33VM62-108-7 Pacific Scientific
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The 33VM62-108-7 PMDC Motor by Pacific Scientific operates at 30 V with a power rating of 156W and a rated torque of 30 oz-in. It features a torque constant of 8.0 oz-in/amp and a rotor inertia of 0.00056 oz-in-sec². This motor ensures efficient performance with rapid acceleration and deceleration.
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Product Description:
The 33VM62-108-7 PMDC Motor is a reliable motor designed for applications requiring low inertia and high torque. It is manufactured using durable materials such as corrosion resistant stainless steel and permanent magnet materials like Alnico 5 and Neodymium. This motor offers robust performance and long life. It's ideal for applications that demand precise control, durability and continuous operation.
The 33VM62-108-7 PMDC motor offers a rated voltage of 30 V and provides a power rating of around 156 watts. With a rated torque of 30 oz-in and a torque constant of 8.0 oz-in/amp, it ensures effective and consistent performance. This motor's terminal resistance is measured at 1.29 ohms and it operates at a rated current of 5.2 amps (RMS). The rotor inertia of this motor is 0.00056 oz-in-sec² that ensures quick acceleration and deceleration. This motor is equipped with sealed ball bearings to ensure long lasting durability and smooth operation. It comes with field replaceable carbon brushes that offers an impressive 5000 hours of service life for the first set and a second set can last up to 5000 hours as well. This motor features specialized mounting options and provisions for rear mounted tachometers or encoders. These features allow for precise speed control and enable customization for various application needs.
This Pacific Scientific 33VM62-108-7 PMDC motor includes provisions for forced air cooling which can enhance performance when continuous duty torque requirements exceed the capabilities of non cooled motors. This cooling system can boost torque capability by up to 200 % that is suitable for demanding applications. It also features a low inertia hollow rotor that is designed for high speed performance and minimal energy loss during operation.
