In high-heat applications like soldering, field repairs and petroleum processing, some cables could burn, degrade or react to chemicals, GORE IDC Ribbon Cables: GTX602 Series withstand temperatures up to 250° — while resisting aging — providing performance that can stand the heat, every time.

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GORE® IDC Ribbon Cables: GTX602 Series
Overview
1

High-heat applications put a lot of trust in cables. Despite escalating temperatures exceeding 150° or even 200°, and even in the presence of harsh chemicals, cables are expected to perform flawlessly, every time.

The GTX602 series of GORE IDC Ribbon Cables are high-temperature, non-burning cables that stand up to the stressors of heat and time. With their composite PTFE insulation, the cables are chemically inert and thermally stable up to 250°, while the tensile strength of PTFE keeps the cables robust, durable and resistant to aging. Additionally, the cables are vacuum-compatible.

GORE® IDC Ribbon Cables: GTX602 Series construction

With the cables' composite PTFE insulation, they're resistant to chemicals and extreme heat.

The GTX602 cable series provides lower crosstalk, higher impedance and lower capacitance than most .050" center cables on the market. The cables’ superior electrical characteristics allow longer cable lengths, resulting in fewer limitations in design packaging, routing and adjustment of cable lengths.

GORE IDC Ribbon Cables: GTX602 Series conform to UL Style 20453. The cables are often used in areas subject to soldering operations and field repairs, petroleum environments, high-reliability systems and high-temperature applications.

Features & Benefits
1

GORE IDC Ribbon Cables: GTX602 Series deliver high performance in harsh — and extremely hot — environments. The cables feature:
 

  • .050" pitch
  • 28, 26 or 24 AWG conductors
  • composite PTFE insulation

As a result, manufacturers and end users report:

  • extreme thermal resistance
  • chemical immunity
  • low crosstalk
  • superior electrical properties
  • vacuum compatibility
  • resistance to aging

Additionally, Gore’s worldwide engineering team provides superior sales and technical support. If you have any questions about the cables’ features or benefits, please contact us

Properties
3

GORE IDC Ribbon Cables: GTX602 Series have the electrical and mechanical properties needed for high performance in extreme temperatures.

For the full list of properties, please download the product data sheet

Ordering Information
3
Ordering Information

When ordering .050" High Temperature Non-Burning IDC Ribbon Cable, please refer to your application needs and provide your ordering specifications in this format:

If you have any further questions or need more information, please contact us.

Resources
1
Featured Resource(s)

Cables - Data Sheet - GORE IDC Ribbon Cable High Temp - US

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The GTX602 series of GORE® IDC Ribbon Cables are high temperature non-burning cables. These cables withstand extreme chemical and thermal environments, are vacuum compatible, and resistant to aging.

Content Type
Data Sheets
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Data Sheet: GORE™ IDC Ribbon Cable - High Temperature
Paragraphs
.050" High Temperature Non-Burning Cable
2
Column Item

Cables - PS - High Temp IDC Data Sheet - Left Col 1 - US

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The GTX602 series of GORE IDC Ribbon Cables are high temperature non-burning cables. These cables withstand extreme chemical and thermal environments, are vacuum compatible, and resistant to aging. The cables are robust and provide protection from mishaps during system assembly, operation, and repair.

The GTX602 cable series provide slower crosstalk, higher impedance, and lower capacitance than most .050" center cables on the market. The superior electrical characteristics allow longer cable lengths resulting in fewer limitations in design packaging, routing, and adjustment of cable lengths. These cables conform to UL Style 20453.

These cables are often used in areas subject to soldering operations and field repairs, petroleum environments, high reliability systems, and high temperature applications.

Key Features

  • .050” pitch
  • 28, 26, or 24 AWG conductors
  • Composite PTFE insulation

Key Benefits

  • Extreme thermal resistance
  • Chemical immunity
  • Low crosstalk
  • Superior electrical properties
  • Vacuum compatible
  • Resistant to aging
With the cables' composite PTFE insulation, they're resistant to chemicals and extreme heat.
Ordering Information

GORE and designs are trademarks of W. L. Gore & Associates, Inc. ©2008 W. L. Gore & Associates, Inc. JK070308-36 Rev. 3-13-08 PLEI021

Cables - PS - High Temp IDC Data Sheet - Right Col 1 - US

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Property Unit 28 AWG 26 AWG 24 AWG
Voltage Rating RMS 300 300 300
Dielectric Withstand Voltage RMS 1500 1500 1500
Insulation Resistance MΩ*km 500 500 500
Characteristic Impedance
Ground, Signal, Ground Ω 125 105 90
Capacitance
Ground, Signal, Ground pf/ft 9.8 12.5 13.2
Time Delay ns/ft 1.15 1.17 1.18
Velocity of Propagation as % of air 92 90 88
Effective Dielectric Constant ε 1.18 1.22 1.25
Electrical Properties
Property 28 AWG 26 AWG 24 AWG
Temperature Range
Nickel-Plated Conductors –65°C to +260°C –65°C to +260°C –65°C to +260°C
Silver-Plated Conductors –65°C to +200°C –65°C to +200°C –65°C to +200°C
Unplated Conductors –65°C to +150°C –65°C to +150°C –65°C to +150°C
Mechanical Properties
Chemical 28 AWG 26 AWG 24 AWG
Acids: Hydrochloric, Sulfuric, Nitric Excellent Excellent Excellent
Alkalis Excellent Excellent Excellent
Hydrocarbons
Aliphatic, Aromatic Excellent Excellent Excellent
Halogenated Good to Excellent Good to Excellent Good to Excellent
Alcohol Excellent Excellent Excellent
Overall Chemical Resistance Excellent Excellent Excellent

 

Chemical Resistance
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Cables - HDR - White Paper - Cable Particulation Study for Cleanroom Environments - US

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As much as possible, system designers should reduce the number of moving components and the friction among these components to achieve a low particulation cable system that will last for tens of millions of cycles.

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Cable Particulation Study for Cleanroom Environments
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Cables - White Paper - Improving Cables Performance in Harsh Environments - US

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Examines the constraints that may have an impact on cable performance, and the process involved in selecting the right materials based on sufficient testing to verify cables will survive in harsh environments.

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Improving Cable Performance in Harsh Environments
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IDCリボンケーブル：GTX602シリーズ

Cables - Data Sheet - GORE IDC Ribbon Cable High Temp - US

The GTX602 series of GORE® IDC Ribbon Cables are high temperature non-burning cables. These cables withstand extreme chemical and thermal environments, are vacuum compatible, and resistant to aging.

Data Sheet: GORE™ IDC Ribbon Cable - High Temperature
Data Sheets
IDC Ribbon Cable - High Temperature
Cables & Cable Assemblies
Harsh Environments & Industrial Automation
Harsh Environments
IDC Ribbon Cables: GTX602 Series
IDCリボンケーブル：GTX602シリーズ

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