15,5	24	20,6	497
12 x 2,5	2	0,7	7,98	12	25	21,3	542
16 x 2,5	2	0,7	7,98	12	25	23,3	853
19 x 2,5	2	0,7	7,98	10,5	25	24,5	1054
24 x 2,5	2	0,7	1,98	10,5	25	28,3	1145

‌HEPR vs EPR Rubber Cable

Which Material Dominates High-Performance Cable Applications?‌
In industrial rubber solutions, ‌HEPR (High-performance Ethylene-Propylene Rubber)‌ and ‌EPR (Ethylene-Propylene Rubber)‌ are pivotal for demanding environments, particularly in ‌RUBBER CABLE‌ manufacturing. While both offer exceptional weather resistance and electrical insulation, their performance diverges under critical conditions.
‌1. Chemical Structure & Durability‌
EPR excels in standard applications due to its saturated polymer backbone, ensuring superior ozone and UV resistance. However, HEPR incorporates advanced formulations with enhanced cross-linking density, significantly improving mechanical strength and thermal stability. This makes HEPR ideal for high-voltage cables exposed to extreme temperatures or chemical exposure.
‌2. Electrical Performance‌
Both materials are widely used in ‌RUBBER CABLE‌ for their excellent dielectric properties. HEPR surpasses EPR in long-term insulation reliability, with lower dielectric loss and higher breakdown voltage—critical for energy-efficient power transmission systems.
‌3. Application-Specific Advantages‌
‌EPR‌: Cost-effective for general-purpose cables, roofing membranes, and automotive seals.
‌HEPR‌: Optimized for heavy-duty cables in renewable energy infrastructure, industrial machinery, and harsh outdoor environments.
‌4. Sustainability & Cost Efficiency‌
EPR remains a economical choice for large-scale projects, while HEPR’s extended lifespan reduces lifecycle costs, aligning with sustainability goals in B2B sectors.
‌Conclusion‌
For ‌RUBBER CABLE‌ applications requiring durability, HEPR is the premium choice, whereas EPR delivers reliable performance at a lower cost. Partnering with a material expert ensures optimal selection based on your project’s technical and economic needs.