Warehouse Clearance Star Trac 7631-susap0 Treadmill Fan Power Supply Board 715-3549 (bp481) Perfect Gift [KVLlnv7W]

Star Trac 7631-SUSAP0 Treadmill Fan Power Supply Board

Are you looking to restore the functionality of your Star Trac 7631-SUSAP0 treadmill? Our Star Trac 7631-SUSAP0 Treadmill Fan Power Supply Board, part number 715-3549 (BP481), is the perfect solution. This board is designed to provide reliable power to your treadmill's fan, ensuring a comfortable workout environment. With its durable construction and precise engineering, this power supply board is a must-have for any treadmill owner.

• High-quality materials for long-lasting performance
• Easy installation for a hassle-free upgrade
• Guaranteed compatibility with Star Trac 7631-SUSAP0 treadmills

Product Specifications and Technical Details

Our Star Trac 7631-SUSAP0 Treadmill Fan Power Supply Board is engineered to meet the highest standards of quality and performance. This board features a BP481 power supply, which is known for its efficiency and reliability. The board is designed to handle the electrical demands of your treadmill's fan, ensuring consistent operation. Key specifications include:

• Input voltage: 120V
• Output voltage: 24V
• Amperage: 3.75A
• Dimensions: 10.5" x 5.5" x 1.5"

This board is also designed to be compatible with a variety of Star Trac treadmills, making it a versatile choice for maintenance and repair.

Practical Uses and Benefits

Investing in our Star Trac 7631-SUSAP0 Treadmill Fan Power Supply Board offers numerous benefits for both home and commercial gym settings. This board is not just a replacement part; it's an essential component for maintaining your treadmill's fan functionality. Here's how it can benefit you:

• Enhanced workout experience with consistent fan operation
• Reduced downtime with reliable power supply
• Cost-effective solution for treadmill maintenance

Whether you're a fitness enthusiast or a gym owner, this power supply board is a practical and efficient way to keep your treadmill in top condition.