ABB IRB 1660ID 4-6/1.15
Robot details
The ABB IRB 1660ID‑4‑6/1.15 is a compact, high‑speed 6‑axis industrial robot featuring Integrated Dress (ID) technology, designed to maximize reliability, cable protection, and productivity in demanding automation environments. The ID concept routes all cables internally through the robot arm, significantly reducing wear, downtime, and interference with surrounding equipment.
Available with payload capacities of 4 kg and 6 kg and a reach of 1,150 mm, the IRB 1660ID offers an excellent combination of speed, precision, and compactness, making it ideal for high‑cycle production tasks. Its rigid mechanical structure and optimized drive system enable fast acceleration, smooth trajectories, and consistent repeatability, even in continuous operation.
Controlled by the ABB IRC5 controller, the IRB 1660ID benefits from advanced ABB motion technologies such as TrueMove™ and QuickMove™, ensuring precise path accuracy, synchronized axis movement, and reduced cycle times. The integrated dress design improves cell layout flexibility and enhances overall system uptime.
The ABB IRB 1660ID‑4‑6/1.15 is the ideal solution for manufacturers seeking high‑speed automation with improved reliability and reduced maintenance.
Robot applications
TECHNICAL DATA – ABB IRB 1660ID‑4‑6/1.15
- Robot type: 6‑axis articulated industrial robot with Integrated Dress (ID)
- Maximum payload: 4 kg / 6 kg
- Maximum reach: 1,150 mm
- Repeatability: ±0.02 mm
- Number of axes: 6
- Robot weight: approx. 255 kg
- Protection rating: IP40 (IP67 wrist optional depending on version)
- Controller: ABB IRC5 / IRC5 Compact
- Special feature: Internally routed cables (Integrated Dress)
- Motion control: ABB QuickMove™ and TrueMove™ technologies
- Installation options: Floor, wall, inverted, angled mounting
TYPICAL APPLICATIONS
- High‑speed pick and place
- Material handling
- Machine tending
- Assembly and sub‑assembly
- Packaging and end‑of‑line automation
- Electronics, consumer goods, and general manufacturing
- Automation cells requiring reduced cable wear
