Standard DH116
- 11-DOF High Dexterity Motion Design
- High-Efficiency Brushless Coreless Motor
- Precise Worm Gear Transmission System
- 545g Ultra-Light weight Integrated Structure
- Optional multi-modal tactile sensors
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Continue shoppingUltra-thin IO module , including EtherCAT 、 EtherNet\IP 、PROFINET coupler, digital module, analog module, Encoder module, Tempera...
Ultra-thin IO module , including EtherCAT 、 EtherNet\IP 、PROFINET coupler, digital module, analog module, Encoder module, Temperature module and Serial port module.
The R3 Series covers a comprehensive range of industrial signal types, including digital input/output modules, analog input/output modules, temperature acquisition modules, encoder input modules, and serial communication modules. This wide selection meets the I/O requirements of most industrial applications.
The R3 Series currently offers EtherCAT and PROFINET bus couplers, making it compatible with the bus communication ecosystems of different PLC brands.
R3 Series modules use standard 35 mm DIN rail mounting. Simply align the module with the rail and press it into place—no special tools are required. To remove a module, press the bottom locking clip for quick release.
The R3 Series supports an operating ambient temperature range of -10°C to +55°C, making it suitable for typical industrial environments.
Yes. R3 Series modules support hot swapping when the corresponding function is enabled in the master controller configuration. Modules can be replaced on-site without shutting down the entire system, helping reduce maintenance downtime.
The R3 Series uses a nominal 24 V DC power supply, with an allowable input voltage range of 20.4–28.8 V DC, compatible with standard industrial 24 V DC power supplies.
Yes. R3 Series modules feature built-in reverse polarity, overcurrent, and overvoltage protection to improve operational reliability and help protect the modules against power supply wiring errors and electrical faults.
R3 Series encoder input modules support incremental encoders with AB-phase or ABZ-phase signals, with a maximum counting frequency of 200 kHz.