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The Yaskawa GPD-333 Device-Net Wiring is specifically designed for use as AC drive wiring in DeviceNet networks. It employs shielded twisted pair (Type 5) cables and features configurable baud rates of 125, 250, or 500 kbps, supporting effective communication across the network.
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| Manufacturer | Yaskawa |
|---|---|
| Product Type | AC Drive Wiring |
| Product Line | GPD |
| Part Number | GPD-333-Device-Net-Network Wiring |
| Network Type | DeviceNet |
| Cable Type | Shielded twisted pair (Type 5) |
| Termination | 120 Ω resistor at each end of trunk |
| Topology | Daisy chain with short spurs |
| Trunk Cable Size | 18 AWG |
| Spur Cable Size | 20 AWG |
| Max Spur Length | 1 meter per device |
| Max Trunk Length | 500 m @ 125 kbps |
| Shield Grounding | Connected at drive only |
| Baud Rate | 125 / 250 / 500 kbps (selectable) |
| Power Supply | 24 VDC from network |
| Connector Type | 5-pin open-style or mini DIN |
| LED Indicators | MS/NS for status and diagnostics |
| Node Address | Set via DIP switches |
Yaskawa's GPD-333 Device-Net-Network Wiring serves as the foundational conduit for AC drive connectivity in DeviceNet systems. The wiring system is constructed using shielded twisted pair (Type 5) cables, ensuring minimized interference and enhanced signal integrity. At either end of the trunk, 120 Ω resistors are employed to facilitate proper termination, playing a crucial role in maintaining signal fidelity throughout the network.
Organized in a daisy chain configuration, this setup includes short spur connections, allowing for versatile configurations within the system. The trunk cable is sized at 18 AWG, providing substantial conductivity over distances, while spur connections utilize 20 AWG cables, ensuring efficient performance. With a maximum trunk length capability of 500 meters running at 125 kbps, this wiring supports extensive network layouts. Each device spur, however, is limited to a maximum length of 1 meter.
The system also includes selectable baud rates of 125, 250, or 500 kbps, enabling flexibility to meet various application requirements. Powered by a 24 VDC supply from the network, this wiring is equipped with 5-pin open-style or mini DIN connectors for easy integration. Notably, LED indicators are included, providing real-time monitoring of master/slave status and diagnostics, which aids in system maintenance. Node addresses can be conveniently configured through DIP switches, streamlining setup processes.