What are power distribution cables used for?
Power distribution cables are designed to transmit electrical power from one point to another, typically in high-demand environments like industrial facilities, battery banks, backup power systems, and renewable energy installations. These cables handle high voltages and currents, making them essential for reliable energy transfer across systems.
What types of wire and cable are commonly used in battery systems?
Battery systems often use Diesel Locomotive (DLO) cable, UL-rated battery cable, Type W, and welding cable. These cables are chosen for their high amperage capacity, flexibility, temperature resistance, and rugged insulation—key characteristics needed to handle the power loads and environmental conditions found in energy storage and backup power systems.
What should I consider when selecting cable for power distribution?
When choosing a cable for power distribution, consider the voltage and current requirements, insulation material, flexibility, environmental conditions (such as heat, moisture, or chemicals), and relevant certifications or standards. For battery applications, flame resistance and abrasion resistance are also critical.
What standards govern power and battery cables?
Power and battery cables are typically governed by UL (Underwriters Laboratories), CSA (Canadian Standards Association), ICEA (Insulated Cable Engineers Association), and NEC (National Electrical Code) standards. In industrial and energy applications, OSHA and IEEE standards may also apply, especially for safety and installation guidelines.
What is DLO cable and why is it used in battery systems?
DLO (Diesel Locomotive) cable is a flexible, high-amperage cable originally designed for locomotive use but now widely adopted in battery systems, renewable energy, and heavy-duty industrial applications. It features a flexible stranded conductor and durable insulation, making it ideal for battery bank interconnections and inverter hookups.
What are the differences between Type G, Type W, and Type G-GC cables?
These are all portable power cables, but they have different constructions and uses:
- Type G: Includes grounding conductors and is used in heavy-duty power applications.
- Type W: Offers superior flexibility and is ideal for mobile power or mining operations.
- Type G-GC: Similar to Type G but includes a ground-check conductor for safety monitoring.
Can welding cable be used for battery applications?
Yes, welding cable is commonly used in battery systems due to its high current capacity, flexibility, and resistance to oil, moisture, and abrasions. It’s especially useful for temporary or portable battery connections in automotive, marine, and industrial environments.
Are there low-voltage options for outdoor lighting and solar systems?
Yes, products like low-voltage landscape lighting cable and SPT-rated cables are commonly used for solar installations, outdoor lighting, and other low-voltage DC power systems. These cables are rated for outdoor use and can withstand weather exposure.
What value-added services does Allied offer for power and battery cables?
Allied offers value-added services including custom cut lengths, striping, printing, bundling, and wire harness assembly. These services help streamline installation, reduce waste, and support custom configurations for power distribution and energy storage systems.
Does Allied Wire and Cable offer cables for renewable energy systems?
Yes, Allied stocks a wide range of cables suitable for solar arrays, battery storage systems, EV charging infrastructure, and wind energy applications. This includes PV wire, DLO, Type W, and other high-performance cables designed for demanding energy environments.
