Copper Short Barrel Two Hole Compression Lugs 3 AWG 1/4-inch Bolt Size

COPPER SHORT BARREL TWO HOLE COMPRESSION LUGS

The 09922 2-Hole Lug is a high-quality copper compression lug designed for conductors up to size 3 AWG. With a standard barrel, 1/4in bolt size, and a white color code for easy identification, this tin-plated lug features a sight window for visual inspection and ensures secure electrical connections in various applications.

Product Overview 

The 09922 2-Hole Lug is a versatile and durable solution for connecting conductors up to size 3 AWG, making it suitable for a wide range of electrical applications. Its 1/4in bolt size and standard barrel design provide a secure and efficient connection, while the white color code simplifies identification in complex wiring setups. The inclusion of a sight window enhances ease of use, allowing for visual inspection of the connection. With a 1-3/4in hole spacing, this tin-plated copper lug is built for reliability and performance, ensuring safe and dependable electrical connections.

Specifications 

• Material: Seamless Electro-Tin Plated Copper
• Color: White
• Overall Length: 4.65 Inch
• Barrel Length: 1.063 Inch
• Conductor Material: Copper
• Voltage Rating: 35 kV
• Conductor Size: 3 AWG
• Stud Size: 1/4 Inch
• Die Index: I-66
• Pad Size: 3 Inch L X 1.189 Inch W X 0.152 Inch Thk
• Pad Holes: 2
• Pad Hole Spacing: 1-3/4 Inch
• Barrel Type: Standard
• Insulation Diameter (ID): 0.66 Inch
• Outer Diameter (OD): 0.812 Inch
• Barrel Entry Type: Chamfered
• Temperature Rating: 90 Deg C

Uses and Cases 

• Power Distribution Systems: Connect large-sized conductors (up to 3 AWG) in power distribution panels for efficient energy distribution.
• Industrial Equipment Wiring: Securely connect heavy-duty wiring in industrial machinery and equipment, ensuring reliable power transmission.
• Electrical Panel Connections: Use in electrical panels and distribution boards for connecting substantial conductors, maintaining a high level of conductivity.
• Transformer Installations: Employ in transformer wiring to connect sizeable conductors, facilitating the reliable transfer of electrical power.
• Utility and Substation Applications: Suitable for utility and substation installations where robust and high-capacity connections are required.
• Renewable Energy Systems: Integrate into solar or wind energy systems to connect large conductors from panels or turbines to inverters and batteries.
• Commercial and Industrial Wiring: Apply in commercial and industrial buildings for heavy-duty wiring connections, meeting the demands of larger electrical loads.
• High-Voltage Applications: With a 35 kV voltage rating, the lug is suitable for high-voltage applications, ensuring safety and efficiency.
• Temperature-Sensitive Environments: With a temperature rating of 90 degrees Celsius, the lug is suitable for applications where temperature considerations are important.

Item Features 

• High Conductivity Material: Seamless Electro-Tin Plated Copper for enhanced conductivity and corrosion resistance.
• Versatile Conductor Size: Accommodates up to 3 AWG conductors, suitable for a range of applications.
• High Voltage Rating: With a 35 kV voltage rating, suitable for high-voltage applications.
• Sturdy Construction: Robust design for industrial applications, ensuring durability and performance.
• Two-Hole Design: Facilitates secure connections to multiple terminals or conductors.
• Standard Barrel Type: Ensures compatibility with various wiring setups and electrical components.
• Temperature Resilience: Temperature rating of 90°C, suitable for diverse environmental conditions.
• Chamfered Entry: Barrel type with chamfered entry for ease of conductor insertion.
• Pad Hole Spacing: 1-3/4 Inch pad hole spacing for flexibility in mounting and installation.
• Visual Inspection Window: Includes a sight window for visual inspection of the connection.
• Generous Pad Size: 3 Inch L X 1.189 Inch W X 0.152 Inch Thk pad size for stability in connections.
• Color-Coded Identification: White color code for easy visual identification in complex wiring setups.