DS200SLCCG3A | DS200 Series Triple Independent Link New Original

Description

Product Core Brief

• Model: DS200SLCCG3A
• Brand: General Electric (GE)
• Series: Mark V DS200
• Core Function: Triple independent fieldbus gateway
• Product Type: Triple Fieldbus Link (3 ports, fully independent)
• Key Specs: 3 independent processors | All protocols | 1024 bytes I/O each | 1 ms scan | 2500 VAC isolation
• Condition: New Original.

Product Introduction

The DS200SLCCG3A is a triple independent fieldbus link controller for GE’s Mark V DS200 series, used in Speedtronic turbine control systems. It provides three completely separate fieldbus interfaces on a single board, each with its own processor, I/O memory, and isolation—the highest channel count fieldbus gateway in the Mark V family.

The “3A” designation indicates a triple independent gateway. Three independent 32-bit processors, each with 1024 bytes I/O capacity, 1 ms scan rate, and 2500 VAC isolation between all ports. Use it for the most complex integration projects: connect a Mark V turbine to three different networks simultaneously (e.g., Profinet to Siemens PLC, EtherNet/IP to Rockwell DCS, Modbus TCP to SCADA), implement triple-redundant fieldbus networks (Port A primary, Port B secondary, Port C tertiary), or isolate safety, control, and monitoring networks on one board.

Key Technical Specifications

Key Selling Points & Differentiators

• Three completely independent fieldbus controllers – Separate processors, separate memory, separate I/O data spaces. Port 1 failure does not affect Port 2 or Port 3.
• Connect to three different networks simultaneously – Profinet to Siemens PLC, EtherNet/IP to Rockwell DCS, Modbus TCP to SCADA. All on one board.
• Triple-redundant fieldbus capability – Configure Port 1, 2, and 3 with identical I/O mapping. Connect to three independent fieldbus networks. Mark V CPU votes or selects best data.
• Total I/O capacity 3072 bytes per direction – 1024 bytes per port × 3 ports = 3072 bytes input, 3072 bytes output.
• Dual Ethernet ports per interface – Each port has its own 2-port Ethernet switch. Daisy-chain devices or connect to separate networks.
• Full isolation between all ports (2500 VAC) – Port 1 (plant network, grounded), Port 2 (safety network, floating), Port 3 (monitoring network, different ground). No ground loops.
• External power adapter included – Board draws 3.5 A at 5 V (17.5 W). We include external 5 V, 10 A supply.
• QC includes 168-hour triple-port stress test – All three ports at maximum load, different protocols, zero cross-port interference.
• 5-year warranty

Frequently Asked Questions (FAQ)

Q: What is the difference between SLCCG2A (dual) and SLCCG3A (triple)?

Q: When would I need three independent fieldbus ports?
A: Three scenarios:

1. Triple-redundant fieldbus (safety-critical turbines): Port A to Network 1, Port B to Network 2, Port C to Network 3. Any two networks can fail, turbine continues.
2. Three different networks: Connect to Siemens PLC (Profinet), Rockwell DCS (EtherNet/IP), and SCADA (Modbus TCP) simultaneously.
3. Isolated networks: Plant network (grounded), safety network (floating), and monitoring network (different ground reference).

Q: Can I run different protocols on each port?
A: Yes—any combination. Example:

• Port 1: Profinet IO to Siemens S7-1500 (turbine control)
• Port 2: EtherNet/IP to Rockwell ControlLogix (balance of plant)
• Port 3: Modbus TCP to SCADA (data logging)
  All simultaneously, no interference.

Q: What is the total backplane current requirement?
A: 3.5 A maximum at 5 VDC. Most Mark V backplane power supplies are 5–10 A. The SLCCG3A alone draws 3.5 A. Add CPU (2.5 A), I/O modules (1–2 A), total may exceed 10 A. We include external 5 V, 10 A power supply that connects to the board’s auxiliary input, bypassing the backplane.

Q: How do I configure triple-redundant fieldbus?
A: Configure Port 1, 2, and 3 with identical I/O mapping (same data structure to same backplane addresses). Connect each port to a separate fieldbus network (three independent switches, three independent cables). In Mark V logic, read all three data sets. Use “majority vote” (2 out of 3) or “select highest quality” (e.g., Port 1 primary, Port 2 secondary, Port 3 tertiary). Failover is instantaneous (one scan cycle).

Q: Does the SLCCG3A support Profinet IRT (isochronous real-time)?
A: No—Profinet RT only (real-time, not isochronous). For IRT, use SLCCG2ACC or SLCCG3ACC (special order, contact us). IRT requires more precise timing and is rarely needed for Mark V integration.

Q: What QC tests are specific to the SLCCG3A?
A: Thirteen tests:

1. Port-to-port isolation: 3000 VAC between all 3 port pairs (3 tests)
2. Port-to-backplane isolation: 3000 VAC each port (3 tests)
3. Independent protocol test: Port 1 Profinet, Port 2 EtherNet/IP, Port 3 Modbus TCP, 72 hours
4. Independent scan rate test: all ports at 1 ms, verify timing
5. Port 1 full load: 1024 bytes I/O at 1 ms, 48 hours
6. Port 2 full load: 1024 bytes I/O at 1 ms, 48 hours
7. Port 3 full load: 1024 bytes I/O at 1 ms, 48 hours
8. Simultaneous full load: all 3 ports at max load, 168 hours
9. Triple-redundancy test: simulate failure of Port 1 and Port 2, Port 3 continues
10. Cross-port interference: Port 1 at max load, measure Port 2 and Port 3 error rates (zero)
11. External power test: run from included supply, verify 3.5 A draw
12. Temperature: −40°C to +70°C, all ports active
13. Burn-in: 336 hours (14 days) at +65°C, all ports at maximum load, mixed protocols

Q: What shipping protection for this triple-port board?
A: Maximum protection. Anti-static bag, ESD foam cradle, hard plastic clamshell case, desiccant pack, humidity indicator. Double-wall box with “HIGH PERFORMANCE,” “HIGH VALUE,” “FRAGILE,” “DO NOT STACK” labels. Shock, tilt, temperature indicators. Calibration certificate and test report (25 pages) laminated. 3 x USB programming cables, 3 x Ethernet crossover cables, termination resistor kits in separate bag. Gold-plated serial terminal blocks included. External 5 V, 10 A power supply in separate box. Each board ships individually. Do not unpack without 4-hour temperature stabilization. Site visit recommended for first-time installation—contact us for engineering support.

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