Ac Torque Motor is an industrial-grade power device designed for high-load precision control, developed and produced by Chinese leading motor manufacturer.
Electrical parameters: input voltage 220-230V±10%, frequency 50/60Hz dual-mode compatible, power factor ≥0.93, starting current peak control within 3 times the rated value.
Dynamic response: torque recovery time ≤20ms under step load, supports instantaneous overload capacity 200% for 3 seconds, and meets impact load requirements.
Brand logo: supports laser engraving or UV spraying, customized area covers end cover and junction box.
OEM/ODM parameters: shaft diameter adjustable range 12-80mm, flange mounting hole position compatible with IEC 60034 standard, 3D model adaptation solution provided within 48 hours.
Structural parameters: housing adopts die-cast aluminum ADC12, rotor dynamic balance level G2.5, bearing life test ≥20,000 hours.
Environmental tolerance: built-in PTC thermal protection, dustproof seal ring made of fluororubber, suitable for harsh working conditions such as petrochemical and mining.
Energy efficiency index: IE4 energy efficiency level, full load efficiency ≥ 94.5%, standby power consumption < 10W.
Thermal management: forced air cooling system air volume reaches 25CFM, temperature rise ΔT ≤ 60K.
Packaging standard: export-grade five-layer corrugated box, internal EPE buffer layer density 35kg/m³, sea transportation vibration test passed ISTA 3A.
Supply chain guarantee: annual production capacity of 5 million units, support EXW/FOB/CIF and other trade terms, 72-hour express delivery, and global major ports arrival cycle ≤ 15 days.
Intelligent manufacturing applied to industrial robots helps improve joint drive accuracy
In six-axis collaborative robots, the motor directly drives the rotary joint, with torque fluctuation ≤1.5% and repeated positioning accuracy ±0.01°, which is suitable for high-precision operations on automobile welding lines.
New energy is applied to wind power generation variable pitch systems to help improve power generation efficiency
As a variable pitch motor, it can achieve fine adjustment of the blade angle ±0.1° at a turbulent wind speed of 8m/s, with a protection level of IP65, and can withstand low temperatures of -30℃ and salt spray corrosion, increasing annual power generation by 3-5%.
Logistics automation applied to sorting robotic arms helps reduce operating costs
Driving high-speed Delta robots, with visual positioning systems, sorting error rates <0.01%, and power consumption is 40% lower than that of servo systems.
Medical equipment is applied to MRI slide rail drives to help improve imaging stability
In a 1.5T strong magnetic field environment, the non-magnetized motor drives the patient platform to move, and the electromagnetic interference suppression ratio is ≥60dB to ensure that the image is artifact-free.
Bearing maintenance: Inject lithium-based grease every 5000 hours, and the filling volume accounts for 1/3 of the bearing chamber volume.
Insulation detection: Quarterly measurement of winding insulation resistance, resistance ≥100MΩ.
Heat dissipation maintenance: Clean the heat sink with compressed air every month, and the dust thickness must be <1mm to ensure heat dissipation efficiency.
