|
Schuster Electronics offers Harting Corp DIN 416 12
HARTING offers a wide range of standard connectors complying with DIN 416 12 and IEC 60 603-2, as well as a great selection of supplementary types and customer specific solutions.
- 3 to 160 way connectors
- Current per contact: up to 2A for DIN Signal and over 2A for DIN Power connectors
In addition, HARTING’s range har-bus® 64 features 160 contacts and is an extension of the 3 row 96 way DIN 41 612 C type range with 2 additional rows. The 5 row har-bus® 64 connector is 100 % forwards and backwards compatible with the type C connectors according to DIN 41 612. The design of male and female connectors allows the mating of any combination of the 5 or the 3 row variants.
DIN Signal Connectors
 HARTING product range of signal connectors according to DIN 41 612 encompasses the types B, C, M, Q and R and the complementary types 2B, 2C, 3C, 2Q, R(HE 11) and 2R.
- Various termination methods: solder, SMC (reflow solder), press-in, crimp or IDC are available
- Applications: PCB-to-backplane or cable-to-PCB applications at the working current of up to 2A max. per contact
- Connectors: 16 to 96 ways according to different requirements regarding the size of the connectors and the number of contacts
The mixed type M can be loaded with different contacts, thus allowing the transmission of e.g. high frequency, high voltage, high current, analogue and digital signals with one connector.
|
DIN Power Connectors
 HARTING’s product range of power connectors complying with DIN 41 612 includes the types D, E, F and H and the complementary types FM, 2F, H3, F9 and MH, as well as the interface connectors I/U.
- Various termination methods: manual, wave or reflow soldering, crimp, press-in, cage clamp, wire wrap and faston.
- Applications: various, especially for power supply and railway transportation.
- Advantages: robustness, easy handling and the wide range of accessories such as housings, coding systems and tooling
- Housings: plastic, metallised plastic and full metal depending on the weight limits, the level of robustness required as well as EMC requirements
|
|
