ABB 3HAC029924-001/01 lRB26003HAC029924-001 IRB46003HAC02923

Product Details

3HAC029924-001/01 lRB26003HAC029924-001 IRB46003HAC029236-002 Product Description

The ABB 3HAC029924-001/01 is a precision-engineered AC rotation motor module purpose-built for deployment within ABB's IRB 2600 and IRB 4600 industrial robot platforms. As a core actuator in the robot's joint drive architecture, this motor module directly governs the mechanical output, torque delivery, and positional accuracy of the robot arm across demanding industrial cycles. Its system-matched design ensures seamless integration with ABB's IRC5 controller ecosystem, enabling consistent motion performance, minimal commissioning overhead, and long-term mechanical reliability across high-duty manufacturing environments.

In modern robotic automation architectures, the AC rotation motor is not an isolated component — it is the terminal execution node of a layered control hierarchy that spans from the PLC or robot controller, through the drive amplifier, across the feedback encoder loop, and into the mechanical joint. The 3HAC029924-001/01 is engineered to operate within this full-stack context, delivering predictable torque curves, low cogging, and encoder-compatible feedback that supports the IRC5's closed-loop servo algorithms. Its mechanical and electrical parameters are factory-matched to ABB's drive modules, eliminating the integration risk associated with cross-brand substitution.

The 3HAC029924-001/01 operates as the execution-layer terminus of a fully integrated ABB robotic automation platform. Its performance is inseparable from the upstream control and power architecture that drives it. In a standard IRB 2600 or IRB 4600 deployment, the motor receives motion commands from the ABB IRC5 robot controller, which processes trajectory data and outputs servo commands through the ABB DSQC661 drive module or equivalent axis computer. The drive module converts digital motion commands into precise current waveforms that energize the motor windings, producing the torque and velocity profiles required for each joint axis.

Power delivery to the motor is managed through the ABB DSQC609 power supply unit, which conditions incoming three-phase mains into regulated DC bus voltage for the drive amplifiers. Upstream of the power supply, the ABB DSQC662 axis computer coordinates multi-axis synchronization, ensuring that all joint motors — including the 3HAC029924-001/01 — execute coordinated motion paths without phase conflict or torque interference. The motor's resolver feedback signal is routed back to the IRC5 through the ABB SMB (Serial Measurement Board) 3HAC14550-2, which decodes absolute position data and closes the servo loop in real time.

For applications requiring extended reach or payload flexibility, the IRB 4600 variant of this architecture may incorporate the ABB DSQC643 I/O module for digital signal coordination between the robot controller and peripheral equipment such as grippers, vision systems, or conveyor interlocks. The ABB FlexPendant (IRC5 teach pendant) provides the operator interface for motion programming, axis jogging, and diagnostic monitoring — all of which depend on accurate motor feedback from the 3HAC029924-001/01 to display real-time joint positions. In multi-robot cell configurations, the ABB IRC5 MultiMove controller extends coordinated control across multiple IRB arms, with each motor module contributing to the synchronized motion envelope of the cell.

Cable management and signal integrity between the motor and controller are maintained through ABB robot dress pack assemblies (3HAC series motor cables), which are routed through the robot's hollow wrist and arm structure to minimize flex fatigue and EMI exposure. For installations in harsh environments — including foundry, paint shop, or washdown zones — the motor's IP54 sealing class is complemented by the ABB IRB 2600 Foundry Prime or IRB 4600 Foundry Plus protective variants, which add additional sealing and corrosion resistance without altering the motor's electrical interface.

Automotive Body-in-White Manufacturing: In automotive welding and assembly lines, the IRB 2600 and IRB 4600 robots equipped with the 3HAC029924-001/01 perform spot welding, arc welding, and material handling tasks at cycle rates exceeding 1,000 operations per shift. The motor's torque consistency and low backlash characteristics are critical for maintaining weld gun positioning accuracy within ±0.1 mm tolerances across multi-shift production schedules.

Electronics and Semiconductor Assembly: In PCB handling, component placement, and semiconductor wafer transfer applications, the IRB 2600's compact footprint and the motor's smooth velocity profile enable high-speed pick-and-place operations with minimal vibration. The resolver feedback system ensures sub-millimeter repeatability across thousands of cycles without recalibration.

Food and Beverage Packaging Lines: The IRB 4600's extended reach, powered by the 3HAC029924-001/01 at its joint axes, supports high-throughput palletizing, case packing, and secondary packaging operations. The motor's sealed construction and compatibility with ABB's Wash Guard option make it suitable for hygienic production environments requiring regular washdown procedures.

Metal Fabrication and Foundry Applications: In press tending, die casting extraction, and forging line automation, the motor's thermal Class F insulation and robust mechanical construction support continuous operation in high-ambient-temperature environments. The IRC5 controller's adaptive motion algorithms compensate for thermal expansion effects on joint geometry, maintaining positional accuracy throughout extended production runs.

Petrochemical and Process Industry: In hazardous area installations using ABB's EX-rated robot variants, the motor module's electrical parameters remain consistent with standard IRC5 drive architecture, simplifying spare parts management and reducing the engineering overhead associated with maintaining separate motor inventories for standard and hazardous-area robots.

Q1: Is the 3HAC029924-001/01 directly interchangeable between IRB 2600 and IRB 4600 platforms? The 3HAC029924-001/01 is specified for use across both the IRB 2600 and IRB 4600 robot families, as both platforms share compatible joint motor interfaces within their respective axis configurations. However, the specific joint axis assignment (Axis 1 through Axis 6) must be confirmed against the robot's mechanical documentation and the IRC5 drive module mapping before installation. NANKMOS recommends verifying the axis-specific motor part number against the robot's spare parts catalog (3HAC series) prior to ordering to ensure exact mechanical and electrical compatibility. Our technical team can assist with cross-referencing the correct axis assignment for your specific robot serial number.

Q2: What commissioning steps are required after replacing the 3HAC029924-001/01 in an IRC5-controlled robot? Following mechanical installation and cable reconnection, the IRC5 controller requires a resolver calibration (fine calibration) procedure using the FlexPendant to re-establish the absolute zero position reference for the replaced joint axis. This procedure involves jogging the axis to its calibration mark and executing the fine calibration routine from the IRC5 calibration menu. In systems using the SMB (Serial Measurement Board), the revolution counter must also be updated. NANKMOS supplies pre-tested motor modules with resolver alignment verified at shipment, reducing the calibration time required on-site. Full commissioning documentation is available upon request.

Q3: What does the 12-Month Warranty cover, and what is NANKMOS's inventory availability for this module? NANKMOS provides a 12-Month Warranty on the 3HAC029924-001/01 from the date of shipment, covering manufacturing defects, resolver failure, winding insulation breakdown, and mechanical bearing faults under normal operating conditions. The warranty does not cover damage resulting from incorrect installation, overload beyond rated parameters, or environmental exposure beyond the motor's IP rating. NANKMOS maintains dedicated stock of the 3HAC029924-001/01 to support urgent maintenance and unplanned downtime scenarios, with global shipping available from our warehouse. Each unit undergoes pre-shipment functional testing including insulation resistance verification, resolver signal output check, and mechanical rotation inspection before dispatch.