Powerelectronics 3781 095128hiroseelectric

Water-Resistant In-Line Power Connector

Nov. 3, 2015
Hirose has introduced the DF63W Series, a small wire-to-wire power connector capable of delivering up to 14 Amps.

Hirose has introduced the DF63W Series, a small wire-to-wire power connector capable of delivering up to 14 Amps. A slim design and all-plastic shell with smooth contour makes the DF63W Series ideal for wiring in small spaces. IP67-rated water-resistant protection is accomplished utilizing a wire seal and housing seal that is pre-assembled in the housing. The crimped contacts and wire are easily inserted through the seals to complete the cable assembly.

The small size and high durability of the DF63W Series connector makes it an ideal choice for LED lighting, consumer and home appliances, food processing machinery, automatic ticket gates, medical devices, motorized bicycles, robotic machinery, and security systems.

Available in a 2-position single-row, 3-position double-row, and 4-position double-row version, the DF63W Series connector accepts AWG from 16 to 22. Two different keying types are offered in black and white colors to prevent cross-mating in multi-use applications.

Utilizing a highly reliable contact structure, the DF63W Series delivers ruggedized connectivity that is resistant to shock and vibration and minimizes contact fretting.

The DF63W Series connector features a center latch that provides a tactile click during mating and visual confirmation of a completed lock condition. The latch is also protected by tapered side guards that prevent entanglement in the conduit and accidental unmating.

The DF63W design has no exposed metal components, reducing the possibility of shock and arcing.

In addition, the plug and receptacle use the same crimping applicator, potentially reducing cable assembly tooling costs.

The DF63W Series features a voltage rating of 630V AC/DC, a contact resistance of 10 mW maximum, and an insulation resistance of 1000 MW minimum. The DF63W Series has a mating durability of 30 full insertion/withdrawal cycles and an operating temperature range of -40°C to +105°C.

Sponsored Recommendations

Comments

To join the conversation, and become an exclusive member of Electronic Design, create an account today!