Morris 90854 2 or 4 Hole Aluminum Mechanical Connectors provide flexibility in installation, making them an ideal choice for various electrical applications. Constructed from high-quality aluminum, these connectors offer exceptional durability and performance. They are dual-rated for both copper and aluminum conductors, ensuring compatibility across different wiring systems. The electro-tin plating enhances conductivity while protecting against corrosion, giving you peace of mind in demanding environments. Rated for 600 volts and capable of withstanding temperatures up to 194°F (90°C), these connectors are designed to meet the rigorous demands of both residential and commercial projects. With a wire range of 350MCM to 6SOL, the Morris 90854 connectors accommodate various wire sizes, making them versatile for many applications. The 0.50" bolt ensures a secure fit, while dimensions of 1.63" in height, 4.13" in length, and 3.00" in width provide a compact profile that fits seamlessly into tight spaces. Additionally, these connectors are cULus listed, guaranteeing compliance with safety standards. Please note that there is a warning for potential cancer and reproductive harm, so appropriate safety measures should be observed during installation. Choose Morris 90854 for reliable connections that stand the test of time.
2 or 4 Hole Aluminum Mechanical Connectors provide Flexibility in Installation.
AWG: 350
Al9cu Dual Rating: AL9CU Dual Rated
Bolt: 0.50"
Connector Style: Lug
Connector Type: Mechanical
Country of Origin: India
Description: Aluminum Mechanical Lugs Three Conductors - Two & Four Hole Mount 350MCM-#6 Awg
Finish: Electro-Tin Plated
Height: 1.63"
Length: 4.13"
Material: Aluminum
Maximum Voltage: 600
Mfg Standard: UL 486B
Number Of Conductors: 3
Number of Holes: 2 or 4
Temperature Rating: 194oF 90oC
Type: Aluminum Mechanical Lugs Three Conductors - Two and Four Hole Mount
Ul Listing: UL & CSA
Upc: 601986908542
Warning: Cancer and Reproductive Harm
Width: 3.00"
Wire Range: 350MCM - 6SOL.
Wire Size: 350MCM - 6SOL.