Type:Reduction Gear
Model:RV-80N-129
Application Environment:Industrial
Motor Compatibility:ABB IRB 6700 Series
Output Torque (Nominal):4307 Nm
Output Speed (Nominal):0.74 rpm
Reduction Ratio:3HAC
Material:Aluminum
Dimension (LxWxH):450x300x150 mm
Weight:45 kg
Max Operating Temperature:+55°C
Protection Class:IP54
Certification:CE, UL
The ABB IRB 6700 3HAC043074-001 Reducer Gear RV-80N-129 is engineered to deliver unparalleled precision and durability, making it an indispensable part of high-demand robotic systems. With its robust design and high efficiency, this reducer gear ensures smooth force transmission under varying loads and speeds, enhancing operational accuracy and productivity.
Featuring a compact yet powerful construction, the RV-80N-129 reducer is compatible with a wide range of ABB robot models, offering versatile integration options for diverse industrial applications. Its ability to withstand extreme operating conditions makes it suitable for environments with fluctuating temperatures, guaranteeing consistent performance throughout the lifespan of the system.
The reducer gear is meticulously designed with advanced materials that combine strength with lightweight properties, ensuring minimal energy loss during operation. This results in reduced maintenance requirements and extended service life, translating into lower operational costs for manufacturers.
Designed with ease-of-use in mind, the ABB IRB 6700 reducer comes equipped with user-friendly installation and adjustment features, allowing for quick setup without compromising on quality or performance. Detailed manuals and technical support are provided to facilitate a seamless integration process, ensuring optimal performance right out of the box.
To further enhance customer satisfaction, the product is backed by ABB’s comprehensive warranty program, providing peace of mind and assurance against any manufacturing defects. This commitment to quality and reliability sets the ABB IRB 6700 3HAC043074-001 Reducer Gear RV-80N-129 apart as a top choice for precision-driven robotic applications.
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