ABB HDS130-0620ASKNN High Speed Brushless Servo Motor - 2kW 6000 RPM

High-capacity motion control systems in modern automated manufacturing require heavy-duty servo actuators that deliver exceptional dynamic response without compromising position accuracy.The ABB HDS130-0620ASKNN 2kW 400V 6000 RPM high-speed brushless AC servo motor provides a robust solution for multi-axis machinery,combining a continuous rated torque of 6.36 N·m with a high-resolution absolute encoder to eliminate trajectory tracking errors.Beijing Zhongping Technology maintains local warehouse inventory of this specialized drive model,delivering immediate component fulfillment,pre-dispatch quality verification,and a comprehensive 12-month warranty to safeguard your facility against extended operational downtime.

High-speed packaging lines,automated sorting cells,and precision multi-axis CNC machinery frequently encounter severe throughput bottlenecks caused by motor thermal drift,rotor inertia mismatch,and drive feedback corruption.Operating on a 3-phase 400 VAC power network,this 2.0 kW servo motor features an optimized stator winding geometry that yields a low rotor inertia of 0.00045 kg·m²and a peak current threshold of 15.6 A.At a nominal DC bus voltage of 540 VDC,the unit reaches rotational velocities up to 6,000 RPM while maintaining sub-millisecond dynamic response times.The integrated absolute feedback encoder provides high-density position tracking,suppressing high-frequency mechanical vibration and protecting workpiece surface quality during rapid acceleration routines.

To streamline machinery retrofits and urgent field replacements,Beijing Zhongping Technology provides end-to-end technical support alongside direct hardware fulfillment.Every motor shipped from regional stock undergoes rigorous electrical parameter testing,winding insulation audits,and mechanical dimension verification.Their dedicated engineering team assists with drive parameter matching,pinout verification,and control loop tuning to ensure seamless drop-in integration.

Technical Specifications

Model:ABB HDS130-0620ASKNN

Rated Power Output:2.0 kW at 3,000 RPM

Continuous Rated Torque:6.36 N·m(at 20°C Ambient)

Maximum Peak Current:15.6 A(400 VAC)

Continuous Rated Voltage:400 VAC(3-Phase)

Continuous Rated Current:5.2 A

Maximum Velocity Limit:6,000 RPM(at 540 VDC Bus)

Rotor Moment of Inertia:0.00045 kg·m²

Torque Constant(Kt):1.22 N·m/A

Back-EMF Voltage Constant(Ke):74.5 V per 1,000 RPM

Stator Winding Resistance:1.45 Ohms(Phase-to-Phase)

Stator Winding Inductance:8.2 mH(at 1 kHz)

Enclosure Protection Class:IP65(Shaft Seal Excluded)

Permissible Operating Temperature:0°C to 40°C Ambient

Nominal Motor Mass:7.8 kg(Standard Configuration)

Regulatory Compliance:CE,RoHS,UL

System Integration and Hardware Setup

Mechanical installation of this 7.8 kg motor demands a rigid,precision-ground pilot flange paired with four property class 8.8 high-tensile mounting bolts.Fasteners must be torqued in a cross-pattern sequence according to manufacturer specifications to distribute mechanical stress evenly and prevent motor housing distortion during high dynamic acceleration profiles.The heavy-duty metric circular connectors for power and feedback utilize threaded coupling rings to establish a vibration-proof seal against environmental contaminants.Wiring guidelines require running the 400 VAC power conductors in separate grounded metallic conduits away from low-voltage encoder data lines to prevent pulse-width modulation inverter switching noise from degrading feedback signal integrity.

Inside the control cabinet,the shielded power cable must achieve 360-degree conductive clamping against the main EMC grounding bar immediately upon cabinet entry.Because 400 VAC high-speed motion drives draw up to 15.6 A during peak acceleration intervals,power cable gauge selection must account for voltage drop across long wire runs to preserve full torque output at 6,000 RPM.Installing robust strain-relief clamps adjacent to the motor connector housing isolates internal pin contacts from continuous mechanical flexing,preventing conductor fatigue and intermittent open-circuit faults during rapid multi-axis motion.

Reliability and Environmental Durability

The internal stator and rotor assemblies are housed within a cast aluminum enclosure engineered to achieve an IP65 ingress protection rating.This rugged shell prevents the entry of harmful dust particles and low-pressure water sprays commonly present in aggressive manufacturing environments.Thermal energy generated during continuous 2.0 kW load duty dissipates through natural convection across the finned outer body,requiring unrestricted ambient airflow around the motor frame.Stator winding insulation adheres to Class F thermal thresholds(155°C),maintaining long-term dielectric resistance when exposed to rapid IGBT voltage switching transients.

Preventive maintenance routines require periodic visual audits of the shaft pass-through area to detect early signs of seal wear or lubricant migration.Technicians should verify the tightness of all connector locking rings every six months and clean accumulated dust off the cooling fins using lint-free cloths moistened with isopropyl alcohol.Engineered for high-duty industrial cycles,this high-speed motor architecture offers a predicted mean time between failures exceeding 40,000 hours under rated electrical and thermal conditions.

Selection Guidance and Alternative Options

Selecting an optimal 2 kW high-speed actuator requires evaluating the root-mean-square torque demand across the complete motion profile to ensure continuous operational loads do not exceed the 6.36 N·m winding thermal rating.decelerating a high-inertia load from 6,000 RPM generates substantial regenerative energy,making proper sizing of an external braking resistor critical to absorb bus voltage spikes and prevent drive over-voltage faults.When specific spatial constraints or torque-speed requirements mandate alternative configurations,control engineers can reference complementary models within the broader high-speed AC servo family.

