Products
Frame Outer Rotor Torque Motor
This frame outer rotor torque motor offers direct drive motion with high torque output and stable performance. Engineered by Han’s Laser for precision industrial automation. Ideal for systems requiring accurate rotary actuation and space-saving integration.
Brand:
Order(MOQ):
1
Product Detail
Product Specifications
Motor Model No.:HANS-I-380-D360-H218-T85-1-A | |||
Performance Parameters | Symbol | Unit | |
Cable Outlet | 1 | ||
Outer Diameter | D1 | mm | 360 |
Center Hole | D2 | mm | 85 |
Installation Height | H | mm | 218 |
Continuous torque (Tmax) | Tc | Nm | 380 |
Peak torque | Tp | Nm | 1100 |
Vmax,Tc@Vbus=310Vdc | Nmax,Tc | Rpm | 65 |
Vmax,Tp@Vbus=310Vdc | Nmax,Tp | Rpm | 30 |
Vmax,0@Vbus=310Vdc | Nmax,0 | Rpm | 80 |
Encoder (BISS-C) | P/rev | 23bits | |
Positioning Accuracy | arc sec | ±10/±5 | |
Repeat Accuracy | arc sec | ±2 | |
Maximum axial load (recommend) | Fa | N | 3000 |
Maximum torque load (recommend) | T | Nm | 200 |
Motor outlet | M | 0.3 | |
Cable bending radius (within drag chain) | mm | 37.5 | |
Continuous current (Tmax) | Ic | Arms | 9.5 |
Peak Current (1s) | Ip | Arms | 28.5 |
Torque Constant (within 25℃±5℃) | Tf | Nm/Arms | 40.00 |
Electromotive constant (within 25℃±5℃) | Te | Vrms/rad/s | 13.30 |
Resistance (within 25℃±5℃) | R | Ω(p-p) | 3.5 |
Inductance (within 25℃±5℃) | L | mH(p-p) | 3.8 |
Pole pairs | p | 33 | |
Max.coil temperature | Tmax | ℃ | 120 |
Motor Mass | KG | 105 | |
Mover Mass | Mc | KG | 31 |
Rotor Moment of Inertia | Jm | Kg*m2 | 0.2743 |
Axial Runout | mm | 0.05 | |
Radial Runout | mm | 0.05 |
Dimension
Characteristics:
1. High inertia, low speed motion with good stiffness, excellent compact design.
2. Cost-effective optimized solution
3. High Dynamic Performance, high Position Accuracy and ease of use
4. Direct drive motors are very suitable for high speed, acceleration applications with fast starts and stops
5. Advantages of DDR torque motors such as better load inertia matching, ease of control, low noise emission
HAN’S MOTOR DDR Torque Motor Products Series.:
Why choose us?
1. Torque motor applications have a wide range of dynamic performance requirements.
Depending on the specifics of system’s duty cycle, the peak torque, continuous torque, or both will drive the selection of a motor.
2. Advanced technology design.: which have been designed specifically for direct drive applications provide excellent control loop quality ensuring optimum stiffness, smooth motion, and excellent velocity control with low torque ripple.
3. Han’s Motor is a global supplier in direct drive technology, ranging from linear motors, torque motors, servo drives, robots to customized motors and other industrial automation solutions.
4. Founded in Shenzhen, China in 2005, Han’s Motor has rapidly grown to the leading company in its domestic market, fully equipped with over 300 dedicated people in R&D, production, supply chain, quality, sales, and support functions.
Applications:
Torque motors are used in a wide variety of products,from rotary tables to robotic arms.
Widely used in Industrial Automation、semiconductor、medical indutries etc.
Exhibitions & International market
Packaging & Delivery:
Packaging Details.: plywood packing
Port.: Shenzhen ( Sea / Air shipping, TNT, UPS, FedEx and DHL ect.)
Leading time: According to the order quantity, 15 days for the small order and 20 days for the bulk order
Sample
Contact Us
Experience our expert support, tailored solutions, and reliable global delivery.
Related Products
Features
Semiconductor ironless lienar motor is also called carbon fiber board motor with feature high speed, high acceleration, high thrust density and efficient heat dissipation, enabling stable high-performance operation in semiconductor applications.
Features
FE3 Series Torque motors are designed with industrial-grade quality, optimized for mass production and robust operation in demanding environments. Featuring high torque density, direct-drive architecture, and low maintenance, these motors deliver reliable, precise, and stable performance for industrial automation, robotics, machine tools, and semiconductor equipment. The design supports continuous operation under high load, making it ideal for large-scale industrial applications.
Features
FI Series Torque motors are designed with industrial-grade quality, optimized for mass production and robust operation in demanding environments. Featuring high torque density, direct-drive architecture, and low maintenance, these motors deliver reliable, precise, and stable performance for industrial automation, robotics, machine tools, and semiconductor equipment. The design supports continuous operation under high load, making it ideal for large-scale industrial applications.
Features
FI Series Torque motors are designed with industrial-grade quality, optimized for mass production and robust operation in demanding environments. Featuring high torque density, direct-drive architecture, and low maintenance, these motors deliver reliable, precise, and stable performance for industrial automation, robotics, machine tools, and semiconductor equipment. The design supports continuous operation under high load, making it ideal for large-scale industrial applications.
Features
This linear motor is specially designed for semiconductor packaging equipment, featuring high precision, fast response, and stable performance to meet the demanding requirements of advanced packaging processes.
Features
LSMFK series Water-Cooled Ironcore Linear Motors feature high thrust density 10000Nm and efficient heat dissipation, enabling stable high-performance operation in demanding applications.
Features
Water-Cooled Ironcore Linear Motors feature high thrust density and efficient heat dissipation, enabling stable high-performance operation in demanding applications.
Features
Water-Cooled Ironcore Linear Motors feature high thrust density and efficient heat dissipation, enabling stable high-performance operation in demanding applications.
Features
LSMD2 series double-sided magnet ironcore linear motor adopt gas cooling technology, high thrust with superior acceleration, cogging torque reduction technology, built-in thermal protection, and cancellation of unbalanced electromagnetic forces in demanding applications.