ABB Installation Products ULCK 2/0 HS Copper Heat-Shrink In-Line Compression Splice Kits, conductor size 2/0 Copper, includes…
UPC: 783786755172
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Overview
- Designed for 2/0 AWG copper conductors
- Includes compression splice and heat-shrink tubing
- Provides electrical continuity and mechanical strength
- Heat-shrink tubing offers environmental protection
- Part of ABB Installation Products line
Specifications
Application | UL E100543 |
Conductor Range | 2/0 AWG |
Connection | Compression |
Material | Copper |
Number Of Conductors | 2 |
Special Features | Prefilled with Oxide Inhibitor and topped with color-coded end caps. Prevents oxidation and keeps out moisture. Solid Center Stops. Easy cable insertion. All splices are marked with installation die codes and compression locations for easy identificaton and installation. Tough Stabilized Nylon Sleeves Resist Installing-tool Pressure and Provide Reliable 600V insulaton |
Standard | UL E100543 |
Type | Compression Splice Service Entrance Insulated |
Package Dimensions (L x W x H) | 0.01 IN x 0.01 IN x 0.01 IN |
Package Dimensions (L x W x H) | 0.0254 cm x 0.0254 cm x 0.0254 cm |
Package Weight (Imperial) | 0.1500 L |
Package Weight (Metric) | 0.0680 kg |
L20N-14P
2 Hole Long Barrel Peep Hole Copper Compression Lug with Peep Hole 2/0 AWG - 1/4" Bolt - 5/8" Mounting Spacing Long Barrel Copper Compression Lugs are produced from high conductivity copper tubing. Allows easy inspection of the termination to assure complete cable insertion. Tin-plated to provide corrosion and low contact resistance. Marked with die index and color coded. Listed for 35KV maximum when properly installed. Rated 600V. cULus 486A/B Listed. UL467 Listed on sizes 6 AWG - 3/0 AWG. Temperature rating 90 degrees C.
54010
Copper Two-Way Splice, Long Barrel, Max 35kV, Wire Size 2/0 AWG, Die Set 15CA45R, Die Color Code Black
ULCK 350 HS
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Copper Flood-Seal In-Line Compression Splice Kits, conductor size 6 Copper, includes Splice, Insulating Cap and Rocket, Silicone Grease and Instruction SheetHow to Install a Heat-Shrink Compression Splice Kit
This guide provides step-by-step instructions for installing a heat-shrink compression splice kit, including cable preparation, connector crimping, and proper heat-shrinking techniques to ensure a secure and insulated connection. WARNING: Disconnect power before installation to avoid risk of shock.
Estimated time: 30m
Tools needed:
Torches, Wire brush, Crimping tool
Supplies needed:
Heat-shrink tubing, Compression connector, Oxide inhibitor
- Prepare Cable Insulation
Strip the insulation from both ends of the cable for a length equal to half the connector's length plus 1/4 inch, as shown in Figure 1. Wear safety glasses and protective gloves during this process.
- Clean Cable and Position Heat-Shrink Tubing
Clean the cable insulation thoroughly. Carefully place the heat-shrink tubing over one of the clean cable ends, ensuring to protect it from potential damage by the conductor strands as it slides over, as illustrated in Figure 2.
- Prepare Conductor Strands
Wire brush the conductor strands. If working with aluminum conductors, coat the conductor with oxide inhibitor and then wire brush it into the strands to ensure proper contact.
- Install and Crimp the Connector
Install the connector onto the prepared cable ends. Using a crimping tool, crimp the connector according to the recommended die size marked on the connector. After crimping, clean and deburr the connector if necessary, as shown in Figure 3.
- Shrink the Heat-Shrink Tubing
Center the heat-shrink tubing over the splice and hold it in place. Using a torch, apply the outer 3-4 inch tip of the flame to the heat-shrinkable material with a rapid brushing motion. Keep the flame moving to prevent scorching. Begin shrinking at the center of the tube, working the flame uniformly around all sides (a). Once the center is shrunk, work towards one end (b), then to the opposite end (c) until the entire tube is completely shrunk, as depicted in Figure 4. Follow manufacturer's safety precautions for gas torches.
- Inspect the Splice
Inspect the completed splice. A properly installed tube will appear smooth and conform tightly to the connection, with adhesive visible at both ends. Reheat any flat spots or wrinkles to ensure a complete seal. Allow the installation to cool completely before touching, moving, or placing it into service.
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