Oriental Motor BLM6200-AS Product Overview
The Oriental Motor BLM6200-AS is a heavy-duty 200 W (1/4 HP) brushless DC motor engineered for robust industrial automation frameworks demanding high torque output, precise speed control, and maximum power density. Serving as a standalone component-level motor, this high-performance unit belongs to the advanced BLM series and requires a compatible electronic digital drive (such as the BMU or BLE2 series) to achieve linear velocity regulation, high speed stability, and energy-efficient system execution.
Key Technical Specifications
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Output Power: 200 W (1/4 HP)
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Motor Type: Brushless DC Motor (BLDC)
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Frame Size: 104 mm (4.09 in.) square flange
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Rated Speed Range: 80 to 4000 r/min (dependent on matched driver)
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Shaft Configuration: Round Shaft / Pinion Shaft (Variant Dependent)
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Degree of Protection: IP40 (Standard Lead Wire Type)
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Time Rating: Continuous Duty
NexBL High-Efficiency Motor Construction
Built on Oriental Motor’s signature NexBL engineering framework, the BLM6200-AS significantly reduces internal power core losses by up to 26% compared to traditional industrial three-phase AC induction motors of equivalent output power. The optimized magnetic steel plate configuration limits internal thermal dissipation while sustaining high continuous torque output. Its synchronous, hall-effect sensor-driven design facilitates exceptionally flat torque curves across the entire variable velocity spectrum, making it ideal for high-inertia material handling, indexing, and conveyor systems.
System Scalability and Mechanical Ruggedness
The mechanical interface of the BLM6200-AS provides constant torque feedback across its extensive 50:1 speed ratio when configured with industrial driver modules. The system features a rugged internal layout utilizing built-in hall-effect sensors to communicate exact rotor positions back to the power driver. Built for demanding production environments, its housing delivers an insulation resistance of 100 MΩ minimum (tested at 500 VDC) and handles standard operational limits within ambient temperatures of 0 to +40°C.
