Copper Tube Terminals — DT-2 Series

  • Heavy-duty copper tube terminals with rigid two-bolt mounting for anti-rotation and firm contact.

  • Tin-plated copper barrel ensures low resistance and corrosion protection.

  • Full coverage from DT-2-10 to DT-2-400 with complete D/d/L/W metrics for precise die matching.

  • Reliable choice for switchgear, control panels, battery and general power-distribution terminations.

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Overview — Copper Tube Terminals

The DT-2 Series are heavy-duty copper tube terminals using a two-bolt palm to
provide anti-rotation stability and enlarged contact area on busbars and panels. The tin-plated copper barrel
delivers low contact resistance and dependable performance in industrial power-cable terminations.

Material: Tinned Copper  |
Structure: Two-bolt palm  |
Crimp Profiles: Hex / Indent / Compression  |
Range: DT-2-10 ~ DT-2-400

Applications

  • Battery and DC power distribution
  • Switchgear, control panels, UPS cabinets and busbar terminations
  • Industrial installations requiring secure two-bolt mounting of copper tube terminals

Complete Size Table

Use this chart to select the correct terminal and matching crimp die; dimensions are listed as D / d / L / W.

TypeΦD +0.3 (mm)Φd +0.3 (mm)2×Φ (mm)L ±1.5 (mm)W (mm)L1 ±1 (mm)L3 (mm)N +0.3 (mm)L2 ±1 (mm)
DT-2-10105.58.5851830202.442
DT-2-16106.58.5851830202.442
DT-2-25117.510.5952034202.445
DT-2-35128.510.51002036202.747
DT-2-50149.710.51052340203.050
DT-2-701611.512.51182645253.557
DT-2-951813.512.51252848253.860
DT-2-1202015.513.51323050304.265
DT-2-1502216.514.51423455355.068
DT-2-1852518.514.51573758355.576
DT-2-240272114.51604060356.278
DT-2-3003023.516.51764565407.282
DT-2-400342616.51805070407.682

* Dimensions are typical DT-2 datasheet values. Verify conductor class and crimp die compatibility before installation.

copper tube terminals size

Installation Notes

  1. Strip conductor to length and ensure full insertion before crimping.
  2. Crimp using the matched die (hex / indent / compression) to reach rated pull-out strength.
  3. Tighten both bolts to the specified torque for optimal contact and stability.