TE Connectivity (TE) 的 AMP 实用工具连接器围绕着“楔压技术”原则而精心设计。该技术经过超过 57 年的实地验证，有利于我们以较低的客户生命周期成本制造连接器。该产品旨在帮助您克服传统压力或螺栓连接器的物理和电力限制，可以最大限度地提高连接器和导线表面之间的接触面积，同时解决了金属表面氧化带来的问题。它可帮助您在连接器的整个寿命中维持恒力连接，还可补偿热膨胀或“蠕变”，实现简单防误的连接器安装。

AMPACT 铝制分接头

久经考验的 AMPACT 分接头“C 型弹簧”和楔形设计提供储能系统，防止连接器性能退化，并在连接器生命周期中实现明显较低的电阻。热循环会导致导体膨胀和收缩，但 AMPACT 分接头的弹簧构件具有弹性并能保持恒定的接触压力。

AMPACT EL

这些连接器专用于输电等级线路上较大的导线。AMPACT EL 连接器可用于高达 230 kV 的高压应用。500 kV 线路需要电晕环。AMPACT EL 连接器可在 AAC、AAAC、ACSR、ACAR、AW、ACSR/AW 和 ACSS 等实心和分股铝导线、铝合金和分股铝复合导线上使用。

AMPACT HHT 高温分接头

为了在 ACSS 架空线路中使用楔形技术，使其在达 250°C 的温度下运行，TE 向 AMPACT HTT（高温分接头）应用了促进连接的新型合成物，扩展了产品的连接器系列，增强了连接器在 ACSS 应用中的可靠性。

箍筋

AMPACT 工具实现轻松安装

重型镀锡铜提环

拆除时不损坏导体

几乎可连接所有实心导线、多股线或压缩导体组合

AMPACT EZ LOAD 工具

一款设计精密的火药致动工具，坚固轻巧，可进行锁定和负载。一体化设计依赖于电源装置，可轻松开闭，方便替换套筒。

套筒

AMPACT 套筒不含铅 (PB)，可丢弃到垃圾桶。套筒采用色码标记，专用于 AMPACT EZ LOAD 工具安装 AMPACT 分接头。套筒采用防水的聚乙烯制成，表面涂抹推进剂和底漆。套筒颜色指出弹射筒强度，与其所附分接头的色码相对应。

Wedge Pressure Technology has been field proven time and time again over the course of five decades. TE Connectivity utilizes Wedge Pressure Technology to help you overcome the physical and electrical limitations imposed by traditional compression or bolted connectors. Reliable, durable, and dependable wedge connectors reduce life cycle and maintenance costs in multiple ways. These tools work diligently to maximize contact between power connectors and conductors, offering you a solution to problems caused by the oxidation of metallic surfaces. Designed to compensate for thermal fluctuations, they maintain a constant connection force that you can trust. Many different types of connectors are available for specific applications.

With TE Connectivity's and AMPACT’s vast experience in the electrical cable connection industry, you can count on our wedge connectors to be field tested and approved. A wide variety of connectors are available for any number of industrial applications and operational uses. We create connectors that you can depend on. Each of these connectors has been constructed of high-quality materials and designed to meet the electrical standards. 

AMPACT Aluminum Tap

The proven AMPACT tap “C-spring” and wedge design provides a stored energy system that prevents connector degradation and achieves significant low resistance product over the “in service” life of the connector. As thermal cycling causes the conductors to expand and contract, the AMPACT tap spring member flexes and maintains constant contact pressure.

AMPACT EL

These connectors are designed for use on a larger conductor that is used on transmission lines. AMPACT EL connectors can be used in high voltage applications up to 230 kV. 500 kV lines will require a corona ring. AMPACT EL connectors can be used on solid and stranded aluminum, aluminum alloy and stranded aluminum composite conductors including AAC, AAAC, ACSR, ACAR, AW, ACSR/AW and ACSS. Below are conductor combinations already available. 

AMPACT HHT High Temperature Tap

To provide wedge technology for use on ACSS overhead lines, operating at temperatures up to 250°C, TE has incorporated its new contact-aid compound into the AMPACT HTT (high temperature tap), expanding the connector family of products to provide increased reliability of connectors for ACSS applications.

Stirrups

• Easy to install with AMPACT tooling 

• Heavy duty, tin plated copper bail 

• No damage to conductors when removed 

• Connects almost all solid, stranded or compressed conductor combinations

AMPACT EZ LOAD Tool

A precision designed, powder actuated tool that is robust yet lightweight, with a lock and load approach. This all in one design hinges on the power unit and is easily opened and closed to replace the cartridges.

Cartridges

AMPACT cartridges are lead free (PB) and can be disposed of in a trashcan. Cartridges are color-coded and designed specifically for use in the AMPACT EZ LOAD tools to install AMPACT taps. The cartridges are molded of weatherproof polyethylene and packed with propellant and primer. The color of the cartridge indicates the strength of the powder charge and corresponds to the color-code of tap sizes with which they are used.