Collaborative Robot RV Reducer

Collaborative Robot RV Reducer is a precision transmission component designed specifically for collaborative robots, which is adapted to its core characteristics of "close range collaboration between humans and machines, flexible interaction, and safety protection". It strengthens the design of "low inertia, flexible braking, and safety redundancy" on the basis of traditional RV reducers.

Collaborative Robot RV Reducer is widely used in scenarios that require human-machine cooperation, such as electronic manufacturing, medical equipment, and food processing, and is the key core for collaborative robots to achieve "safe, flexible, and precise" operations.

Here,we introduce our SC serial RV Reducers from TallMan Robotics, you can see data sheet, production pictures,videos as follows:

Also You are welcome to watch more projects or visit our video gallery by Youtube: https://www.youtube.com/@tallmanrobotics

FAQ:

1. What is the protection level (IP level) of such Collaborative Robot RV Reducer?

IP level rates the gearbox against solid and liquid ingress. The first digit represents dust protection. The second digit represents water protection. RV reducers typically achieve IP65 or higher. IP65 means complete dust sealing and protection against water jets.

2. Can this Collaborative Robot RV Reducer be used in damp and dusty environments?

Yes, with appropriate IP rating selection. IP65 units withstand damp and dusty conditions effectively. Proper sealing prevents moisture and particle ingress. External corrosion protection coatings enhance durability. Regular maintenance of seals ensures continued protection.

3. What is the weight and size of Collaborative Robot RV Reducer itself?

Weight and size vary by model and reduction ratio. we provide detailed dimensional drawings and mass specifications. Larger torque ratings generally increase size and weight. Compact designs optimize space for robotic applications. Select based on available mounting space and load capacity.

4. What impact does it have on the load rate of robot arms?

Gearbox weight of Collaborative Robot RV Reducer addsto the robot arm's total mass. Heavier gearboxes reduce the arm's payload capacity. Higher inertia from gearbox mass affects dynamic response. Compact lightweight designs maximize available payload. Proper selection balances strength with weight constraints.

5. Do you have the ability to resist impact and shock?

Collaborative Robot RV Reducer features robust construction for impact resistance. The design handles peak and emergency stop torque loads. Stiff bearings and rigid housings absorb shock forces. Excessive repetitive impact still reduces lifespan. Select higher torque capacity for severe impact applications.