i - 175
Offered as an option for RDrive servo motors, the servobox solution allows for the following:
- easy and quick integration of RDrive servos into your application
- safe and correct operation of RDrive servos in the designed range of loads
- precise control of RDrive servo motion via the Application Programming Interface
1. ENERGY EATER (with a power supply connector)
Energy eaters dissipate dynamic braking energy. When not dissipated, this energy can cause servos to generate voltages in excess of supply voltage. This can lead to serious damage to your system.
For applications with average dissipated power of less than 25 W, you can either order the simple Model 1 energy eater or assemble one following our recommendations.
Dimensions (length x width x depth): 50 mm x 40 mm x 20 mm
Weight: 60 g
For applications with average dissipated power from 25 W to 120 W (1 000 W peak), Rozum Robotics recommends to order the Model 2 eater.
Dimensions (length x width x depth): 100 mm x 150 mm x 45 mm
Weight: 650 g
2. CAPACITOR MODULES
Capacitors accumulate and supply electric energy to servos to compensate short-term power consumption peaks due to inductive resistance.
As part of the servobox solution, capacitors are supplied attached to servo housings. However, you can detach and position them at a distance from servos, if your application requires so. In addition, you can assemble the module(s) on your own.
A capacitor module attached to an RDrive servo
3. CAN-USB DONGLE
The CAN-USB dongle enables communication between the servo(s) and a control PC. The dongle is supplied together with a USB-A to Micro-USB cable (1 m long) that is used to connect it to the control PC.
4. TERMINATING RESISTOR
The 120 Ohm resistor terminates the CAN connection of RDrive servos.
5. QUICK START CABLE SET
The cable set comprises power supply and CAN cables—1 cable of each type per servo. The power supply cable is 1 m long, and the CAN cable is 0.5 m long.
As an optional quick-start accessory, Rozum Robotics provides a range of motor mounts. To get STL models, go to Download Center.
Motor mount assembled with a servo
To assemble the printed components into a motor mount, you will also need the following fitting elements:
- three M4x30 screws
- three M4 nuts
- six M4 washers
- 10х10х3 five self-adhesive rubber pads to be fitted into recesses on the top and bottom parts
Location of the fitting elements.
Need more materials to evaluate RDrive motor for your project? Go to our Download Center.