TE Connectivity Blind Mating Mobile Charging Connectors

Release time：2023-01-31
author：Ameya360
source：网络
reading：1468

　　TE Connectivity's (TE) Blind Mating Mobile Charging Connectors are intended for smaller mobile robots and autonomous vehicles typically used in warehouse environments. Autonomous mobile robots (AMR) are used mostly for material handling (picking, movement, storage, and sorting) in the warehouse automation space. 

        TE's Blind Mating Mobile Charging Connectors are available in 2- and 3-power contact options with up to eight signal contacts to ease installation and rework cycle times. The series offers a high mating cycle life and serves as a modular solution that will support different configurations, data, and sensing.

TE Connectivity Blind Mating Mobile Charging Connectors

　　FEATURES

　　Robust design for high-cycle life

　　Designed for a minimum of 12,000 mating cycles

　　Low insertion force power contacts

　　Spring probe signal contacts

　　Connection flexibility

　　2 and 3 power contact options

　　Up to 50A and up to 125V

　　Up to 40A per line at up to 100V

　　Terminates to 10AWG or 8AWG stranded copper wire

　　First make, last break contact for use in grounding, system enabling, or applications that require charging two battery strings independently

　　Touch safe contacts for extra safety if rework is needed

　　Blind mate capability

　　Allows for the misalignment of at least ±15mm for x and ±10 for the y direction

　　± Approx. 5° for z direction (mating)

　　Up to 8x signal contacts

　　Up to 0.5A per line

　　Terminates to 30AWG to 22AWG stranded wire

　　Rear pluggable interface to ease installation and rework cycle times

　　Spring probe contacts for high cycle life

　　Utilizes Mini Universal MATE-N-LOKII Connector interface for signal contact mating

　　APPLICATIONS

　　Charging for autonomous mobile robots/automated guided vehicles (AMR/AGV)

　　Blind mate battery charging

　　Industrial

　　Hospitality

　　Retail

　　Medical


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Temperature Sensor : Types, Applications, Working Principle and Much More
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Temperature Sensor : Types, Applications, Working Principle and Much More

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