Voron 2.4 HIGH-TEMP Motor Kit by OMC / Stepperonline - V2.4

OMC / StepperOnlineSKU: OMC0533

Price:
Sale price€89,95

Customer Reviews

Based on 3 reviews
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S
Spencer Cole
Very impressive shipping time and quality packaging!

I cannot attest to the performance of these StepperOnline motors yet as I’m still building a self sourced Voron2.4 350 build. I have done some bench testing via variable dc power supply and find all tests to be accurate compared to the motor specs provided.

Mainly I’m happy with the shipping. Received my order in just a few days and packaging was built for any abuse a package could potentially receive but ups dropped my order off in a flawless box. I value shippers who assume delivery companies will throw, toss and smash boxes in the journey to my door and package orders accordingly. Also love when companies throw in stickers and thank you’s while others try and sell stickers for $5. After some recent terrible experiences with Biqu order and UniUni delivery, ordering from West3D was very refreshing.

M
Mike

Well packaged, quick shipped, thanks guys!

J
James

Great quality and fast shipping. Have sense bought more products from West3d. Will continue to use this vendor.

Description

 

This is an updated high temp motor set for the Voron 2.4 by OMC/SteppersOnline. These are BOM spec motors, we spent weeks cultivating a relationship to offer these to you at an affordable price and in stock.

Included are:

1x 14RE08-1004S-H x 1 (high temp motor) Class H (180C temperature rating) Nema 14 Stepper Motor. 1.8 degree step angle, 200 steps per revolution, 1A, 1.0Ncm holding torque, 21mm body, 6mm output shaft (5mm D) (Full Datasheet; Torque Curve)

6 x NEMA17 Motor 17HS19-2004S1-H  Class H (180C temperature rating) Nema 17 Stepper Motors. 1.8 degree step angle, 200 steps per revolution, 2A, 5.9Kgf cm holding torque, 48mm body, 24mm output shaft (5mm D) (Full Datasheet; Torque Curve)


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Please note: These are categorized as "high temperature" motors, they have a higher insulation class than standard motors and are intended to perform better at higher currents and higher ambient temperatures. However running at or near full amperage in environments higher than 40C will impact longevity. We generally recommend for higher temperature environments to lower your amperage to increase the life of the motor.

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