from Automationdirect.com
Open-loop stepping systems provide for simple and accurate control of position and speed where lower power and cost are considerations. Move commands ("step" and "direction" pulse signals) from the DirectLOGIC or Koyo family of PLCs or other "indexers" and "motion controllers" are "translated" by... [See More]
- Feedback: Open-Loop Step
- Holding Torque: 61.4
- Current per Phase: 1.7
- Rotor Inertia: 7.25E-4
from Island Components Group
IP" Type or PERMANENT MAGNET. These stepper motors utilize a permanent magnet rotor and two center tapped windings. permanent magnet stepper motors normally have either 45 ° or 90 ° stepping angles. They can be combined with a precision gearhead for other stepping angles. These compact... [See More]
- Feedback: Integral Encoder; Integral Resolver; Hall-less/Effect
- Current per Phase: 0.3
- DC Voltage: 28.0
- Rotor Inertia: 2.12E-6
from Excitron Corporation
Small stepper motors with high torque. Torque values are rated torque, you may operate with more or less then rated. Rated torque is determined by the amount of amperage to develop rated torque and operate for 10 minutes before reaching 180 degree F. Note that torque developed by most competitor's... [See More]
- Feedback: Integral Encoder (optional feature); Integral Resolver (optional feature); Integral Tachometer (optional feature); Absolute Encoder
- Current per Phase: 0.1 to ?
- Shaft Speed: 0 to ?
- Stepper Construction: Permanent Magnet; Hybrid; Controller Drive
from Oriental Motor USA Corp.
Closed loop stepping motor and driver package [See More]
- Feedback: Built-in Device
- Current per Phase: 3.3
- Shaft Speed: 300
- Holding Torque: 211
