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HOT/COLD SPECIALTY MOTORS

Type I• Type I operates in ambient temperatures from -40 degrees C (-40 degrees F) to
80 degrees C (176 degrees F) and up to 110 degrees C (230 degrees F) for the case temperature.
Type II• Type II operates in ambient temperatures from -40 degrees C to 110 degrees C
(230 degrees F) with up to 140 degrees C (284 degrees F) for the case temperature.
    Lin Engineering standard motors are rated to operate in ambient temperatures between 50 degrees C and -20 degrees C. While this satisfies the majority of uses, there are certain applications that require the motor to operate at higher or lower temperature ranges than what standard motors allow for. Unfortunately, operating standard motors anywhere outside these temperature ranges will result in poor performance.
    Like any specific application concerns, motors that must work under extreme conditions of hot and cold require critical design features to accommodate their use. Whether your application is situated in the heat of a desert or the freezing temperatures of the arctic, Lin Engineering has the expertise to provide the right motor for you. The company has designed two types of specialty hot/cold motors meant to operate specifically in extreme temperature ranges-Type I and Type II.

    Designing specialty motors that handle wide variations in temperature often includes three component adjustments

    the type of magnet used in the rotor stack the magnet wire used to wind the motor the type of bearings used
    Magnet performance degrades at high temperatures unless a special alloy with high-temperature tolerance and high curie point is used—similar to what might be used in a space or vacuum motor depending on the application. For these applications, the wire has to have special insulation that can tolerate high heat as well. Upgraded insulation also helps to reduce stress fractures doe to heat-up and cool-down cycles. Type II motors require additional insulation material to prevent burnout.
    The bearings for hot/cold motors require special grease dependent on whether they are used in high or low temperature and can be selected at the time of purchase for the specific application they will be used for.
    Through the use of higher grade, specially formulated materials, motors can be designed for extreme temperatures well beyond what a standard motor can withstand. Other factors that can affect motor use in extreme temperature situations includes how often the load is applied. Most standard motor ratings are for continuous duty operation, but if your load cycling specifications are anything less than continuous, it will affect your motor selection process.
    Although most Lin Engineering motors are available as Type I components, they currently have two standard Type II motors available:

    Motors available for hot/cold operation:

    Step 4118 series Step G4518 series
    Step 4118 series Step G4518 series
    • Up to 35% more torque than standard NEMA 17 stepper motors
    • Custom wound for high speed or low speed applications
    • Up to 100 oz-in (0.71 N-m) Holding Torque


     
    • Up to 30% cooler operation
    • Lower power consumption
    • Custom winding available (No additional cost)
    • RoHS compliant
    • Case temperature must be monitored not to exceed 80°C
    • Up to 130 oz-in (0.92 N-m) Holding Torque

    Motor applications

    Food Aerospace Medical Harsh Environments
    Food Aerospace Medical Harsh Environments
    Commonly used in food production and packaging applications. IP65 and IPX7 use FDA approved coatings and are suitable for washdown procedures.



     
    IP65 and IPX7 stepper motors are routinely used in Aerospace applications where motors are exposed to extreme environments. For instance: wing control surfaces, landing gears, and other externally mounted applications. We are an AS9100C registered manufacturer. Medical and Laboratory equipment such as liquid handlers or devices exposed to moisture or particles.




     
    Any application where dust, liquids, or corrosion is of concern.





     
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