NEMA 34 Stepper Motor 12N.m 1600oz.in
Below is the beast High Current Motor in NEMA 34 Series we are selling.
Note: the longer the motor the more current it can hold because it has more winding etc.
This is NEMA 34 stepper motor, with 1.8°step angle (200 steps/revolution).
Each phase draws 6A, allowing for a holding torque of 12Nm(1600 oz.in).
Product Weight: 4.8KG (Approx. 150mm x 86mm x 86mm)
6A Nema 34 1600 oz.in Motor suitable for CNC, Plasma, Router etc
The motor is just freshly manufactured to our spec. We have built and design automation machines over a decade so we are very fanatic about our motors.
We stock two type of motors:
Single shaft = D-Type Cut
Dual Shaft = One End is D-Type Cut and the other End is Key-Slot (Please advise when ordering)
Default Sale: Single shaft: D-Type cut
1x Nema 34 12N.M 1600z Stepper Motor
Numerical Control (NC) Master:
All Ncmaster members are highly qualified and capable, from web design, industrial controls and manufacturing process thru to electronic controls and data acquisition programming. We are full-time engineers and this business is our part-time part job, our hobbies and our passion to drive engineering to the next level".
" As a cost estimator for high volume production for the various big company and over 12 yrs in education and experience, we have contacts with various suppliers both within Australia and overseas, which enables us to obtain bulk pricing and good quality ". We are passionate in the field of Mechatronic Engineering.
Terms of Sale
We do our best to ensure each and every product we sell is free of problems or issues. If you were to have any questions or concerns we are here to help. We are committed to the long-term business and to the stuff we do therefore positive feedback is very important to us. If there is a problem we will resolve it ASAP and will let it not linger or hanging around. Please note all our products only available to Australia Buyer only.
Shipping & Fees
NCMaster will try to ship your item within 1-2 Days. If it a stock item there then it may get send out sooner then you expected. However, depending on the complexity of the system/product it may take longer. If this happens we will let you know in advance so that you can decide.