Structure of DC Brushless Motor
Structure of DC Brush Coreless Motor
Structure of Electromagentic Encoder
Structure of Optical Encoder
General Installation Guide
Installer direction is the same with quality inspection level. Install in other direction my lad to lubricant leak, load change and cause level characteristics change.
Output shaft Machining
Different size and material output shaft provided according to clients requirements. Load, rush, powder cut in machining may damage the products.
Overload & Stall
When the motor running heat occurs due to the energy conversion, the temperature will be gradually increased. Load within the rated range, the occurrence and distribution heat are balanced so the coil won’t burn out. However, overload and stall state will increase heat. Long time running at this state, the insulating film will be damaged and cause shot-circuit, as a result, motor will be burnt out.
Some DC motors use carbon brush. Rotating motor commutator friction with carbon brush cause sparks in commutator. When running at low speed, powder caused by the friction of commutator and brush will accumulated and occur short-circuit, burnt out the motor and drive, please pay special attention.
For DC motor, sparks caused by carbon brush and commutator lead to electromagnet noise. Noise in wire or radiate out will effect machine around. Our engineers has optimal solution to solve it.
Please do not store it at high temperature or humidity environment.
Gearbox + Motor
Motor + Optical Encoder
Motor + Electromagentic Encoder