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Because their speed varies almost linearly with armature voltage, DC motors are preferred where precise, wide-range speed control is required. Their ability to deliver high torque at start-up is an advantage in winding, extrusion and positioning systems. Brushed types need periodic commutator and brush maintenance; brushless (BLDC) types remove that requirement. The category includes DC motors across a range of voltage and power ratings. When replacing an existing motor, simply share the armature voltage, current, speed and field supply details from the nameplate.
Because their speed varies almost linearly with armature voltage, DC motors are preferred where precise, wide-range speed control is required. Their ability to deliver high torque at start-up is an advantage in winding, extrusion and positioning systems. Brushed types need periodic commutator and brush maintenance; brushless (BLDC) types remove that requirement. The category includes DC motors across a range of voltage and power ratings. When replacing an existing motor, simply share the armature voltage, current, speed and field supply details from the nameplate.