Mil-Std 1553 Data Bus

MIL-STD-1553 Data Bus Contacts & Solder Tack System

MIL-STD-1553 Data Bus Contacts

MIL-STD-1553 Data Bus Twinax EPX Size 5 and Size 9 Contacts, Twinax Pin Socket solder tack, Twinax Socket Pin solder tack contact

Phoenix Logistics, Inc. (PLI) designed, developed, and currently produces program specific MIL-STD-1553 contacts that cover a wide frequency spectrum.

We entered the MIL-STD-1553 databus contact market to meet customer concerns regarding price and availability of unique 1553 contacts that have been worked into the avionics bus of a program and become specified commodities for that program. For many of these data bus contacts there was only one supplier, leaving many programs vulnerable to the vagaries of a single supplier.

Such has been the case with Solder Tacs® provided by TYCO (Raychem Corporation). Phoenix Logistics developed STS Contacts which are the equivalent to Raychem D602-126 and D602-127 contacts. PLI has also designed replacements for discontinued Raychem Solder Tacs®.

Phoenix Logistics utilized the same approach for equivalent 1553 contacts to Radiall's EPX® Triaxial contacts. In this case, development was driven by C-17 Globemaster cost reductions. PLI also offers contacts meeting Bell Helicopter specification 30-280 and 30-281.

Phoenix Logistics has also developed Microwave Contacts utilizing a moldable plastic with a dielectric constant equivalent to Teflon®.

PLI MIL-STD-1553 data bus contacts meet the requirements of Mil-C-39029 and SAE-AS-39029 and for use in Mil-DTL-38999 and Mil-C-83723 connectors.

* Solder Tacs® is a registered trademark of Raychem Corporation. Teflon® is a registered trademark of DuPont Corporation. EPX® is a registered trademark of Radiall Corporation.


Phoenix Logistics 1553 STS (Solder Tack System)

Mil-Std 1553 data bus Shielded socket contact equivalent to Raychem D602-127 size 16 Solder Tac Socket contact
Mil-Std 1553 data bus Shielded socket contact equivalent to Raychem D602-127 size 16 Solder Tac Socket contact
Mil-Std 1553 data bus Shielded Pin contacts equivalent to Raychem D602-126 size 16 Solder Tac Pin contact

Phoenix Logistics has long been a primary user of Raychem (Tyco) Solder Tacs®. They are widely specified and have been a reliable system of 1553 contact attachment. Because of the volume of our own use, Phoenix Logistics found it advantageous to develop it's own unique Solder Tack System (STS) of equivalent MIL-STD-1553 contacts.

Through involvement in a number of different airborne programs, PLI discovered that many airborne avionics systems prefer crimp contacts to solder contacts. To meet this demand, Phoenix Logistics developed a unique Crimp Tack System (CTS) contact.

Currently equivalent MIL-STD-1553 Solder & Crimp Tacks available are (equivalent Raychem part numbers are listed for cross reference):




Raychem Part No. Equivalent PLI Part No.
Crimp Version Solder Version
D602-0126 C6210-206 S6210-206
D602-0127 C7210-206 S7210-206
D602-0144 C4410-206 S4410-206
D602-0145 C4510-206 S4510-206
 

Related Products


Contacts


News

Thursday, May 18, 2017

Reed Dent Joins PLI as Chief Financial Officer

Phoenix Logistics, Inc. (PLI) announced today that Reed Dent has joined the company as the Chief Financial ...

Read more
Tuesday, April 4, 2017

PLI Provides Advanced Medical Simulation Training for VA

Phoenix Logistics, Inc. (PLI) recently completed advanced medical simulation training for the Veterans Administration at Lake Nona, FL. PLI worked with endovascular experts and ...

Read more
Monday, February 20, 2017

Phoenix Logistics Inc. Selected to Develop & Maintain USAF T

Phoenix Logistics, Inc. (PLI) is proud to announce they have been selected by Headquarters, Air Combat Command, Acquisition Management & Integration Center (ACC AMIC) ...

Read more
Monday, February 6, 2017

PLI Completes Final Delivery for IO&T of Country’s Largest M

Phoenix Logistics, Inc. (PLI) is pleased to announce completion and final delivery of the Initial Outfitting & Transition (IO&T) of the largest Medical Simulation ...

Read more
  • 0
  • 1
  • 2
  • 3