har-flex® Power
HARTING's har-flex Power is a space saving power solution for PCBs
HARTING introduces an extension of the established har-flex product range with power contacts capable of up to 18 A per pin. Connectors are available as either power versions or hybrid (combined power and signal) versions. Power contacts are on a 2.54 mm pitch, whereas standard har-flex is 1.27 mm. The high current contacts can be delivered as SMT or through-hole versions, whereas standard har-flex is only SMT. There is a variety of pin counts with male and female connectors available in both straight and right-angle orientation.
In addition to the standard har-flex in 1.27 mm pitch, the har-flex product family also offers connectors with 2.54 mm pitch. har-flex Power was specifically designed for the transmission of high currents between 12 A and 26 A, depending on the pole count and ambient temperature. The flexible pole numbers from 2 to 12 are made possible by a modular manufacturing concept. Moreover, users can choose between SMT and THR power contact versions. har-flex Power connectors are available in straight and angled design and can be used in parallel (mezzanine) board, extender card, and motherboard-to-daughtercard configurations.
Thanks to the same form factor, har-flex Power and Signal can be used together on one PCB. This allows a strict separation of signal and power while maintaining a coherent connector system.
- Current rating: up to 18 A per contact
- Wide choice of pin counts: 2, 3, 4, 5, 6, or 12
- SMT or through-hole reflow termination
- 2.54 mm pitch
- Mating cycles: 500
- Temperature rating: -55°C to +125°C
- Isolation body: liquid crystal polymer (LCP)
- Stacking height: 12.3 mm to 13.8 mm
- Rated voltage 150 V acc. to IEC 60664-1
- Available as a power connector or as a hybrid signal/power
- Drives
- Controllers
- Power supplies
- Embedded systems
- HMIs/passenger information systems
- Batteries/battery management systems
- Modular IO platforms
- Frequency converters
- Actors, sensors, control units
- Robotics
- Power electronics of electric vehicles




