P36B26M

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The P36B26M is an industrial-grade motor developed by the HN Electric Company. It is designed for use in applications that require heavy-duty reliability in severe conditions. It is typically used in high-power motors for industrial applications, such as compressors, conveyors, and pumps.

The P36B26M is a three-phase, brushless DC motor with an operating voltage range of 200V-600V. It has an insulation class of Class F (Degree of protection IP54) and a rated power output of 26kW. The motor has a range of mounting options and is capable of mounting on flat surfaces, plain shafts, or overhanging bearings.

The P36B26M uses a permanent-magnet rotor construction for improved efficiency and superior performance. The motor has a high starting torque, which allows it to start from a standstill. It also has excellent overload capability and can withstand up to 25 per cent of its rated power output for up to 60 seconds. The motor also features an integrated overtemperature protection system that prevents it from damaging itself by overheating.

If the P36B26M is used with a compatible control system, it can be controlled to precisely control its rotation speed. This allows it to be used in applications such as variable-speed drives, where it is required to maintain a constant output power level despite variations in input voltage or load. The motor is also capable of variable frequency drive operation, allowing it to operate at different speeds without sacrificing its power output.

The P36B26M is designed to be easy to install and maintain. It is provided with a range of optional accessories such as connection cables, mounting hardware and motor protection systems. The motor is also compatible with a standard 6-pole plug-in port, which reduces installation time and complexity.

The P36B26M is suitable for a wide range of applications, from pumping systems to industrial automation. Its high power output, high overload capability, and variable frequency-drive capabilities make it ideal for applications that require reliable performance under high loads. In addition, its ability to accurately control its rotation speed makes it suitable for use in precision control applications.

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