RAY-90RayBraid supplied on a tube former

  • temperature range: to 150 °C
  • size range 3 ... 30 mm
  • EMI protection
  • easy application
  • high optical coverage
  • meets Mil-Spec requirements
  • EU ELV
  • EU RoHS
  • VG

The tinned copper braid RAY-90 very robust and its supply form (on a tube former) facilitates assembly in many applications. Minimum 90% optical coverage. Various versions featuring higher flexibility, extended application range, and higher temperature resistance are available. Fully compatible with Tinel-Lock adapters for termination of the braid to associated connectors.

Thermal properties

Operating temperature max 150 °C

Material

Materials tin plated copper

Approvals

EU RoHS RoHS compliant
EU ELV ELV compliant
VG VG96936T10B

General properties

Brand TE Connectivity Raychem
Markets Defense, Industrial, Motorsports

Measurements

Size range of product family 3 ... 30 mm
coverage min. 90.0 %
Expansion rate 1:2

Article stock RAY-90 (10 of 10 Article)

Article Application outer Ø min Application outer Ø max Ø indiv. end No of indiv. ends No of strands Ø plastic former Coverage min Wt/metre nom Resistance nom availability Bookmark
RAY-90-3.0(100) 2.0 mm 3.5 mm 0.13 mm 5 16 3.0 mm 90.0 % 13.0 g/m 28.0 Ω/km upon request
RAY-90-4.0(100) 3.0 mm 5.0 mm 0.13 mm 7 16 4.0 mm 90.0 % 17.0 g/m 18.3 Ω/km upon request
RAY-90-5.0(100) 4.0 mm 6.0 mm 0.13 mm 6 24 5.0 mm 90.0 % 21.0 g/m 13.8 Ω/km upon request
RAY-90-6.0(100) 4.0 mm 7.0 mm 0.13 mm 7 24 6.0 mm 90.0 % 25.0 g/m 12.2 Ω/km upon request
RAY-90-10.0(100) 12.0 mm 7.0 mm 0.16 mm 9 24 10.0 mm 90.0 % 52.0 g/m 6.0 Ω/km upon request
RAY-90-12.5 11.0 mm 13.0 mm 0.16 mm 10 24 12.5 mm 90.0 % 65.0 g/m 6.1 Ω/km upon request
RAY-90-12.5(100) 11.0 mm 13.0 mm 0.16 mm 10 24 12.5 mm 90.0 % 65.0 g/m 6.1 Ω/km upon request
RAY-90-15.0(50) 13.0 mm 18.0 mm 0.2 mm 11 24 15.0 mm 90.0 % 100.0 g/m 3.0 Ω/km upon request
RAY-90-20.0(50) 17.0 mm 23.0 mm 0.2 mm 7 36 20.0 mm 90.0 % 165.0 g/m 2.2 Ω/km upon request
RAY-90-30.0(50) 27.0 mm 36.0 mm 0.13 mm 9 36 30.0 mm 90.0 % 310.0 g/m 1.0 Ω/km upon request