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Kuka's part number 00-118-966 is a specialized PCB designed for facilitating Interbus fiber-optic communication within the KRC2 series. This interface supports a data transfer speed of approximately 2 Mbps, catering to high-performance requirements in robotic applications.
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| Manufacturer | Kuka |
|---|---|
| Product Type | PCB for KRC2 Interbus Fiberoptic communication |
| Product Line | KRC2 |
| Part Number | 00-118-966 |
| Communication Protocol | Interbus fiber-optic network |
| Data Transfer Rate | ~2 Mbps |
| Interface Standard | PCI-compatible module |
| Connector Format | Duplex fiber-optic port |
| Transmission Distance | Up to 3000m over glass fiber |
| Cable Compatibility | Supports polymer, HCS, and glass fiber |
| Electrical Isolation | Built-in galvanic isolation |
| Operating Temperature Range | -10°C to +55°C |
| Mounting Method | PCI slot plug-in |
| Environmental Robustness | Vibration and EMI resistant |
The 00-118-966 circuit board from Kuka is integral to KRC2 systems, specifically providing fiber-optic communication capabilities through the Interbus protocol. Operating at a data transfer rate nearing 2 Mbps, this module is suitable for automated and robotic controls that demand swift information relay.
The design incorporates a duplex fiber-optic connector, supporting effective communication over remarkable distances of up to 3000 meters when using glass fiber cabling. This PCB is highly versatile, as it accommodates various types of cables, including polymer, HCS, and glass fiber, ensuring broad compatibility across different setups. It features built-in galvanic isolation to enhance electrical safety and system integrity.
With a robust operational temperature capacity ranging from -10°C to +55°C, this board is suitable for various industrial environments. Installation is straightforward as it utilizes a PCI slot plug-in method, making setup quick and convenient. Furthermore, the component is engineered to resist vibrations and electromagnetic interference (EMI), contributing to reliable performance in demanding conditions.