The MGI SpeedWare 4-Post Power Distribution Block Busbar is ideal for managing electrical wiring in automotive, marine, and solar applications. It features high-quality stainless steel posts and a nickel-plated brass busbar built into an insulated nylon base, ensuring clean and professional power distribution.
Key Features:
* Made in the USA with 5/16 inch stainless steel studs and a nickel-plated brass busbar for long-lasting reliability and corrosion resistance.
* Designed for clean and professional custom wiring to multiple accessories. Rated 250A @ 12vDC per stud, with three #8-32 busbar screws rated 20A each.
* Nickel-plated brass busbar offers superior electrical conductivity and reliable power transfer.
* Glass-filled nylon base with protective cover helps prevent shorting and damage to your connections.
* Includes positive and negative 4-post base pair, matching covers, retaining nuts, and a tube of anti-seize lubricant.
Specifications:
* Max Current: 250 amps @ 12vDC per stud
* Max Voltage: 48vDC
* Studs: Stainless steel 5/16 inch (includes hex nuts and washers)
* Base Material: 16% Glass-Filled Nylon
* Mounting Screws: #10
* Mounting Center: 5.7 inches
⚠️ WARNING (California Proposition 65): This product may contain chemicals known to the State of California to cause cancer, birth defects, or other reproductive harm. For more information, please visit www.P65Warnings.ca.gov.
Frequently Asked Questions
Q: What is the power rating of the MGI SpeedWare power distribution block?A: The MGI SpeedWare power distribution block has a power rating of two hundred fifty amps at twelve volts DC per stud.
Q: What materials are used in the MGI SpeedWare power distribution block?A: The block is made with stainless steel studs and a nickel-plated brass busbar, all built into a glass-filled nylon base.
Q: What are the dimensions of the mounting center for this power distribution block?A: The mounting center for the MGI SpeedWare power distribution block is five point seven inches.
Q: How do I install the MGI SpeedWare power distribution block?A: To install the block, mount it securely using the included screws and connect your power wires to the stainless steel studs.
Q: Is this power distribution block suitable for marine applications?A: Yes, the MGI SpeedWare power distribution block is designed for use in automotive, marine, and solar wiring applications.
Q: Can I use this block for solar wiring?A: Yes, the MGI SpeedWare power distribution block is suitable for solar wiring, providing reliable power distribution.
Q: How should I care for the MGI SpeedWare power distribution block?A: To care for the block, keep it clean and free from moisture to prevent corrosion of the stainless steel components.
Q: Does the power distribution block come with a cover?A: Yes, the MGI SpeedWare power distribution block includes a protective cover to safeguard against shorting.
Q: What should I do if I receive a damaged MGI SpeedWare power distribution block?A: If you receive a damaged block, contact the North American support team for assistance and resolution.
Q: Is there a warranty for the MGI SpeedWare power distribution block?A: Yes, the MGI SpeedWare power distribution block comes with a satisfaction guarantee, ensuring customer support for any issues.
Q: How many studs does the MGI SpeedWare power distribution block have?A: The block features four studs for efficient power distribution.
Q: What type of wiring can I connect to this power distribution block?A: You can connect multiple accessories with twelve-volt DC wiring to the MGI SpeedWare power distribution block.
Q: What is the purpose of the anti-seize grease included with the block?A: The anti-seize grease helps prevent corrosion and ensures ease of disassembly for the connections.
Q: Can this block handle voltages higher than twelve volts?A: Yes, the MGI SpeedWare power distribution block can handle a maximum voltage of forty-eight volts DC.
Q: How do I ensure safe connections with the power distribution block?A: To ensure safe connections, securely tighten the screws and avoid overloading the rated capacity of two hundred fifty amps per stud.