from Autonics USA, Inc.
*Compact design and light weight with high accuracy, speed and torque. *Suitable for small-sized equipment applications. *Remove the coupling connecting Ball-screw, TM-screw directly. *Remove resonance(vibration ·noise) without coupling. *Cost-effective [See More]
- Stepper Construction: Hybrid
- Rotor Inertia: 0.0079
- Holding Torque: 266
- Shaft Orientation: In-line; Single-ended
from Changzhou Fulling Motor Co., Ltd
0.9 ° Size 42mm High Torque Hybrid Stepping Motor [See More]
- Stepper Construction: Hybrid
- Current per Phase: 0.3
- DC Voltage: 12.0
- Holding Torque: 21.92
from Changzhou Leshi Leili Motor., Ltd.
Hybrid stepper motor with improved torque performance, low power consumption, excellent micro-step torque, high heat dissipation, and dynamic performance characteristics, is a kind of stepper motor with the best performance; two types: two phases and five-phase. Two phase : the step angle normally... [See More]
- Stepper Construction: Hybrid
- Holding Torque: 11.33
- DC Voltage: 6.5
from Electromate
130 deg C insulation class B, 26 AWG lead wire, 5 lb. radial load max [See More]
- Stepper Construction: Hybrid
- Current per Phase: 0.7 to 1.3
- DC Voltage: 2.8 to 5.7
- Holding Torque: 31.4
from Moog Components Group
Stepper motors offer a compact and lightweight solution to many applications. Their high resolution and high torque-to-size ratio are a key advantage. Moog stepper motors operate at half or full step (200 or 400 per revolution). [See More]
- Stepper Construction: Hybrid
- Shaft Speed: 342 to ?
- DC Voltage: 13.8
- Current per Phase: 0.3
from Portescap
Highlights: High Energy Magnets - Deliver optimized torque density. Aluminum Housing - Superior heat dissipation. Applications: Medical. Analyzers. Peristaltic & syringe pumps. Printing/Copier Automation. Telecommunication. Antenna positioning. Radar Array. Textile. Yarn Monitoring. Electronic... [See More]
- Stepper Construction: Permanent Magnet; Hybrid
- Current per Phase: 0.5
- DC Voltage: 6.6
- Holding Torque: 38
from Stock Drive Products/Sterling Instrument - SDP/SI
7 oz-in Min.Holding torque, NEMA size 11 Frame Hybrid Stepper Motor [See More]
- Stepper Construction: Hybrid
- Current per Phase: 1.0
- DC Voltage: 1.4
- Holding Torque: 7
from Techno, Inc.
Complete assembly with 1/4" - 1/4" shaft coupling [See More]
- Stepper Construction: Hybrid
- Current per Phase: 2.8 to 4.1
- DC Voltage: 1.7 to 2.8
- Holding Torque: 124 to 227
from Advanced Control Systems Corp.
Highest torque output [See More]
- Stepper Construction: Hybrid
- Holding Torque: 3115
- DC Voltage: 80.0 to 325.0
- Rotor Inertia: 4.25
from Anaheim Automation, Inc.
High step accuracy & resolution, low vibration & noise, can be customized [See More]
- Stepper Construction: Hybrid
- Step Angle: 1.80
- Rotor Inertia: 2.80E-5
- Number of Leads: 4
from Applied Motion Products, Inc.
130 deg C insulation class B, 26 AWG lead wire, 5 lb. radial load max [See More]
- Stepper Construction: Hybrid
- Current per Phase: 1.0
- DC Voltage: 1.4
- Holding Torque: 7
from Empire Magnetics Inc.
1.8 deg, 2 phase, abrasive dustproof step motor [See More]
- Stepper Construction: Permanent Magnet; Hybrid
- Current per Phase: 1.4
- Shaft Speed: 3000
- Holding Torque: 45 to 60
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]
- Stepper Construction: Permanent Magnet; Hybrid; Controller Drive
- Current per Phase: 0.1 to ?
- Shaft Speed: 0 to ?
- Number of Leads: 5
from Intelligent Motion Systems, Inc.
IMS offers 1.8 ° enhanced hybrid stepping motors in NEMA frame sizes 14, 17, 23 and 34. Enhanced stepping motors have higher torque output than conventional hybrid stepping motors. Holding torques for these powerful, low-inductance motors range from 10 oz-in with a NEMA 14 to 750 oz-in with a... [See More]
- Stepper Construction: Hybrid
- Current per Phase: 0.8
- DC Voltage: 12.0 to 48.0
- Holding Torque: 160
from Oriental Motor USA Corp.
Incremental encoder 200 pulses/rev, closed loop system capability [See More]
- Stepper Construction: Hybrid
- Current per Phase: 1.0
- DC Voltage: 5.7
- Holding Torque: 54.1
from Parker Hannifin / Automation / Electromechanical Division - Europe
SY Series - 1.8 Degree - 2 Phase Hybrid Stepper Motors. Nema 23 , Nema 34 & Nema 42 Frame Sizes. with 1-, 2- and 3-stack motor lengths. Rated at IP55 as standard. Option for: IP68 on Terminal Box Version. Option for: 200 or 500 Line Encoder. Option for: Vacuum Preperation to 10-6 Torr. Holding... [See More]
- Stepper Construction: Hybrid
- Holding Torque: 1274 to 1841
- Current per Phase: 8.0 to 10.0
- Rotor Inertia: 1.13 to 1.7
from Shinano Kenshi Corporation
Only bipolar winding, only sleeve bearing, low cost, stamped end-bell [See More]
- Stepper Construction: Hybrid
- Current per Phase: 0.4
- DC Voltage: 4.7
- Holding Torque: 8
from SONCEBOZ Corporation
The hybrid stepper motor comes into its own where torque at low speed, positioning and accuracy are determining factors. Hybrid stepper motors with integrated control electronics coupled with high-precision, zero 'float' mechanical properties feature the following particularly desirable... [See More]
- Stepper Construction: Hybrid
- Output Power: 0.0067
- Holding Torque: 12.74 to 18.41
- Rotor Inertia: 2.55E-4
