INDUSTRIAL TRAY CABLE PRODUCTS

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1 Overview OCC s new product line for Power and Control Tray Cable for industrial applications offers a robust and dependable product with enhanced mechanical and environmental performance features. The new OCC product has the unique combination of being Power and Control Tray Cable UL 1277 Rated for power, optical fiber, exposed run, and sunlight resistant and has options for copper shielding. In addition, these new hybrid cables offer users a variety of copper and fiber configurations designed for challenging environments. While many fiber optic cable manufacturers have claimed to have tray rated fiber optic cables, OCC s fiber optic tray cables have always been third party verified to meet the functional requirements of tray cable standards by incorporating OCC s proven ruggedized cable constructions. Applications Industrial Conveyance Surface mining FTTA Incredible mechanical and environmental performance. OCC s TC-OF Tray Cable with optical fiber and optional exposed run design contains power conductors and multiple fiber optic elements. Durable enough to survive the weight of other heavy cables and industrial temperature extremes, they are approved for use directly in cable trays along with other power cables. The exposed run rating means the cables are approved for installation where sections are left as open wiring even without the protection of a cable tray. In addition, they maintain the low flammability required of indoor cables. Incorporated fiber optic elements. By integrating OCC s fiber optic cables with the power cable, the customer has better protection for the optical fibers and reduced installation costs by installing one cable in the place of several individual cables. Variety of configuration options. The new TC-OF product set can be configured in a multitude of cable constructions. Additionally, they complement OCC s fiber optic tray cable equivalent family with UL OFNR listing. The expansion of this new family of cables opens up a broad mix of most industrial, conveyance, surface mining, and FTTA applications. occfiber.com 1

2 INDUSTRIAL TRAY CABLE PRODUCTS CX-Series Hybrid - UL 1277 Tray Cables 8. Corrugated Copper Shielding Ripcord Tight-Buffer Optical Fiber Copper wire Central Filler/Strength Member Aramid Strength Member Outer Jacket Subcable Jacket 8. Applications Used for power and control circuits that require both power conductors and fiber optic communication links Hybrid fiber/copper cables as described in NEC Article 336 Power and Control Tray Cable Type TC-OF Type TC-OF-ER cable can transition from a cable tray to the equipment Features and Benefits Corrugated copper shielding is available Type TC-OF-ER cable is also approved for use between the cable tray and equipment when installed to NEC 3310(7) 600V rating for 90 C dry and wet locations Cable constructed of copper conductors, fiber optical components, flame retardant fillers and tape wrap Bare grounding conductor for TC ER cables Individual conductors are Type THHN and THWN-2 and can be AWG 10 to AWG 14 Sunlight resistant jacket for continuous sunlight exposure performance UL 1685 Vertical Flame Test performance (70,000 BTU/hr) The fiber optic components can vary from individual to multi-fiber subunits as determined by the construction, which includes the number of fibers, number of conductors and the conductor size For fiber type options see the Fiber Product Section 3 Many fiber count options available Incorporating fiber optic elements into the power cable provides protection for the optical fibers and reduced installation costs by installing one cable in the place of several individual cables Applicable Standards OCC indoor/outdoor tight-buffered fiber optic cables meet the functional requirements of the following standards: UL 1277 Cable Characteristics Due to the wide variety of cable constructions, including conductor counts, conductor sizes, fiber types and fiber counts, individual cable characters are available upon request Ordering Information Due to the custom nature of this cable, contact OCC Sales for ordering information 2 occfiber.com UL 1685 Vertical Flame Test UL 83 THHN and THWN-2 conductors NEC NFPA 70 Section 336

