Search Results for hvc contact
hvc | Amphenol Global Search | Amphenol
HVDC is a low mating force, high mating cycle connector that achieves enhanced performance due to multiple points of contact vs. standard 2 or 4 tine contacts. Support up to 1000 amps with High Power and High Voltage Connectors and Contacts based on D38999, 5015, and 22992 Class L Mil-Spec connectors.
HVC2P28FS104 | Amphenol Global Search | Amphenol
HVC2P28FS104 is a metal shielded, high voltage connector for hybrid and electric vehicles, with IP67, IP6K9K and IPXXB ratings. Find datasheets, performance characteristics, applications and contact details of Amphenol Automotive Connection Systems.
HVC3P63FS106 | Amphenol Global Search | Amphenol
HVC3P63FS106 is a 6.3mm 5 pole 180° high voltage connector for hybrid and EV applications. Find product specifications, catalogs, and contact information from Amphenol Automotive Connection Systems and Amphenol Industrial.
hvc2p28fs | Amphenol Global Search | Amphenol
HVC2P28FS is a high voltage, high current, 2.8mm 2 poles connector with metal shield and HVIL contact system. It has IP67, IP6K9K (mated) and IPXXB (unmated) ratings, and can withstand 900V DC and 20-40A rated current.
High Voltage Connectors
COMPACT, ROBUST AND VERSATILE CONNECTOR SYSTEM MicroSpace™ High Voltage selective loaded Crimp-to-Wire... Signing up for newsletter indicates you agree with our Terms of Services.
HVC2P28FS304 | Amphenol Global Search | Amphenol
HVC 2P28FS &MVXXX is a high voltage, high current, 2.8mm 2 poles connector with metal shield and HVIL contact system. It has IP67, IP6K9K (mated) and IPXXB (unmated) ratings, and can withstand 900V DC and 20-40A rated current.
HVC1P80FV250 | Amphenol Global Search | Amphenol
HVDC is a low mating force, high mating cycle connector that achieves enhanced performance due to multiple points of contact vs. standard 2 or 4 tine contacts. Features & Benefits: Weight savings with a composite shell and hollow pin design threaded or lug termination.
High Power and High Voltage Connectors - Amphenol Aerospace
HVDC is a low mating force, high mating cycle connector that achieves enhanced performance due to multiple points of contact vs. standard 2 or 4 tine contacts. Amphenol’s Single Pole Ram-Lock connector is a ruggedized push-pull connector designed for applications up to 500 °F (260 °C)
HVC2P63MV104 | Amphenol Global Search | Amphenol
HVC2P 80 (90°)は、PDU、インバータ、バッテリーシステムなどの電動パワートレイン向けに開発された、2芯、ライトアングル形状の樹脂製高電圧EVコネクタです。 定格電圧1000V DC、定格電流は最大220A、適用電線サイズ25mm²～50mm²に対応しています。 HVC シリーズの一覧はこちら. 特長. 定格電圧：1000V DC Max. 定格電流@85℃： 150A 25mm² (11.6 ～ 12.2mm) 170A 35mm² (13.8 ～ 14.4mm) 220A 50mm² (15.2 ～ 15.8mm) 嵌合回数： 50 Min. 引張強度： ≤ 100N. 使用温度： -40°C ～＋140°C. 保護等級： IP67, IP6K9K、IPXXD (嵌合時)
hvc | Amphenol Global Search | Amphenol
HVDC is a low mating force, high mating cycle connector that achieves enhanced performance due to multiple points of contact vs. standard 2 or 4 tine contacts. Features & Benefits: Weight savings with a composite shell and hollow pin design threaded or lug termination.
HVC4P | Amphenol Global Search | Amphenol
HVDC is a low mating force, high mating cycle connector that achieves enhanced performance due to multiple points of contact vs. standard 2 or 4 tine contacts. Support up to 1000 amps with High Power and High Voltage Connectors and Contacts based on D38999, 5015, and 22992 Class L Mil-Spec connectors.
HVC3P63MV102 | Amphenol Global Search | Amphenol
HVDC is a low mating force, high mating cycle connector that achieves enhanced performance due to multiple points of contact vs. standard 2 or 4 tine contacts. Support up to 1000 amps with High Power and High Voltage Connectors and Contacts based on D38999, 5015, and 22992 Class L Mil-Spec connectors.
HVC2P28FS | Amphenol Global Search | Amphenol
HVC2P28FS 104 is a metal shielded, high voltage connector for hybrid and electric vehicles, with IP67, IP6K9K and IPXXB ratings. Find datasheets, performance characteristics, applications and contact details of Amphenol Automotive Connection Systems.
HVC4P63FS104 | Amphenol Global Search | Amphenol
Amphenol is one of the leading manufacturers of Automotive Ethernet connector. Contact us today for more details of NETbridge+, Part number NTHBR11A1111SR. Find products related to HVC4P63FS104, a high voltage connector with 6.3mm diameter and 5 poles, from Amphenol Automotive Connection Systems.
HVC2P | Amphenol Global Search | Amphenol
Find various products and information related to HVC2P 28FS, a high voltage, high current, 2.8mm 2 poles connector with metal shield and HVIL contact system. See datasheets, performance characteristics, applications and contact details of Amphenol Automotive Connection Systems.
HVC 8mm | Amphenol Global Search | Amphenol
HVDC is a low mating force, high mating cycle connector that achieves enhanced performance due to multiple points of contact vs. standard 2 or 4 tine contacts. Features & Benefits: Weight savings with a composite shell and hollow pin design threaded or lug termination.
hvc2p80 | Amphenol Global Search | Amphenol
HVC 2.8mm 2 Pos 180° High Voltage Connector - Hybrid&EV connector and ... As a member of Amphenol Automotive products group, Amphenol Automotive Connection Systems (Changzhou) Co., Ltd., established in 2004, is a wholly owned subsidiary of Amphenol Group in China.
hvc2p | Amphenol Global Search | Amphenol
Amphenol Automotive offers various types of high voltage connectors and harnesses for hybrid and electric vehicles. HVC2P is one of the product codes for 14mm 2 pos 180° metal high voltage connector. HVC 2.8mm 2 Pos 180° High Voltage Connector（Inline Version） - Hybrid&EV ...
hvc3p63mv102 | Amphenol Global Search | Amphenol
HVC3P63MV102 | Amphenol Global Search | Amphenol HVDC is a low mating force, high mating cycle connector that achieves enhanced performance due to multiple points of contact vs. standard 2 or 4 tine contacts.
hvrc2p41 | Amphenol Global Search | Amphenol
HVRC2P30 is a high voltage, high current connector for 2.5/4/6mm2 wire, with push-pull locking and HVIL contact system. It has IP67/IP6K9K rating, 360° shielding, and coding 1/2/3.