REDCUBE Terminals


REDCUBE Terminals - Innovative HochleistungskontakteREDCUBE terminals sind die verlässlichsten Hochleistungskontakte unter den PBC's. Niedriger Widerstandskontakt garantiert so gut wie keine Selbsterhitzung. Vier verschiedene Designs umfassen komplett die Verarbeitungstechnologie und bieten ein großes Einsatzspektrum.

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00:03red cube terminals are the best

00:06solutions for high current applications

00:08for different designs cover all heating

00:11processing technologies with the lowest

00:14failure in time value red goo press-fit

00:16is the most reliable technology on PCB

00:21pressing the pins into the PCB the high

00:24friction between pin and plated

00:26through-hole generates a homogeneous

00:29cold welding of both materials this

00:32results in a gas tight of strong

00:35mechanical connection with contact

00:37resistance less than 200 micro ohms no

00:43other connection technology transverse

00:46currents up to 500 ampere with almost no

00:49heat development the new quick and easy

00:53pluggable solutions red cube plug

00:55provides power up to 120 ampere and

00:59offers all press speed advantage

01:02a spring force blocks the plank

01:04automatically and fully reliable the

01:07hexagonal crimping connects the plug

01:10with the cable

01:14red cube SMD and thr combined fully

01:18automatically pick in place with the

01:20efficient and time-saving

01:22reflow soldering process the small size

01:25of bread cube SMD guarantees a high

01:28packing density without critical heat

01:31development on the PCB red cube SMD

01:34provides current after 70 ampere the

01:37brilliant idea of the new and old red

01:40cube SMD version allows a great

01:4390-degree board to board collection as

01:46well as

01:47connection red cube thr as a special pin

01:51design for best solderability and

01:54currents up to 85 ampere milling from

01:58solid materials red cube thr guarantees

02:01high ampacity with greater torque

02:04compared to stabbed contacts

02:08red you clever unique brilliant


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Letzte Änderung: 08.12.2016