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Application Scenarios
Consider a major automotive body-in-white (BIW) welding line using ABB IRB 6700 robots mounted on 100-meter linear tracks. The robot shuttles between welding stations, its cable bundle flexing constantly in a cable track filled with metal dust, welding spatter, and oils. Suddenly, one robot throws a “Motor Current Fault” or position drifts erratically, halting the entire line. The culprit is likely a fatigued internal conductor in the primary motor cable.
The ABB 3HAC023195-001 is the direct solution for this exact scenario. It is the specified replacement cable for restoring full power and signal integrity. As detailed by industry sources, this cable’s internal structure is optimized to maintain a low voltage drop and minimal capacitance over its entire 210-meter length, ensuring that a heavy robot receives the precise, high-power current required for fast, accurate movements even at the furthest reach of its track . For maintenance engineers, a failed 3HAC023195-001 is a common failure point that can be rapidly diagnosed and replaced, preventing extended downtime.
Parameters
| Main Parameters | Value/Description |
|---|---|
| Product Model | ABB 3HAC023195-001 (GTPU 210 M Cable) |
| Manufacturer | ABB Robotics (Made in Austria) |
| Product Category | Robot Motor Cable (Power & Signal Composite) |
| Length | 210 meters |
| Conductor Material | High-grade, high-purity copper / Oxygen-Free Copper (AWG14) |
| Insulation Material | TPE / PVC; Outer Jacket: Polyurethane (PUR), orange (RAL 2003) |
| Shielding | Dual-layer shielding: Aluminum Mylar foil + Tinned Copper Braid |
| Voltage Rating | 600V AC / 1000V DC |
| Dynamic Temperature Range | -40°C to +90°C |
| Bend Radius (Dynamic) | ≥ 10x Cable Diameter |
| Protection Rating | IP66 – IP67 (Jacket) |
| Product Status | Discontinued; Replaced by 3HAC028357-001 |
Technical Principles and Innovative Values
- Innovation Point 1: Optimized Construction for Ultra-Long Distance Power Transmission
The primary challenge of a 210-meter cable for a high-power robot is voltage drop and signal integrity. The ABB 3HAC023195-001 addresses this with a precisely selected conductor gauge (AWG14) and an optimized stranding pattern that minimizes resistance, ensuring the robot’s servo drives receive the full voltage required for peak torque . As highlighted in industrial guides, this engineering “ensures that in the 210 meter range, power and control signal transmission loss is zero” . - Innovation Point 2: Dual-Shielding Against Industrial EMI
Automotive plants and foundries are rich with electromagnetic interference (EMI) from welders, drives, and high-current busbars. The 3HAC023195-001 combats this with a robust two-layer shield—an inner aluminum foil for high-frequency noise and an outer tinned copper braid for lower-frequency interference, providing up to 1GHz of protection . This preserves the integrity of sensitive encoder feedback, preventing position drift and ensuring precision. - Innovation Point 3: Robotic-Grade Mechanical Durability
The cable’s performance is about more than just electrical specs; it’s about mechanical survival. Its orange PUR jacket offers exceptional resistance to oils, coolants, and abrasion . The special polymer insulation and conductor stranding allow the 3HAC023195-001 to withstand the continuous torsion and dynamic bending of high-speed robotic arms and linear tracks, preventing internal conductor fatigue. - Innovation Point 4: A Legacy-Defined “Lifeline” Component
While officially replaced, the 3HAC023195-001 has defined reliability for many flagship ABB robots. It is a “legacy-defining” component, meaning it has a proven track record of robust performance. For industries relying on a large installed base of IRB 6700 systems, having a verified 3HAC023195-001 is the strategy to maintain operational continuity.
