Please note: Batteries are not included in the listed price of any TRAX Power Dolly System. They are sold separately as a line item to allow flexibility in battery selection and to maintain consistent pricing.
– A 36-volt motor delivers three times the power of a 12-volt motor while drawing the same current. This higher voltage allows the 36-volt motor to generate increased torque and speed, making it capable of handling heavier loads more effectively than its 12-volt counterpart.
– Efficiency lies in the voltage, current, and power relationship. The 36-volt motor produces the same power with a lower current due to its higher voltage. This reduced current draw results in fewer resistive losses in the motor and wiring, minimizing heat generation and energy wastage.
– The 36-volt motor demands less current from batteries, reducing strain by mitigating voltage drops and internal heating within the battery system. This preserves the overall lifespan of batteries supporting the 36-volt motor, ensuring extended operational durability.
– Continuous use of a 12-volt motor under substantial loads significantly strains batteries. Higher current demands cause increased internal heating and voltage drops within the battery system, considerably accelerating wear and considerably shortening the batteries’ operational lifespan.
– The reduced strain on batteries supporting the 36-volt motor leads to prolonged performance. It minimizes wear, voltage fluctuations, and internal heating, ensuring an extended operational lifespan compared to batteries powering the 12-volt motor under similar demanding conditions. The superior efficiency and reduced strain on batteries make the 36-volt motor a more reliable choice, ensuring enhanced performance and prolonged battery life. This is a notable advantage over the strain and diminished lifespan witnessed when using batteries to power 12-volt motors under comparable conditions.