R34JENC-R2-NS-NV-00
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In-Stock, Ships 1-2 Days
R Series servomotor manufactured by Pacific Scientific. This servomotor features a Shaft and mounting type of English along with a Rare earth Magnet type.
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Product Description:
The brand name of Pacific Scientific on any equipment signifies reliability and high level of customers' trust in that product. The R-Series synchronous motors from this famous brand are the best in class equipment and are based upon as many as five frame sizes that give adequate choice-based selection options to the users. These motors produce powerful torque values within the impressive range of 0.32 to 50 Nm.
The R34JENC-R2-NS-NV-00 motors, pertaining to this series are built using the well-researched designs incorporating superior technical advancements. The modern lightweight rare-earth metallurgical material used for rotors and the superior grade of insulation with factory featured class “J” winding and brushless design makes them a maintenance free unit that is capable of giving a lifelong service. This, along with the anti-cog quality with high protection of IP65 class structure goes to making them extremely cost-effective.
The visible highlights of the R34JENC-R2-NS-NV-00 motor constitute a nearest inch size width of 3 and the magnetic stack length of 4. The mounting, as well as the sequence number, is however factories assigned. The motor is fitted with factories assigned "English" shaft and has a frameless, size21transmitter-type of resolver for its Primary feedback; it does not have secondary feedback. The motor also doesn’t feature any shaft sealing or brake. The provision of factory assigned custom modules makes it adaptable and versatile in usage. Its higher torque and low overall weight leads to quicker acceleration and hence a superior dynamic response time giving an enhanced machine through-put. The over-temperature thermostat present in its design monitors and gives a comparably higher motor damage protection leading to a reduced down-time thus increasing its overall reliability and efficiency.