3 INDUSTRIAL TRAY CABLE PRODUCTS B-Series Breakout Riser Rated Tray Cables Central Filler/Strength Member Subcable Outer Jacket Ripcord Subcable Tight-Buffer Optical Fiber Aramid Strength Member Subcable Jacket Subcable Applications Ideal for installations requiring an extremely rugged and reliable cable design where maximum mechanical and environmental protection are necessary Typical industrial uses are factory automation, power generation and other utilities, oil and gas refining, and surface mining Easiest cable to install where direct termination of the subcable to a connector and a direct run to panels and equipment are desired Ideal for locations requiring low-temperature performance along with a flame rating Features Individual fibers and strength members protected in a subcable configuration Most rugged cable design with individual subcables for routing to diverse intelligent devices with direct connector termination at each device Independently tested to CSA C22 No. 230 (tray cables) Fibers may be directly terminated at factory devices or central locations using connectors with no further protection required J jacket is UV, fungus and moisture resistant Designed for indoor/outdoor installations, including cable trays 2 to 72 fiber counts are available with 0mm or 5mm subcables Low-temperature PVC outer jacket (J material) provides excellent performance and flexibility at low temperatures Wide operating temperature range of -50ºC to +75ºC Core-Locked jacket prevents cable from flattening and the jacket from wrinkling in tight bends Permits pulling with direct attachment of wire mesh grip; no need to access inner aramid strength members Improves crush and tear resistance Contains 25% more material than conventional jackets High crush and tensile load ratings compared to similar tray service fiber optic cables Oil resistant for use in industrial applications UL listed in accordance with NEC section (b) for use in vertical runs in building riser shafts or from floor to floor Designed to exceed the flammability requirements of Chapter 8 of IEEE 383 Applicable Standards OCC indoor/outdoor tight-buffered fiber optic cables meet the functional requirements of the following standards: ICEA-S ICEA-S GR-409-CORE ISSUE 2 TIA-568 TIA-598 UL 1666 CSA C22 No. 232 CSA C22 No. 230 occfiber.com 3

4 B-Series Breakout Riser Rated Tray Cables Mechanical and Environmental Performance Indoor/Outdoor Operating temperature -50 C to + 75 C Storage temperature -55 C to + 85 C Installation temperature (cable temp.) -30 C to + 60 C Flame retardancy Impact resistance (TIA A) Crush resistance (TIA A) Flex resistance (TIA A) UL listed type OFNR (UL 1666) and FT4 (CSA C22 No. 232) 1,500 impacts 2,200 N/cm 2,000 cycles Cable Characteristics: B-Series Breakout Riser Rated Tray Cables (with 5mm subcables) Fiber Count Diameter mm (in) Weight kg/km (lbs/1,000') Tensile Load Minimum Bend Radius Installation N (lbs) Operational N (lbs) Installation cm (in) Long-Term cm (in) 2 0 (0.28) 41 (28) 1,200 (270) 500 (110) 10.5 (1) 0 (8) (0.33) 68 (46) 2,000 (450) 800 (180) 15 (9) 8.3 (3) (0.38) 88 (59) 3,000 (670) 1,200 (270) 14 (7) 9.6 (8) 8 16 (0.46) 133 (89) 4,000 (900) 1,700 (380) 14 (9) 16 (6) (0.55) 159 (107) 6,000 (1,350) 2,500 (560) 22 (8.3) 11 (5) (0.60) 226 (152) 8,000 (1,800) 3,500 (790) 20 (9.1) 13 (0) (0.69) 292 (196) 10,000 (2,250) 3,800 (850) 24 (10.4) 16 (9) (0.82) 383 (257) 14,000 (3,150) 6,000 (1,350) 34 (13) 20.9 (8.2) (0.82) 375 (252) 14,000 (3,150) 6,000 (1,350) 34 (13) 20.9 (8.2) (0.95) 501 (336) 18,000 (4,050) 7,500 (1,690) 33 (13) 22 (9.5) (12) 773 (519) 22,000 (4,950) 8,800 (1,980) 48 (18) 28.5 (12) (14) 768 (516) 26,000 (5,845) 11,000 (2,470) 44 (11) 28.9 (14) Installation loads in excess of 2,700 N (600 lbs.) are not recommended. Other fiber counts available upon request. 4 occfiber.com

