Overview
The datasheet titled “SOLDERSLEEVE WIRE SPLICE” is a specification control drawing document provided by TE Connectivity, specifically Raychem brand. It details the construction, materials, and application of solder sleeve wire splices designed for creating environment-resistant in-line splices in specific wiring configurations.
Product Revisions and Dimensions
The datasheet references four product revisions indicated by part numbers D-1744-01, D-1744-02, D-1744-03, and D-1744-04, with corresponding Conductive Metal Area (CMA) ranges spanning from 350 to 13,000. The document includes precise measurements for both the product and wire dimensions, provided in both metric and imperial units. For instance, the minimum, nominal, and maximum outlines for products range from 29.60 mm to 30.15 mm in length, and for wire diameters from 0.50 mm to 2.00 mm.
Materials and Construction
Key materials utilized in the solder sleeves include:
- A heat-shrinkable, transparent blue insulation sleeve crafted from radiation cross-linked polyvinylidene fluoride.
- Solder preform accompanied by flux and a thermal indicator. Solder adheres to ANSI J-STD-006 Type Sn63 standards, while flux corresponds to ANSI J-STD-004 Type ROL1 specifications. A violet color identifies the thermal indicator.
- Meltable rings made from thermally stabilized thermoplastic with a gray color.
Application and Installation
The solder sleeve wire splices are intended for use on tin or silver-plated conductors, where the insulation is rated for at least 125°C. They operate within a temperature range of -55°C to +150°C. Recommended installation methods are through convection or infrared tools that comply with TE Connectivity/Raychem installation procedure RPIP-850-00. The resulting assemblies are expected to satisfy the requirements of TE Connectivity Raychem specification RT-1404 and National Aerospace Standard NAS-1744.
Documentation Details
This document, as of the issue date on April 15, 2011, lies under Document Number D-1744-01/-02/-03/-04. Any printed versions are considered uncontrolled and may not represent the latest revision, so verifying against the latest update is recommended for users evaluating the suitability for their applications.
Contact and Copyright Information
The datasheet is prepared by an individual named mforonda, with a DCR number D040063, replacing document D030265, under the CAGE code 06090. It is a part of the official TE Connectivity documentation, which is a TE Connectivity Ltd. Company, with all rights reserved. The physical address of TE Connectivity is provided as 300 Constitution Drive, Menlo Park, CA 94025, USA.
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