Description

High-performance micro-rotation slide

The RP-80 is a high-performance micro-rotation slide from the RP Series, designed for applications requiring high precision, compact size, and integration. It offers a combination of big torque, high precision, and zero backlash, making it ideal for lightweight and confined space applications.
Key Features:

High Integration: The RP-80 slide integrates the motor and controller into one compact unit, making it ideal for built-in machines and small spaces. This design eliminates the need for external drivers.
Small Size, Big Torque: Despite its small size, it offers a maximum torque of 1.93 N·m and a high rotation speed of 1315°/s.
Zero Backlash: Provides precise motion control with zero backlash, ensuring high accuracy and reliability.

Specifications:

Reduction Ratio: 1:13.68
Max Rotation Speed: 1315°/s
Max Torque: 1.93 N·m
Moment of Inertia (Allowed): 0.03 kg·m²
Repeatability: ±0.02°
Origin Reset Precision: ±0.02°
Max Axial Loading: 5 kg
Max Torque Load: 4.5 N·m
Control Mode: O Control, 485 Bus Control
Rated Voltage: DC 24V ±10%
Rated Current: 3 A
Weight: 0.8 kg
Operating Temperature: 0 ~ 40°C, below 85% RH (No Frost)
IP Grade: IP40 (Protection against dust and water splashes)

Additional Features:

Integrated Drive and Controller: The slide’s drive and controller are integrated, simplifying wiring and installation. It can be driven by a power cable and communication cable, making it highly efficient and easy to use.
Dynamic Control: The slide can be controlled via Z-Mod control software, allowing users to preset dynamic moving points, including position coordinates, speed, acceleration, deceleration, and more. It supports Modbus for precise control of force, rotation position, and speed.
Long Lifespan: The slide has a long lifespan with tens of millions of cycles, making it a durable choice for high-frequency applications. It has surpassed the performance of traditional rotation air actuators.

Application:
The RP-80 slide is particularly suitable for applications requiring high precision, small form factor, and easy integration. Common uses include robotics, automation, and other precision tasks where space is limited but high torque and speed are necessary.