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Copy| Product Name | ABB 3HAC029000-001 IRB 4600 Customer-Connection Manipulator Harness |
| Item NO. | 2930102 |
| Weight | 0.1 kg = 0.2205 lb = 3.5274 oz |
| Category | ABB |
| Brand | ABB |
| Creation Time | 2026-11-05 |
IRB 4600 Customer-Connection Manipulator Harness documented for ABB IRB 4600 manipulator cabling.
ABB 3HAC029000-001 is the customer-connection manipulator harness for specified IRB 4600 executions other than Type C. It belongs to the axes 1–6 cable system and carries the customer-facing circuits through the moving manipulator while the separate basic harness serves the robot's internal drive and feedback connections.
Through its routed branches, ABB 3HAC029000-001 maintains electrical continuity from the base-side connection area to the arm-side customer interface. The harness must follow the documented clips, supports and dress path so bending occurs in controlled zones and robot articulation does not pull on connectors or abrade the cable jacket.
When ABB 3HAC029000-001 is exchanged, each connector and clamp position is recorded before removal. The replacement is laid into the manipulator without twists, secured with the correct slack at moving joints and checked through the full permitted robot motion before customer circuits are energized.
| Technical item | Specification |
|---|---|
| Brand | ABB |
| Model | 3HAC029000-001 |
| Product name | IRB 4600 manipulator harness, customer connections |
| Country | Switzerland / Sweden |
| Robot family | IRB 4600 |
| Harness coverage | Axes 1–6 routing path |
| Circuit role | Customer connections |
| Documented execution | Other design than Type C |
| Mating structure | Base, arm and customer-interface connection areas |
| Mechanical control | Clips, supports and articulated slack loops |
| Installation record | Connector labels and clamp positions retained |
| Verification | Continuity and full-motion routing inspection |
| Ordering identity | Complete suffix -001 required |
ABB 3HAC029000-001 links the stationary customer connection at the robot base with circuits that must travel through the IRB 4600 manipulator. The route is deliberately separate from motor, brake and feedback wiring so tooling signals retain their own connector map while the arm passes through six articulated axes.
At the lower interface, customer wiring enters the robot and is assigned to the documented harness branches rather than the basic manipulator cable set. Keeping this handoff separate prevents tooling circuits from being confused with drive or feedback conductors during installation, continuity testing and later fault tracing.
From the base, cable sections follow defined clips, supports and slack zones through axes 1–6. Each controlled bend allows joint movement without pulling on a plug, rubbing a cover edge or concentrating flex at one point; clamp location is therefore part of the electrical path's mechanical protection.
At the arm-side interface, the routed conductors deliver the same customer circuits to the documented tooling connection. Branch length, connector identity and route position work together so a signal entering at the base reaches the intended robot-side terminal even after repeated manipulator movement.
Changing ABB 3HAC029000-001 is a route-reconstruction task. Connector labels establish the electrical map, recorded clamp positions reproduce the mechanical path, and a slow motion sweep proves that the installed harness has usable slack before customer circuits are energized.
Mark both ends of every connector and record each clamp, support, cover passage and slack loop before the old harness is released. Photographs should show where a branch changes direction, because a connector can fit correctly while the cable behind it is assigned to the wrong moving route.
Seat fixed interfaces first and follow the documented path toward the moving sections, reproducing joint slack without stretching or rotating the jacket. Keep the harness below its covers and clear of pinch, abrasion and sharp-edge locations; do not use clamps to pull excess length out of a joint.
After fastening, check continuity and insulation, then move the robot slowly through the affected range while watching every articulated section. Stop if a branch tightens, rolls or contacts structure; only after clearance remains stable is the customer circuit energized and functionally checked.
ABB 3HAC029000-001 must follow the documented axes 1–6 supports and slack zones. A connector can be fully seated while an incorrect clamp position transfers joint movement into a branch, so the route must be checked through a controlled full-motion sweep.
ABB 3HAC029000-001 is defined by its full order number, robot execution and routed branch layout; similar connectors can belong to a different harness design.
Photograph the connector labels, clamp positions, joint slack loops and cover routing of ABB 3HAC029000-001 before removal.
ABB 3HAC029000-001 uses the documented clips, supports and controlled slack zones so articulation bends the cable where intended instead of loading the terminals.
Check ABB 3HAC029000-001 after routing and fastening, before customer circuits are energized, and repeat the check if a full-motion sweep changes the cable position.
The spare-parts record identifies ABB 3HAC029000-001 for the IRB 4600 design other than Type C, so the exact robot execution must be confirmed.
Moore Automation keeps the complete manufacturer number, robot type, quantity and destination together in one enquiry. Nameplate images and cable-route photographs can remain attached when the requested harness must be distinguished from adjacent assemblies.
Moore Automation Sales Team
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