INSTRUMENTATION – 300 VOLT TYPE PLTC – MULTIPLE TRIADS I/S & O/S – PVC

Specification:
HW104
INSTRUMENTATION CABLE
300 Volt UL Type PLTC & ITC, 105°C
Multiple Triads
Individual and Overall Shield
PVC Insulation
PVC Jacket
Copper Conductors

Catalog Number Size AWG Pair/Triad Isulation Thickness Mils Jacket Thickness Mils Overall Diameter In. Net Weight Lbs/Mft
HW104 02004 20 4 15 50 0.50 136
HW104 02008 20 8 15 50 0.65 214
HW104 02012 20 12 15 60 0.78 338
HW104 02016 20 16 15 60 0.86 428
HW104 02024 20 24 15 70 1.10 591
HW104 02036 20 36 15 70 1.22 887
HW104 01804 18 4 15 50 0.54 134
HW104 01808 18 8 15 60 0.74 293
HW104 01812 18 12 15 60 0.86 332
HW104 01816 18 16 15 70 0.97 420
HW104 01824 18 24 15 70 1.21 768
HW104 01604 16 4 15 50 0.61 229
HW104 01608 16 8 15 60 0.82 395
HW104 01612 16 12 15 70 0.98 621
HW104 01616 16 16 15 70 1.09 794
HW104 01624 16 24 15 80 1.39 1085

Application:
For use in instrumentation and process control applications where protection from electrostatic interference is required. UL listed as Type PLTC and ITC and approved for installation indoors or outdoors, aerially, in conduits, ducts and cable trays in circuits not exceeding 300 volts. May be used in NEC Class 1, Division 2 hazardous locations.

Conductors:
7-strand soft bare annealed copper per ASTM B-3, Class B stranding per ASTM B-8.

Insulation:
Flame-retardant PVC.

Individual Shield:
Aluminum-polymer tape providing 100% coverage with a flexible 7-strand tinned copper drain wire.

Overall Shield:
Aluminum-polymer tape providing 100% coverage with a flexible 7-strand tinned copper drain wire.

Jacket:
Sunlight-resistant PVC. A ripcord is applied longitudinally under the jacket to facilitate stripping.

Flame Tests:
•UL 1581 70,000 BTU/hr flame test
•CSA FT4 rated

Color Code:
•ICEA Method 1: black, white and red triads with printed number
•Available upon request: black, red and blue triads with printed number

Additional Standards:
•UL Standard 13
•UL Standard 2250
•NEC Type ITC per Articles 501, 502, 503, and 504
•Approved for Class 2 and Class 3 circuits per Article 725 of the NEC

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