スコッチロック UY2 コネクタ

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August 21, 2020
カテゴリー接続: IDCのターミナル ブロック
概要: 3M Scotchlok UY2コネクタをご紹介します。これは、迅速かつ確実に接続できるように設計されたダブルピンワイヤコネクタです。通信ケーブルに最適で、黄色の蓋と防湿シーリングが特徴です。ワイヤ直径0.4~0.9mmに最適で、迅速な取り付けのためにストリッピングは不要です。
関連製品特性:
  • Designed for butt splicing two or three solid copper conductors, even of different wire gauges from 26 to 19 AWG.
  • Features a solvent-resistant construction and is filled with a sealant to provide excellent moisture resistance.
  • Available in a dry version, the UR2-D connector, offering flexibility for various installation requirements.
  • Operates reliably across a wide temperature range from -40°C to +60°C (-40°F to 140°F).
  • Ideal for access networks including FTTH, FTTB, CATV, xDSL, and wireless network backhaul applications.
  • Packaged for convenience in multiple options: 1,000 connectors in boxes or 5,000 connectors in jars.
  • RUS Listed, ensuring compliance with industry standards for telecommunications infrastructure.
  • Accepts conductors with an insulation outside diameter of 0.082 inches for secure connections.
よくある質問:
  • What types of conductors can the UR2 connector accommodate?
    The UR2 connector is designed to accept two or three solid copper conductors, which can be of different wire gauges ranging from 26 to 19 AWG, making it versatile for various splicing needs.
  • How does the UR2 connector provide moisture resistance?
    The UR2 connector is filled with a specialized sealant that effectively blocks moisture, ensuring reliable performance and protection in humid or wet environments common in outdoor network installations.
  • Is there a version of the connector available without sealant?
    Yes, a dry version of the connector, designated as the UR2-D, is available for applications where a sealant-filled option is not required, providing flexibility based on specific project needs.
  • What communication networks is the UR2 connector suitable for?
    The UR2 connector is engineered for access networks such as FTTH, FTTB, CATV, xDSL, and wireless network backhaul, supporting robust and reliable connectivity in modern telecommunications infrastructure.