CHO-SHRINK Electrically Conductive Heat Shrink Tubing | #70-21-0008-0004


LOADING IMAGES
70-21-0008-0004

CHO-SHRINK Electrically Conductive Heat Shrink Tubing | #70-21-0008-0004

Parker Chomerics CHO-SHRINK 1061 silver coated and CHO-SHRINK 1120 silver-plated copper coated electrically conductive heat shrinkable tubing is designed to provide lightweight cable and connector EMI shielding.


Especificaciones técnicas

  • Revestimiento: Inside Only
  • Serie del producto: CHO-SHRINK 1061
  • Diámetro interior: 0.5 in (12.7 mm)
  • Configuración: Tube
  • Diámetro interior recubierto: 0.25 inch, 6.35 mm
  • Grosor de la pared: 0.025 inch, 0.63 mm
  • Longitud: 4 ft, 1.22 m
  • Material de relleno: Silver
  • Durómetro: 50 ± 10 Shore D
  • Temperatura de funcionamiento: -54 to 135 °C, -66 to 275 °F
  • Resistencia dieléctrica: 200 VAC/mil
  • Pérdida de masa total de desgasificación: 0.67 % TML (0.04% CVCM)
  • Clasificación de inflamabilidad: UL VW-1
  • Vida útil en depósito: 2 years
  • Material del tubo: Polyolefin
  • Nivel de blindaje de ruido: 70 to 80 dB
Safety Warning

Información del artículo

CHO-SHRINK electrically conductive heat shrink tubing is available in two performance options: CHO-SHRINK 1061, coated with silver, designed for higher end military and aerospace applications, and CHO-SHRINK 1120, coated with silver-plated copper, and designed for commercial applications. Both provide lightweight cable and connector EMI shielding with easy installation and assembly by conventional heat guns and ovens.

Both CHO-SHRINK materials are ideal for any applications where weight savings associated with EMI cable shielding is of paramount importance. The product consists of polyolefin heat shrinkable tubing that is coated with Parker Chomerics unique silver or silver-copper plated filled coating systems. CHO-SHRINK tubing is available coated only inside, only outside, or both inside and outside the tube.

The CHO-SHRINK cable shielding system includes tubing, connector boots, cable transitions and boot adaptors – and allows for relatively easy assembly of shielding systems for complex cable wiring harnesses using conventional heat shrink tubing heating devices.
The system offers excellent shielding and significant weight savings over traditional metal braid cable shielding systems. In addition, CHO-SHRINK offers an environmental shield against dust, moisture and other contaminants.

CHO-SHRINK remains flexible to support any needed cable routing. Easy repair or rework of cables is facilitated by cutting off the CHO-SHRINK material and installing new material.

CHO-SHRINK materials are ideal for installation on cabling for medical device electronic assemblies which require reliable EMI shielding performance and may benefit from silver’s antimicrobial properties. Typical applications can include; missiles, aircraft, satellites, vehicles, and on cables of any other electronics systems where weight savings is mandatory.

Features and Benefits:
• Meets NASA outgassing specs for space use
• 50-60 dB attenuation above 500 MHz for CHO-SHRINK 1120, 70-80 dB attenuation for CHO-SHRINK 1061
• Simplifies connector and transition shielding design
• Excellent moisture and contamination seal
• Dramatic weight savings vs. conventional braided mesh
• 4:1 shrink ratio
• Standard lengths for tubing are 4 ft (1.22m)

Typical Applications:
• Medical devices
• Automotive cable assemblies
• Missiles
• Satellites
• Any light-weighting application

Leer más Mostrar menos

Diseños en CAD + Archivos

No hay archivo CAD disponible

OK

x

Documentos relacionados

×

Cantidad
Solicitar un presupuesto

El artículo se ha añadido correctamente a la cesta de presupuesto IR A MIS COTIZACIONES

x

OK

x

Encontrar un distribuidor

Puntos de venta

Contacto local

Chomerics Division Europe

Unit 6, Century Point

Halifax Road

High Wycombe

Bucks

United Kingdom

HP12 3SL

Teléfono

+44 1494 455400

Fax

+44 1494 455466

Consiga su cuenta de Parker hoy mismo!

Cree una cuenta para gestionar todo lo que haga con Parker, desde sus preferencias de compra hasta su acceso a la aplicación.

687PDC
179336