UL1015/UL1028/UL1283/UL1346 Electron beam

UL1015/UL1028/UL1283/UL1346 Electron beam

  • Applicable fields and scope: internal wiring of various household appliances, electronics, industrial equipment, switchboards, etc.
  • Rated voltage: 600V.
  • Rated temperature: 105℃
  • Conductor: single core or stranded tinned copper T.C or bare copper B.C.
  • Insulation: PVC polyvinyl chloride
  • Specifications: Passed UL VW-1 and CSA FT1 vertical flame resistance test standards.
  • Features: Standard thickness, easy to peel and cut; acid and alkali resistant, oil resistant, moisture-proof, mildew-proof and other properties.
  • Color: black, white, red, green, yellow, blue, grey, orange, purple, brown, pink, green and yellow, spot color must be confirmed separately.
  • ★Some specifications can also be specified to process custom-made products with conductors that are twisted first and then plated.
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Product Category Product Code Conductor Insulation Allowable Current (Approx.) in Amperes (A) Maximum Conductor Impedance in Ohms per Kilometer (Ω/km) Minimum Insulation Impedance in Megaohms per Kilometer (MΩ/km)
Specifications
AWG
Number of Strands / Strand Diameter
No./mm
Thickness
mm
Outer Diameter
mm
UL1015
(Multi-core stranded wire)
1015#24 24 11.160 0.76 2.20 7.6 88.6 15
1015#22 22 17/0.160 0.76 2.40 10.0 62.5 15
1015#20 20 21/0.180 0.76 2.60 13.1 39.5 15
1015#18 18 34/0.180 0.76 2.80 17.2 24.4 15
1015#16 16 26/0.254 0.76 3.10 22.6 15.6 15
1015#14 14 41/0.254 0.76 3.50 30.4 9.90 15
1015#12 12 65/0.254 0.76 4.10 40.6 6.24 15
1015#10 10 105/0.254 0.76 5.10 55.3 4.15 15
UL1015
(Multi-core stranded wire)
1015#24-T 24 1/0.511 0.76 2.10 7.6 92.4 15
1015#22-T 22 1/0.643 0.76 2.25 10.0 60.1 15
1015#20-T 20 1/0.813 0.76 2.40 13.1 37.0 15
1015#18-T 18 1/1.024 0.76 2.65 17.2 23.6 15
1015#16-T 16 1/1.290 0.76 2.90 22.6 13.0 15
1028#8 8 133/0.283 1.25 6.50 75 2.30 14
UL1028
1028#8 8 133/0.283 1.25 6.50 75 2.30 14
UL1283
1283#6 6 133/0.36 1.52 8.50 105 0.40 14
UL1346
1346#6 6 273/0.401 1.60 8.30 105 1.41 5
1346#4 4 437/0.401 1.60 9.70 145 0.88 5