When primary equipment manufacturer supply channels experience extended factory lead times,Beijing Zhongping Technology offers immediate cross-reference support and local stock replacement options.Their technical team evaluates key electrical parameters,flange bolt dimensions,shaft keyway tolerances,and encoder communication protocols to deliver fully compatible replacement units that restore production lines without requiring machine redesigns.

Safety Engineering,Quality Control and Compliance

High-voltage industrial equipment operation demands strict compliance with safety protocols,including drive-level over-current trip limits set to protect the motor against peak currents exceeding 15.6 A.The motor winding insulation undergoes high-potential dielectric withstand testing to safeguard operating personnel against ground fault hazards during voltage surges.Internal thermal monitoring elements communicate directly with the drive controller to initiate a controlled deceleration stop if ambient temperatures exceed 40°C or if cooling fins become obstructed.Full certification under CE,RoHS,and UL guidelines ensures full compliance for machinery exported to international markets.

Prior to warehouse dispatch,every unit undergoes a multi-point quality control inspection performed by Zhongping's quality assurance specialists.This procedure includes measuring phase resistance,verifying phase inductance symmetry,auditing shaft concentricity within 0.05 mm tolerances,and validating real-time absolute encoder communication.This rigorous pre-shipment audit ensures plug-and-play operational readiness and eliminates out-of-box failure risks for critical production assets.

Frequently Asked Questions

Q1:What is the local stock status and delivery timeline for this 2kW servo motor?

A1:Regional inventory for this specific 2 kW model is maintained in local stock to facilitate immediate processing.Featuring standard metric mounting dimensions and 400 VAC power connections,it allows rapid drop-in installation into active production lines.Beijing Zhongping Technology provides same-day processing and expedited delivery options for emergency replacements.

Q2:What warranty coverage and technical support accompany this product?

A2:This product includes a standard 12-month warranty covering manufacturing defects and hardware malfunctions under rated operating conditions.Robust Class F insulation and an IP65 cast housing protect internal components during demanding motion cycles.Zhongping's technical team provides local diagnostic evaluations and RMA handling to minimize downtime.

Q3:What are the input voltage and current specifications for operating this unit?

A3:The motor operates on a standard 3-phase 400 VAC supply network,drawing a rated continuous current of 5.2 A to deliver 2.0 kW output power.During high-acceleration phases,the motor can draw up to 15.6 A peak current from a compatible 400V servo drive.System engineers must verify cabinet breaker ratings and power cable sizing against these peak current limits.

Q4:What drive bus voltage is required to achieve the 6,000 RPM maximum speed?

A4:Reaching the full 6,000 RPM operating velocity requires a nominal 540 VDC intermediate drive bus voltage based on the motor's 74.5 V per 1,000 RPM voltage constant.Operating on lower DC bus voltages reduces the maximum achievable speed due to back-EMF threshold constraints.You can consult our engineering specialists to confirm drive bus voltage compatibility for your application.

Q5:Is an external braking resistor necessary when operating at high rotational speeds?

A5:Decelerating rapidly from 6,000 RPM transfers significant kinetic energy back onto the drive DC bus link.Integrating an appropriately sized external braking resistor dissipates this regenerative energy as heat,preventing drive over-voltage fault shutdowns during rapid stopping cycles.Our technical team provides braking resistor sizing calculations based on your specific load inertia ratio.

Q6:What mechanical mounting tolerances must be maintained during installation?

A6:Installation requires property class 8.8 mounting bolts and a rigid mounting flange aligned within 0.05 mm concentricity relative to the driven load shaft.Proper alignment of the 7.8 kg motor body prevents radial bearing overload and shaft coupling fatigue under 6.36 N·m continuous torque loads.Beijing Zhongping Technology supplies mechanical mounting templates and alignment guidelines upon request.

Q7:What environmental protection rating applies to this high-speed motor housing?

A7:The cast aluminum housing maintains an IP65 protection rating against dust penetration and low-pressure water sprays from any direction.The rotating shaft pass-through point requires an additional external radial oil seal when exposed to continuous cutting fluids or oil mist.Review product documentation for specific chemical compatibility and sealing guidelines.

Q8:What cabling practices protect feedback signals from high-voltage drive noise?

A8:Noise mitigation requires double-shielded power cables terminated with 360-degree conductive backshell clamps on the motor connector shell.Routing low-voltage absolute encoder signal lines through separate grounded wireways isolates them from 400V PWM drive switching noise.The technical support desk at Zhongping provides detailed control cabinet grounding diagrams.

Q9:What routine preventive maintenance ensures maximum operational longevity?

A9:Maintenance routines include verifying connector tightness,inspecting power cable jackets for flexing fatigue,and removing dust from exterior cooling fins every six months.The solid-state rotor structure eliminates mechanical wear parts,supporting an MTBF exceeding 40,000 hours under rated thermal conditions.Spare cable assemblies and connector kits are available for immediate dispatch.

Q10:Can this model replace legacy high-speed motors in existing machines?

A10:Direct drop-in replacement units with identical flange patterns,shaft keyway specifications,and 1.22 N·m/A torque constants can be configured for older machinery.Matching encoder feedback protocols ensures full compatibility with third-party motion controllers without software reprogramming.Beijing Zhongping Technology assists with model cross-referencing and drive parameter conversion.