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Overview

All key components are pre- expanded on one holdout system, allowing a very short parking length during cable preparation. A silicone rubber joint body with integrated geometrical stress cones and a Faraday cage help provide excellent electrical stress control. TE’s Raychem CSJA joints are designed to cover a wide range of applications and to accommodate the variety of cable and conductor types in the networks. Range-taking mechanical connectors help ensure reliable installation and service are supplied with the kit. The silicone rubber body provides high dielectric  strength, high tear strength and excellent low temperature recovery. Integrated stress control mechanism and conductive outer layer provide exceptional electrical performance. The  overage of voids and edges at the connection area with void fillers is not necessary. The silicone rubber joint body is delivered in a pre-expanded condition on a spiral holdout system. The joint body can be easily removed from the holdout with low release forces, particularly designed for joint applications. CSJA exceeds CENELEC HD 629.1, requirements which   include IEC, BS, VDE and other international specifications.

KEY FEATURES

  • Joint body, earthing system and rejacketing pre-expanded on one holdout system
  • Single piece silicone rubber joint body with high mechanical expansion capability
  • Fully integrated electrical stress control
  • Easy-to-install holdout system with short installation time
  • Short parking distance
  • Mechanical shearbolt connector to IEC 61238-1 is supplied with the kit
  • Proven shield continuity concept
     

Features

Please review product documents or contact us for the latest agency approval information.  

Product Type Features

  • Technology  Cold Applied, Cold Shrink

  • Insulation  Plastic

  • Cable Shield Style  Wire

  • Mechanical Connectors Included  No, Yes

Configuration Features

  • Number of Cores  1

Electrical Characteristics

  • Voltage Class (kV) ≤ 12, ≤ 24, ≤ 36, ≤ 42

Dimensions

  • Cross-Section Range (mm²) 35 – 150, 35 – 185, 70 – 240, 95 – 240, 95 – 300, 120 – 300, 185 – 300, 185 – 400, 240 – 400, 240 – 630, 500, 500 – 800, 630, 800 – 1000

  • Insulation Diameter (mm) 18.6 – 28.4, 18.9 – 28.5, 18.9 – 30.1, 23.2 – 32.6, 23.5 – 32.6, 23.5 – 34.6, 24.3 – 34.6, 25.7 – 33.6, 26.2 – 37.6, 27.4 – 37.8, 27.8 – 37.6, 34.4 – 36.2, 34.9 – 42.8, 34.9 – 49.2, 38 – 40, 41 – 44, 42.6 – 45.6, 42.6 – 53.4, 43.9 – 53.2, 45.8 – 49.2

  • Conductor Diameter (mm) 6.8 – 15, 11 – 19.2, 12.5 – 23.1, 15.5 – 23.1, 15.5 – 24.6, 17.8 – 24.6, 25.7 – 27.6, 29.3 – 32.5

  • Sheath Outside Diameter (mm) 26 – 39, 26 – 41, 30 – 44, 30 – 46, 32 – 46, 33 – 45, 34 – 48, 35 – 48, 35 – 49, 42 – 54, 42 – 61, 43 – 48, 47 – 52, 51 – 57, 51 – 66, 56 – 57, 56 – 61, 58.5 – 67

Operation/Application

  • Application Type  Inline

Industry Standards

  • Design Specification  HD CENELEC 629.1

Product Availability

  • Product Availability  AMERICAS, ANZPAC, ASIA, China, EMEA

Other

  • Installation Instruction  English, German, Hebrew, Norwegian, Portuguese

Related Materials

Datasheets & Catalog Pages

Terms and Conditions

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Disclaimer:
This information has been provided to your free of charge for your use but remains the sole property of TE Connectivity Corporation (''TE'') or SnapEDA,  Inc. or Ultra Librarian/EMA Design Automation, Inc. (collectively, "Company"). While Company has used reasonable efforts to ensure its accuracy, Company does not guarantee that it is error-free, not makes any other representation, warranty, or guarantee that the information is completely accurate or up-to-date. In many cases, the CAD data has been simplified to remove proprietary detail while maintaining critical interface geometric detail for use by customers. Company expressly disclaims all implied warranties regarding this information, including but not limited to any implied warranties or merchantability or fitness for a particular purpose.