5 B-Series Breakout Riser Rated Tray Cables Cable Characteristics: Breakout Tray Cables (with 0mm subcables) Fiber Count Diameter mm (in) Weight kg/km (lbs/1,000') Tensile Load Minimum Bend Radius Installation N (lbs) Operational N (lbs) Installation cm (in) Long-Term cm (in) 2 0 (0.24) 40 (27) 800 (180) 200 (40) 9.0 (5) 0 (4) 4 9 (0.27) 52 (35) 1,600 (360) 400 (90) 10.4 (1) 9 (7) (0.32) 67 (45) 2,400 (540) 600 (130) 12 (8) 8.1 (2) (0.37) 88 (59) 3,200 (720) 800 (180) 11 (6) 9.4 (7) (0.43) 108 (73) 4,800 (1,000) 1,200 (270) 14 (5) 10.9 (3) (0.50) 156 (105) 6,000 (1,350) 1,500 (340) 18.9 (4) 16 (0) (0.58) 218 (146) 7,200 (1,600) 1,800 (400) 21 (8.7) 17 (8) (0.66) 268 (180) 9,600 (2,100) 2,400 (540) 22 (9.9) 18 (6) (0.66) 266 (179) 9,600 (2,100) 2,400 (540) 22 (9.9) 18 (6) (0.79) 387 (260) 12,000 (2,700) 3,000 (680) 30.2 (19) 20.1 (9) (0.89) 489 (329) 15,000 (3,400) 3,750 (850) 31 (14) 27 (8.9) (02) 652 (438) 16,800 (3,800) 4,200 (900) 39.0 (14) 20 (10.2) Installation loads in excess of 2,700 N (600 lbs.) are not recommended. Ordering Information Digit No.: B J 9 K R Breakout Series Ultra-Fox Tray Cables: 0mm Subcables = BE 5mm Subcables = BX 3 5 Fiber count: (see cable characteristics chart) = Jacket type: Indoor/Outdoor Tray = J 7 9 Fiber type: (see Laser Ultra-Fox Fiber Performance Table, p. 23) 10 Ultra-Fox fiber with 900µm tight-buffer = 9 11 Standard jacket color: Black = K 12 Rating: Riser = R Example: 12-fiber riser rated tray cable using 65µm standard Laser Ultra-Fox fiber 5mm subcable, black jacket B X J W L S 9 K R occfiber.com 5

6 G-Series Subgrouping Riser Rated Tray Cables Central Filler/Strength Member Subcable Outer Jacket Ripcord Subcable Tight-Buffer Optical Fiber Aramid Strength Member Subcable Jacket 8. Ripcord Subcable 8. Applications Ideal for installations requiring a rugged and reliable cable design where maximum mechanical and environmental protection are necessary Typical industrial uses are factory automation, power generation and other utilities, oil and gas refining, and surface mining Features Best design for multimode and single-mode fiber composite/hybrid cables Design allows multi-fiber subcables to be routed to multiple locations such as wiring racks and closets Independently tested to CSA C22 No. 230 (tray cables) Color-coded subcables are easy to identify for improved cable management in routing and termination Designed for indoor/outdoor installations, including cable trays 12- to 144-fiber configurations are available with 6 or 12 fibers per subcable Low-temperature PVC outer jacket (J material) provides excellent performance and flexibility at low temperatures Jacket is UV, fungus and moisture resistant Core-Locked jacket prevents cable from flattening and the jacket from wrinkling in tight bends Permits pulling with direct attachment of wire mesh grip; no need to access inner aramid strength members Improves crush and tear resistance Contains 25% more material than conventional jackets High crush and tensile load ratings compared to similar tray service fiber optic cables Oil resistant for use in industrial applications UL listed in accordance with NEC section (b) for use in vertical runs in building riser shafts or from floor to floor Designed to exceed the flammability requirements of Chapter 8 IEEE 383 Mechanical and Environmental Performance Operating temperature Storage temperature Installation temperature (cable temp.) Indoor/Outdoor -50 C to +75 C -55 C to +85 C -30 C to +60 C Flame retardancy UL listed type OFNR (UL 1666) FT4 (CSA C22 No. 232) Applicable Standards OCC indoor/outdoor tight-buffered fiber optic cables meet the functional requirements of the following standards: ICEA-S ICEA-S GR-409-CORE ISSUE 2 TIA-568 TIA-598 UL 1666 CSA C22 NO. 232 CSA C22 NO. 230 Impact resistance (TIA A) Crush resistance (TIA A) Flex resistance (TIA A) 1,500 impacts 2,100 N/cm 2,000 cycles 6 occfiber.com

