GE DS200SLCCG1A Speedtronic gas turbine control
| Brand | GE |
| Module Number | DS200SLCCG1A |
| Unit Price | $1500 |
| Country Of Origin | USA |
| Weight | 0.91KG |
| Certificate |
C/O from the Chamber of Commerce C/Q from the Manufacturer |
| Warranty | 12 Months |
| Inventory Qty | 1 |
The GE DS200SLCCG1A is a LAN communication card (SLCC) designed by General Electric (GE) specifically for the Mark V series Speedtronic gas turbine control system. Its core function is as a data exchange hub for industrial-grade equipment within a local area network, and it is widely compatible with various GE drives and exciter cabinets.
| Parameter Category | Specification Detail |
| Product Number | DS200SLCCG1A |
| System Compatibility | Speedtronic gas turbine control system |
| Power consumption | ≤5W |
| Operating temperature | 0°C - 70°C |
| Physical dimensions | 120mm × 80mm × 15mm |
Account Number 88800006406771
Account name Vogi International Trading Co., Limited
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SWITF/BIC Code WIHBHKHHXXX
Bank name OCBC Hong Kong Branch
Bank address 161 Queen's Road Central, Central, Hong Kong
Country/Region Hong Kong (China)
Account type Business Account
Bank code 035
Payment method For the payment of goods, please make a FPS/CHATS/SWIFT Payment
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DS200SLCCG1A Core Function
1. Multi-protocol Industrial Communication Hub
Serving as the "communication bridge" for the Mark V control system, it supports both DLNA (GE's proprietary industrial bus) and ARCNET network protocols, enabling bidirectional data exchange between drives/exciters and the host computer and other control modules (such as the DS215SDCC drive control card). This covers the core information flow transmission needs of real-time control commands, equipment status data, and parameter configurations in the industrial field.
2. Dual-Port RAM High-Speed Data Synchronization
By integrating dual-port RAM (DPR), the LAN control processor and drive control processor can independently and simultaneously access shared memory without additional data copying or protocol conversion. This significantly reduces communication latency and ensures the real-time requirements of critical scenarios such as gas turbine control (e.g., rapid response to speed regulation and load control commands).
3. Local Visual Configuration and Diagnostics
Supports an external 16-bit alphanumeric keypad/monitor (via KPPL connector), allowing users to directly view system operating status, configure communication parameters (such as IP address and protocol type), and quickly locate communication faults (such as network interruptions or module interconnection anomalies) on the device itself, without relying on host computer software, simplifying on-site debugging and maintenance processes.
4. Dual Communication Protection (Isolation and Non-Isolation)
Built-in dual communication circuits (isolation and non-isolation) effectively resist the effects of electromagnetic interference (EMI) and voltage fluctuations on communication signals in industrial environments, while also adapting to device interconnection scenarios with different grounding methods, improving the stability and anti-interference capability of the communication link and extending module lifespan.
