Okotherm® CIC Fire Resistant Cable 600V Power & Control Cable

A Nickel or Tin Coated Copper Conductors

B Okotherm (Silicone) Thermoset Insulation

C Fiberglass Braid - Coded per ICEA

D Fiberglass Fillers

E Flame Retardant Binder Tape

F Black Okoclear TP (TPPO) Jacket

Cable Description
Nickel or Tin Coated Copper conductors, Okotherm CIC fire resistant thermoset silicone insulation, color or number coded fiberglass braid, cabled conductors, optional grounding conductor, fire resistant binder tape, Okoclear TP (TPPO) jacket.
Conductors: Nickel or Tin Coated Copper
Insulation: Okotherm Thermoset Silicone
Color Code: ICEA
Braid: Fiberglass Braid
Outer Jacket: Black Okoclear TP (TPPO)

Applicable Industry Standards:
UL 1277, ICEA S-73-532 (NEMA WC 57), ASTM B-33 & B-355

Flame Tests:
IEC 60331, UL 1277

Applications
Okotherm CIC 600 volt power & control cables are used in systems where, in the event of a fire, circuit integrity is required in order to maintain a process or to safely shut down the process. Fire resistance is determined by compliance to the IEC 60331 circuit integrity fire test. Okotherm CIC cables maintain circuit integrity based on qualification to the IEC standard 60331 for all temperatures and times up to and including 2000°F for three hours. When exposed to the fire source, the Okotherm CIC insulation becomes an electrically insulating ceramic-like ash that is capable of maintaining the operating voltage. Okotherm CIC power & control cables may be installed in dry locations, as open runs of cable secured to supports not more than six feet apart, as an aerial cable on a messenger, or in any approved raceway.

Product Features

For cable tray use.
For direct burial.
Sunlight resistant.
Flame Retardant - passes the vertical tray flame test requirements of UL 1277.
90°C continuous rating.
130°C emergency overload rating.
250°C short circuit rating.
Quality control inspected to meet or exceed applicable industry standards.
Jacket resistant to moisture and most chemical atmospheres.
Thermal stability at elevated temperatures.
Easy to install and terminate.
Mechanically rugged.
Fire Resistant - qualified to 2000°F per IEC 60331.

1-Catalog Number
2-Conductor Size AWG
3-Number of Conductors
4-Insulation Thickness - mils
5-Jacket Thickness - mils
6-Approx. O.D. - Inches

7-Cross-Sectional Area (sq. in.) †
8-Approx. Net Weight lbs./1000’
9-Approx. Ship Weight lbs./1000’
10-90°C NEC Ampacity
11-75°C NEC Ampacity

NICKEL COPPER
1	2	3	4	5	6	7	8	9	10	11
202-17-3452 202-17-3553 202-17-3454 202-17-3455	14 (7X) 14 (7X) 14 (7X) 14 (7X)	2 3 4 5	45	45 45 60 60	0.48 0.51 0.59 0.64	0.18 0.20 0.27 0.32	124 142 202 238	147 165 226 277	15 15 15 15	15 15 15 15
202-17-3457 202-17-3459 202-17-3462 202-17-3469 202-17-3487	14 (7X) 14 (7X) 14 (7X) 14 (7X) 14 (7X)	7 9 12 19 37	45	60 60 80 80 80	0.70 0.81 0.95 1.10 1.46	0.39 0.52 0.71 0.95 1.67	297 345 497 696 1256	336 384 561 776 1399	15 15 12 12 10	14 14 10 10 8
202-17-3552 202-17-3553 202-17-3554 202-17-3555	12 (7X) 12 (7X) 12 (7X) 12 (7X)	2 3 4 5	45	45 60 60 60	0.52 0.59 0.64 0.69	0.21 0.27 0.32 0.37	154 205 254 301	177 229 293 340	20 20 20 20	20 20 20 20
202-17-3557 202-17-3559 202-17-3562 202-17-3569 202-17-3587	12 (7X) 12 (7X) 12 (7X) 12 (7X) 12 (7X)	7 9 12 19 37	45	60 80 80 80 80	0.75 0.92 1.03 1.20 1.60	0.44 0.67 0.83 1.13 2.01	380 479 636 905 1655	419 543 716 985 1798	20 20 15 15 12	17 17 12 12 10
202-17-3652 202-17-3653 202-17-3654 202-17-3655	10 (7X) 10 (7X) 10 (7X) 10 (7X)	2 3 4 5	45	60 60 60 60	0.60 0.63 0.69 0.75	0.28 0.31 0.37 0.44	211 261 327 389	235 300 366 428	30 30 30 30	30 30 28 28
202-17-3657 202-17-3659 202-17-3662	10 (7X) 10 (7X) 10 (7X)	7 9 12	45	60 80 80	0.82 1.00 1.12	0.53 0.79 0.99	499 627 836	563 691 916	28 28 28	24 24 17

1-Catalog Number
2-Conductor Size AWG
3-Insulation Thickness - mils
4-Grounding Conductors-AWG(1)
5-Jacket Thickness - mils
6-Approx. O.D. - Inches

7-Cross-Sectional Area (sq. in.) †
8-Approx. Net Weight lbs./1000’
9-Approx. Ship Weight lbs./1000’
10-90°C NEC Ampacity
11-75°C NEC Ampacity

NICKEL COPPER - 3 INSULATED CONDUCTORS
1	2	3	4	5	6	7	8	9	10	11
202-17-3403 202-17-3503 202-17-3603	14 (7X) 12 (7X) 10 (7X)	45	14 12 10	60 60 60	0.58 0.62 0.66	0.26 0.30 0.34	206 254 322	230 278 361	15 20 30	15 20 30
TINNED COPPER - 3 INSULATED CONDUCTORS
1	2	3	4	5	6	7	8	9	10	11
112-16-3503 112-16-3603 112-16-3703 112-16-3803	8 (7X) 6 (7X) 4 (7X) 2 (7X)	60	10 8 8 6	60 80 80 80	0.78 0.89 0.97 1.10	0.48 0.62 0.74 0.95	447 625 783 1110	486 689 847 1190	55 75 95 130	50 65 85 115
112-16-3903 112-16-3913 112-16-3923 112-16-3943	1 (19X) 1/0 (19X) 2/0 (19X) 4/0 (19X)	80	6 6 6 4	80 80 80 80	1.27 1.36 1.45 1.67	1.27 1.45 1.65 2.19	1415 1681 2006 2949	1521 1797 2149 3126	150 170 195 260	130 150 175 230
112-16-3953 112-16-3963 112-16-3973	250 (37X) 350 (37X) 500 (37X)	95	4 3 2	110 110 110	1.93 2.15 2.43	2.93 3.63 4.64	3609 4782 6497	3875 5182 7056	390 350 430	255 310 380
112-16-3983	750 (61X)	110	1	140	2.92	6.70	9608	10370	535	475

(1) - Uninsulated

Length Tolerance - Cut lengths of 1000 feet or longer are subject to a tolerance of 10%, less than 1000 feet,
± 15%.

† Cross-sectional area for calculation of cable tray fill in accordance with NEC Section 392.9.

Ampacities are based on 310.16 of the National Electrical Code for conductors rated 90°C, in a multi-conductor cable, at an ambient temperature of 30°C (86F). The 75°C column is provided for additional information.
The ampacities shown apply to open runs of cable, installation in any approved raceway, direct burial in the earth, or as aerial cable on a messenger. Derating for more than three current carrying conductors within the cable is in accordance with Note 8 to NEC Section 310.16 through 310.8.
The ampacities shown also apply to cables installed in cable tray in accordance with NEC Section 392.11.