33VM62-200-1
Wake Industrial LLC is not an authorized distributor of this product.
- Straightforward Pricing: No Rush Fees, No Credit Card Fees
VM Series Low Inertia PMDC Servomotor manufactured by Pacific Scientific. This Low Inertia PMDC Servomotor features a Low torque-constant winding of Rated Current (Continuous) along with a 3.1-5.7 A Rated Voltage.
To contact sales for pricing and lead time:
Payment Methods
Shipping Methods
Our Credentials
Product Description:
Pacific Scientific is one company whose commitment is high-quality aftermarket components to solve your automation and hydraulic problems. The highly dynamic products that can be used in diverse industries in an efficient manner make Pacific Scientific among the most reliable sources of industrial products. The product line of Pacific Scientific is wide and involves products like servo motors, low inertia motors, permanent magnetic motors, Powermax II, brushless servo motors and hybrid step motors among other industrial components. The quality is a guarantee with the company’s warranty periods for various products.
In this post, we focus on one of the low inertia motor models - 33VM62-200-1. Made with Sigmax Flux technology to increase the torque and has an option for low inertia rotor to produce the highest possible acceleration. Also, it comes with a wide range of industry special and standard winding configurations to accommodate various appliances and also be able to match your motor performance with the application.
The technical parameters also matter. The continuous rated current of the 33VM62-200-1 is 3.1 to 5.7 A while the rated voltage stands at 18 V to 36 V. The estimated weight of this motor is 10lbs and the magnetic material used is Alnico V-7. On observing keenly, you will realize that the analog tachometer is not attached and the same case applies to the optical encoder. No baffles available and the cooling system is maintained as of inlet/outlet system. The sequence number of the 33VM62-200-1 model is low-torque constant winding. At the drive end bearing journal, the shaft diameter stands at 0.344 inches to 0.406 inches.
