Electronic Design
 
Product Locator Letail
Product Locator >> Components & Assemblies >> Interconnections & Wire & Cable >> Circular Connectors

Reprints   Email this Article    RSS        Font Size     What's This?


High Temp Connectors Ensure Safety And Reliability

June 02, 2008
Enhancing safety and reliability in transportation applications, the VEAM CIR Series high-temperature circular connectors meet European CEN/TS 45545 standards governing railway fire safety. The connectors withstand a high temperature exposure period of at least 15 minutes at the ISO 834-1 heating curve where maximum temperature is 800°C. Featuring stainless steel shells and ceramic insulation, they are available with 35 size-12 poles at 40A. A silicon rubber grommet ensures sealing, while contacts with a metallic retention clip provide a reliable contact that will not release under shock and vibration conditions. The company is also developing the CIR Series connectors with 40 size-16 poles rated at 36A and four size-16 poles. ITT INDUSTRIES, CANNON, Santa Ana, CA. (714) 557-4700.

Company - ITT INDUSTRIES, CANNON
Product URL: Click here for more information


  Find it now on Digi-Key:
Interconnections & Wire & Cable
Digi-Key


Top 20 Products
1) Celeron PC/104+ SBC Goes Fanless   155
2) Linux-Based Thin Client Pairs With Rugged PC  127
3) Smart Camera Family Expands  121
4) Frequency/Phase Converters Enlist For Military Apps  119
5) Plug-and-Play Instrument Driver Enhances LabVIEW  114
ALL TOP 20 >>
Search News
 
Email Newsletter
Subscribe to the EEPN Products of the Week Newsletter.



PartFinder

Find real-time pricing, stock status, same-day/next-day shipping options and more. Brought to you by Digi-Key. Go to PartFinder.    
GlobalSpec

PART SEARCH :
Powered by: GlobalSpec - The Engineering Search Engine
Sponsored Links

Electronic Design Europe Electronic Design China EEPN Power Electronics Auto Electronics Microwaves & RF RF Design
Schematics Find Power Products Military Electronics Featured Vendors EE Events Free Design Resources