7 G-Series Subgrouping Riser Rated Tray Cables G-Series Subgrouping Tray Cable with 6-Fiber Subcables (5mm subcables) Fiber Count Diameter mm (in) Weight kg/km (lbs/1,000') Tensile Load Minimum Bend Radius Installation N (lbs) Operational N (lbs) Installation cm (in) Long-Term cm (in) (0.57) 221 (149) 3,800 (850) 1,200 (270) 29 (8.6) 16 (7) (0.57) 222 (149) 4,700 (1,060) 1,800 (400) 29 (8.6) 16 (7) (0.57) 223 (150) 5,600 (1,260) 1,900 (420) 29 (8.6) 16 (7) (0.61) 254 (171) 7,500 (1,690) 2,400 (540) 24 (9.2) 16 (1) (0.67) 297 (200) 8,900 (2,000) 2,850 (640) 24 (10.0) 19 (7) G-Series Subgrouping Tray Cable with 12-Fiber Subcables (5mm subcables) Fiber Count Diameter mm (in) Weight kg/km (lbs/1,000') Tensile Load Minimum Bend Radius Installation N (lbs) Operational N (lbs) Installation cm (in) Long-Term cm (in) (0.65) 274 (184) 4,600 (1,030) 1,500 (340) 29 (9.8) 16 (5) (0.65) 272 (183) 5,900 (1,330) 1,050 (440) 29 (9.8) 16 (5) (0.65) 270 (181) 7,200 (1,620) 2,400 (540) 29 (9.8) 16 (5) (0.72) 323 (217) 9,500 (2,140) 3,150 (710) 26 (10.9) 18.4 (2) (0.79) 380 (255) 11,300 (2,540) 3,750 (840) 30.2 (19) 20.1 (9) (0.86) 443 (298) 13,100 (2,950) 4,350 (980) 37 (19) 28 (8.6) (0.93) 513 (345) 14,900 (3,350) 4,950 (1,110) 34 (19) 26 (9.3) (01) 608 (409) 18,200 (4,090) 6,000 (1,350) 38.6 (12) 27 (10.1) (09) 707 (475) 19,500 (4,380) 6,450 (1,450) 46 (14) 27 (10.9) (11) 669 (450) 20,800 (4,680) 6,900 (1,550) 42 (16) 28.1 (11) (11) 668 (449) 22,100 (4,970) 7,350 (1,650) 42 (16) 28.1 (11) Installation loads in excess of 2,700 N (600 lbs.) are not recommended. Other fiber counts available upon request. Ordering Information Digit No: G J 9 K R Subgrouping Series Ultra-Fox = G 2 6-fiber subcables = B; 12-fiber subcables = X 3 5 Fiber count: 6-fiber subcables = , 12-fiber subcables = Jacket type: Indoor/Outdoor Tray = J 7 9 Fiber type: (see Laser Ultra-Fox Fiber Performance Table, p. 23) 10 Ultra-Fox fiber with 900µm tight-buffer = 9 11 Standard jacket colors: Black = K (other jacket colors available upon request) 12 Rating: Riser = R Example: 48-fiber riser rated tray cable (12-fiber subcables) using 65µm standard Laser Ultra-Fox fiber, black jacket G X J W L S 9 K R occfiber.com 7

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