MARATHON

Marathon flat-free solid rubber wheels are available with load capacities of 350 lb and 450 lb. The 8-inch diameter wheels, such as those with tire sidewall number 8x2, are rated for 350 lb. The 10-inch diameter wheels, such as those with tire sidewall number 10x2.5, are rated for 450 lb. These capacities apply to the wheel itself and should be considered in the context of the overall caster assembly and application requirements. Load capacity may vary based on mounting, speed, and operating conditions. Always verify that the selected wheel meets the load requirements of the specific application.

Marathon solid rubber wheels are made of solid rubber, often with a steel hub or core, and are available in 8-inch and 10-inch diameters with load capacities of 350 lb and 450 lb. Polyurethane foam wheels are made of flat-free polyurethane foam and are available in 10-inch, 12-inch, and 14.5-inch diameters with load capacities of 300 lb. Solid rubber wheels generally offer higher load capacities and are suited for heavier loads, while polyurethane foam wheels provide a lighter weight alternative and may offer different rolling characteristics. Both types are flat-free and eliminate air pressure maintenance. Selection depends on load, floor conditions, and desired rolling effort.

Adjustable hub length on Marathon wheels allows the hub width to be modified to fit different caster forks or mounting brackets. This feature provides flexibility in mounting, as the same wheel can be used in applications with varying fork widths. For example, the 8-inch adjustable hub length solid rubber wheel (MPN 00682) and the 10-inch adjustable hub length solid rubber wheel (MPN 00610) both feature this design. Adjustable hub length wheels are identified by their ability to accommodate different hub lengths, which can simplify replacement and reduce the number of SKUs needed for different caster assemblies. The adjustment mechanism typically involves spacers or a telescoping hub.

Marathon replacement motors are used in HVACR equipment to drive fans and blowers in air handlers, condensers, and refrigeration units. These motors are designed as direct replacements for original equipment and are specified by manufacturer part numbers, such as 923773. They are suitable for commercial and industrial heating, ventilation, air conditioning, and refrigeration systems. The motors are intended for continuous duty and must match the electrical and mechanical specifications of the original motor, including voltage, phase, horsepower, speed, and mounting. Proper selection ensures compatibility and reliable operation. Consult the equipment manufacturer's specifications or a qualified technician when selecting a replacement motor.

To identify the correct Marathon caster wheel, consider the wheel diameter, width, load capacity, hub length, and tire sidewall number. The tire sidewall number, such as 8x2 or 10x2.5, indicates the nominal tire size and can be used to cross-reference existing wheels. Load capacity must meet or exceed the total load per wheel, accounting for the number of wheels and weight distribution. Hub length must match the caster fork width; adjustable hub length wheels provide flexibility. Also consider the wheel material (solid rubber or polyurethane foam) based on floor conditions and rolling requirements. Marathon wheels are available in various sizes and configurations to suit different material handling equipment.

Marathon flat-free wheels are primarily designed for indoor use in warehouses, factories, workshops, and similar environments. They are used on carts, dollies, and industrial trucks. While flat-free construction eliminates punctures, the wheel materials (solid rubber and polyurethane foam) may not be optimized for prolonged outdoor exposure to UV, ozone, or extreme temperatures. For outdoor applications, consider factors such as floor surface, debris, and weather conditions. Some polyurethane foam wheels may offer better resistance to certain outdoor elements, but always verify the specific wheel's suitability for the intended environment. Consult the product specifications for temperature ranges and material properties.