Linear 2200-429-UPS Pulley 7" Single 5/8B UPS
Linear 2200-429-UPS Pulley 7" Single 5/8B UPS
The Linear 2200-429-UPS is a replacement 7-inch single drive pulley designed specifically for heavy-duty Linear and OSCO commercial gate operators. This critical mechanical component transfers rotational force smoothly from the drive motor to the gate's reduction system via a single V-belt configuration.
The pulley features a 5/8B configuration and is ideal for maintenance, repairs, or replacement of worn or damaged drive components. Its durable construction provides long-lasting performance in demanding gate automation environments.
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Linear 2200-429-UPS Pulley 7" Single 5/8B UPS
Linear 2200-429-UPS Pulley 7" Single 5/8B UPS
Linear 2200-429-UPS Pulley 7" Single 5/8B UPS
The Linear 2200-429-UPS is a replacement 7-inch single drive pulley designed specifically for heavy-duty Linear and OSCO commercial gate operators. This critical mechanical component transfers rotational force smoothly from the drive motor to the gate's reduction system via a single V-belt configuration.
The pulley features a 5/8B configuration and is ideal for maintenance, repairs, or replacement of worn or damaged drive components. Its durable construction provides long-lasting performance in demanding gate automation environments.
Original: $32.99
-70%$32.99
$9.90Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Linear 2200-429-UPS Pulley 7" Single 5/8B UPS
The Linear 2200-429-UPS is a replacement 7-inch single drive pulley designed specifically for heavy-duty Linear and OSCO commercial gate operators. This critical mechanical component transfers rotational force smoothly from the drive motor to the gate's reduction system via a single V-belt configuration.
The pulley features a 5/8B configuration and is ideal for maintenance, repairs, or replacement of worn or damaged drive components. Its durable construction provides long-lasting performance in demanding gate automation environments.
