HARTING09251306921 | DIN 41612 Connector, 30 PositionsSteckverbinder, Mutterplatine

What is DIN 41 612?

DIN 41 612 connectors, often called VME or Eurocard connectors, are based on DIN standards for electrical connectors. The standard allows for electrical connectors that have two or three rows of contacts with 16 or 32 columns per row, with contact spacing of 0.1” (2.54mm). The most commonly used application for DIN 41612 connectors is in VME Bus systems, although the application use cases have expanded over the years to include any application that needs a robust and reliable board-level connector. Learn more about the features and benefits of the DIN 41 612 in this short video from HARTING.

Benefits of HARTING DIN 41 612

- Robust and reliable connector solution
- Broad portfolio that is suitable for a wide variety of applications
- DIN Power, DIN Signal and DIN Mixed variants available
- Short lead times
- DIN Signal available in full length (up to 96 contacts), half length and one third length versions. In both standard and inverse configuration
- Selective loading options, include first mate last break contacts
- Custom contact plating eg 50uinch gold
- Continuous investment = range expansion and increased production capacity

A History of DIN 41 612

A DIN connector is an electrical connector that was standardized in the early 1970's by the Deutsches Institut für Normung (DIN), the German national standards organization. There are many DIN standards, and there is a document number behind every one.

DIN 41612 is for rectangular connectors used to connect plug-in cards to a backplane or motherboard. Connector standardization is a prerequisite for open systems. This allows components from different suppliers to operate together. The standard has also been upgraded to international standards such as IEC 60 603-2 and EN 60 603-2.

Types of DIN 41 612 Connectors

DIN 41 612 Power
The DIN Power connectors are preferred in applications that require particularly robust connectors or higher currents up to 15 A. This is supported by our wide variety of shell housings and accessories, including full metal versions, which guarantee the necessary robustness and ensure a continuous shield from the cable into the rack.

- All DIN construction types, optionally for 6 A and 15 A per contact
- Standardized according to IEC 606032
- Contact spacing 5.08 mm
- Low contact resistance due to refined contact surfaces

DIN 41 612 Signal
The DIN Signal male and female connectors feature a constant pitch of 2.54 mm. This ensures a relatively high contact density as well as the necessary robustness. That is why the DIN Signal connectors are the best choice for applications with stricter vibration or ruggedness requirements. They have proven themselves in machinery construction, automation technology and railway applications as a particularly reliable solution.

- Contact spacing 2.54 mm
- Standardized according to IEC 606032
- Up to 96 contacts are possible in a single connector
- Many connection options: PCB to PCB, mezzanine or cable to PCB
- Up to 2 A per contact is possible
- Excellent transmission quality and low contact resistance due to refined contact surfaces

har-bus® 64 VME Connectors
The har-bus® 64 connectors are designed for use in VME 64x applications. They are 100% forwards and backwards compatible with DIN 41 612 type C. This enables the system to be extended by two more rows without having to rework all daughter cards.

- Additional connector contacts for I/O or future functionality
- Improved signal/ground configuration: thus ensuring signal transmission rates of up to 320 MBytes/s (VME bus), 1.25 Gb/s (Gigabit Ethernet) or 3.125 Gb/s (serial, point-to-point)
- Live insertion (e.g. cards can be inserted during operations)
- Standardized according to IEC 610764-113
- Up to 160 contacts
- Switch connector for automatic daisy chaining

Associated Products

Please note that this product is one half of a mated connection. This connector has a few sets of alternatives and combinables that can be used with or in place of it. When choosing your mated set, use a combinable with this P/N. The alternative parts listed can be used in place of the one listed on this page. The table below outlines what parts can be used as alternatives or combinables.

 

Part Number	Description	Type
09 25 130 6579	DIN-Signal 3C030MS-3,0C1-2-w/o Fl.	Alternatives
09 25 130 6571	DIN-Signal 3C030MS-3,0C1-2-w/o Fl.	Alternatives
09 25 330 6921	DIN-Signal 3C030MS-3,0C1-2-Cl	Alternatives
09 25 130 6919	DIN-Signal 3C030MR-3,0C1-2	Alternatives
09 29 230 6804 791	DIN-Signal 3R030FR-3,0C1-2-CTI400 T&R150	Combineables
09 25 230 6841	DIN-Signal 3C030FR-2,9C1-2 CTI 400	Combineables
09 25 230 6824	CONNECTOR DIN 3C30FS-2,9C1-2	Combineables
09 25 230 6850	DIN-Signal 3C030FP-4,5C1-2	Combineables
09 25 230 6870	DIN-Signal 3C030FP-4,5C1-2-w/o Fl.	Combineables
09 25 230 6825	DIN-Signal 3C030FS-4,5C1-2	Combineables
09 25 230 6414	DIN-Signal 3C030FR-2,9C1-2-w/oFl CTI 400	Combineables
09 25 030 3214	DIN-Signal 3C030FC-B	Combineables
09 29 430 6801	DIN-Signal 3R030FS-3,0C1-2-clip	Combineables
09 29 430 6804	DIN-Signal 3R030FR-3,0C1-2-clip-CTI 400	Combineables
09 29 230 6801	DIN-Signal 3R030FS-3,0C1-2	Combineables
09 29 230 6804	DIN-Signal 3R030FR-3,0C1-2-CTI 400	Combineables

 

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When small scale devices and operations need to interface with each other, use this din 41612 09251306921 backplane connector from Harting. This M connector's 30 contacts that are made out of copper alloy and plated with gold over nickel. It has a right angle body orientation. This is a 3-row connector. Its pitch is 2.54 mm. It has a male type gender. This device has a maximum current rating of 2 A. This backplane connector has an operating temperature of -55 to 125 °C. This product is 38.12 mm long, 11.1 mm tall and 17.72 mm deep. It uses the solder termination method. 09251306921 is housed in thermoplastic.