Okonite Okozel® Type Z and ZW 600V Power and Control Copper Conductor/150°C Dry/75°C Wet

	Product Data Section 3: Sheet 7
Okozel^® Type Z and ZW 600V Power and Control Copper Conductor/150°C Dry/75°C Wet

A Bare, Stranded Copper Conductor

B Okozel Insulation

Insulation
Okozel is Okonite's trade name for ETFE Fluoropolymer, a modified Ethylene Tetrafluoroethylene. Okozel is extremely rugged with excellent resistance to cut-through and abrasion. It is chemically inert and has low permeability. Okozel is flame retardant and non-propagating, passes the IEEE 383 and UL vertical tray flame test, and is rated "non-burning" under ASTM D635. It is rated for 150°C (302°F) conductor operating temperature for continuous use and retains all useful physical properties at temperatures down to -100°C (-148°F). Okozel is a radiation resistant dielectric and meets or exceeds all requirements of IEEE Standards 383 and 323.

Specifications
Conductor: Bare copper per ASTM B-3, stranded per ASTM B-8, Class B in sizes 14 to 2/0 AWG, Class C in 4/0 AWG.

Insulation: Flame-retardant, radiation-resistant Okozel, a modified ETFE Fluoro-polymer per NEMA Std. HP-100.2.

Insulated conductor meets or exceeds the requirements of IEEE Std. 383, Type Test of Class IE Electric Cables for Nuclear Power Generating Stations and is rated "non-burning" under ASTM D635.

Listed by Underwriters Laboratories, Inc. as Type Z or ZW.

Applications
Okozel insulated conductors are recommended for use in either nuclear powered or fossil fueled generating stations where continuity of service in critical circuits is of primary importance. These conductors, which are rated 150°C in dry and 75°C in wet locations (90°C as Class 1E), permit smaller conduit use through higher ampacities and thinner insulation walls than comparable XLP or rubber constructions.

Okozel conductors are also recommended for high ambient temperature areas up to 150°C (302°F) in industrial applications or for cold weather installations to -65°C (-85°F).

Product Features

Passes the vertical tray flame test requirements of UL 1581 at 70,000 Btu/hr. and ICEA T-29-520 210,000 Btu/hr.
Outstanding nuclear radiation resistance even when exposed to LOCA conditions.
Low surface friction provides easier installation.
Cold installation temperature in excess of -65°C.
Exceptional abrasion resistance will not cut or tear.
Lower smoke emission.
Chemically inert-unaffected by typical acids, bases, solvents and cleaning agents, fuels and hydraulic fluids.
High dielectric strength.
Low dielectric constant.
Qualified for nuclear generating stations in accordance with IEEE Standards 383 and 323.

1-Catalog Number
2-Conductor Size - AWG/ kcmil
3-Number of Strands
4-Insulation Thickness-mils
5-Insulation Thickness-mm

06-Approx. O.D. - Inches
07-Approx. O.D. - mm
08-Approx. Net Weight lbs./1000'
09-Approx. Ship Weight lbs./1000'
10-Ampacity(1) - 150°C Dry

1	2	3	4	5	6	7	8	9	10
TYPE Z
116-75-1411	14	7	15	0.38	0.10	2.5	16.6	19	34
116-75-1441	12	7	15	0.38	0.12	3.0	25.1	27	43
116-75-1471	10	7	20	0.51	0.16	4.1	40.5	44	55
116-75-1491	8	7	25	0.64	0.20	5.1	62.6	68	76
116-75-1501	6	7	25	0.64	0.23	6.1	95.5	103	96
116-75-1511	4	7	25	0.64	0.28	7.4	147.3	157	120
116-75-1521	2	7	35	0.89	0.36	9.4	237.5	251	160
116-75-1531	1	19	35	0.89	0.40	10.4	293.1	308	186
116-75-1541	1/0	19	45	1.14	0.46	11.9	374.9	392	215
116-75-1551	2/0	19	45	1.14	0.50	13.2	465.6	497	251
116-75-1571	4/0	37	45	1.14	0.61	16.0	721.2	765	332
TYPE ZW
116-75-1611	14	7	30	0.76	0.14	3.6	21.2	24	34
116-75-1641	12	7	30	0.76	0.16	4.1	30.4	33	43
116-75-1671	10	7	30	0.76	0.18	5.6	44.7	52	55
116-75-1691	8	7	45	1.14	0.24	6.4	73.4	84	76
116-75-1701	6	7	45	1.14	0.28	7.4	108.0	117	96
116-75-1711	4	7	45	1.14	0.32	8.6	162.1	149	120
116-75-1721	2	7	45	1.14	0.38	10.2	246.1	259	160

Minimum Manufacturing Quantity for non-stock sizes or colors:#14 and #10 - 10,000';#8 to #4/0 - 5,000'.

To order a color other than black, change the last digit of the catalog number as follows:
White	2
Red	3
Green	4
Orange	5
Blue	6
Yellow	7
Brown	8
Example: To order #14 - Red, the catalog number would be 116-75-1413.

(1) Ampacities are based on Table 310-18 of the National Electrical Code. Not more than three copper conductors in a raceway at an ambient temperature of 40°C (104°F)

B\96060307

BACK TO DATA SHEET INDEX