#Idc terminal blocks series

The correct length to accomodate IDC connectors with strain reliefs installed.Ī dual row header is sometimes referred to as an 'IDC Header', 'Long ejectors' indicates that the ejectors are The header connector on this breakout board comes standard with Other devices that use a 2x10 20-position header connector. It is well-suited for interfacing with I/O cards, data acquisition (DAQ) equipment, relay racks, Opto 22 racks, and This breakout board is perfect for production applications as well as experimentation and prototype work. If your application requires screw terminals rather than spring terminals, please consider the BRK2X10 design. In addition, screwless spring connections can offer better results in environments where vibration could potentially loosen standard screw terminal block connections. Simply depress the actuator button on top of the terminal block, insert or remove the wire, and release the button. The spring terminal connections are reliable and secure, but wires can be connected and disconnected in a fraction of the time required with standard screw terminal blocks.

These screwless spring clamp terminal blocks allow connections to be made very quickly and efficiently. This breakout board features push-in spring connection terminal blocks. It will be connected 1:1 with the existing connector, thus forming a 'T' or 'Y' connection and allowing an extraĬable connection to the board (allows daisy-chaining connections, etc). The solder pads are arranged in such a way that you can add an additional 2x10 header to theīreakout board. The solder pads simply provide an area for making optional connections to additional headers or other components. Please note that the breakout boards are manufactured with a connection between each connector pin and the corresponding terminal block position The IDC20 header connector has pins spaced at 0.1' pitch.Įach pin is also brought to solder pads (3 per pin) at 0.1' spacing,Īllowing easy addition of pin headers or other components. Make connections quickly and reliably with this breakout board, which brings every pin of its male dual row header connector out to spring terminals. The XBUT D22 terminal blocks allow four wires to be connected to one potential and can therefore be used as compact power distributors.See Also: IDC 2x10 Screw Terminal Breakout Boards, IDC 0.1' Header Connectors, Ribbon Cable The XBUT D12 terminal block accomplishes this without any additional terminal blocks or bridging required. Often, three connections have to be led to one terminal block. The XBUT D multi-conductor terminal blocks offer a space-saving alternative to standard feedthrough terminal blocks allowing for high density wiring. Modular test plugs are also available for more advanced testing. A 2.3 mm diameter test plug is available for individual measuring wires. Standardized testing system - All test plugs make contact in one of the easily accessible bridge shafts. There are provisions for marking individual terminal blocks and end stops, strips of terminal blocks, and large groups of terminal blocks.

This allows for clearly labeled wiring which results in reduced start-up time and simplifies activities such as testing and maintenance.

#Idc terminal blocks series

Large surface area for marking - All XB Series terminal blocks have generously sized surface areas for labeling. Reducing bridges are also available to connect a larger terminal block to a smaller one. Plug-in bridges are available from 2 to 50 positions. The XB Series terminal blocks have two bridge shafts arranged in one line, making flexible chain bridging and skip bridging between non-adjacent terminal blocks possible. The Polyamide 6.6 housings allow for operating temperatures up to 125☌ and are certified for inflammability Class V0 in accordance with UL 94.įlexible plug-in bridge system - All three technologies (Screw, Spring and IDC) use the same bridge system, allowing for individual potential distribution and quickly bridged connections among the same terminal block type or across different types. The good electrical conductivity permits only a low temperature rise. The metal surfaces are protected with a lead-free, galvanic nickel or tin plating.

They won’t experience any electrolytic corrosion or rusting, even when moisture is present. The metal portion of the XB Series terminal blocks are made from high-grade, strain-crack and corrosion proof copper alloys. The modular terminal block design allows for use of the different terminal block types together or individually, providing the highest degree of flexibility. Marking, bridging and testing accessories are standardized across the different clamping technologies - reducing inventory and logistics costs. The XB Series offers a complete terminal block system with a universal range of accessories.