TE Connectivity製のCPCシリーズ1 / 2ケーブルマウントシェルは、ねじ止めカップリングリング付きの迅速、安全かつ便利な接続システムを提供します。標準密度と低密度のタイプが用意されています。 コンタクトが円形なので、基板スペースを効率的に使用できます。 TE Connectivity製のCPCは高品質の熱可塑樹脂ハウジングを使用しているので、長期使用に最適な堅牢設計が実現します。
Series 1
Series 1 - Standard density
Specifically designed for signal and low current applications
Series 1 connectors are available in 4-37 pole with signals up to 13A
Series 1 accepts size 16 MultiMate pin and socket contacts See Instruction sheet for full list of compatible connector contacts
Series 2
Series 2 - High density
Designed for applications requiring a larger number of contact density in one shell
Series 2 connectors are available in 8-63 pole with signals up to 7.5A
Series 2 accepts size 20 DF/DM contacts - See Instruction sheet for full list of compatible connector contacts
Features and Benefits
Built-in pin and socket protection
UL 94V-0 rated and manufactured from stabilized, heat resistant, self-extinguishing thermoplastic materials
Quick connect/disconnect features saves valuable assembly time
Lightweight, all plastic connector less expensive than metal connectors
Rugged and reliable
Resistant to vibration and shock
Applications
The CPC series can be used in almost any industrial application where an effective signal solution is required
Some of the most common are;
Rail and transit vehicles and systems Lighting and signage HVAC and commercial building equipment Motor vehicles - bus, truck off-road and recreational, Agricultural machinery, construction equipment Industrial machinery, Industrial automation, and material handling equipment Instrumentation and testing Automation systems
Environment
The CPC series of circular connectors are ideal for harsh environments
Manufactured from high-grade engineering materials with UL94V-O stabilized heat resistant housings
FAQ
Q - Are the circular connectors repairable A Yes, contacts are removable
A replaceable coupling ring makes field repair easy
Q How robust are they A - The CPC range of circular connectors from TE connectivity are manufactured from high-grade materials
