GE DS215SLCCG1AZZ01A SLCC LAN Communication Card

Description

Hardware & Electrical Specifications

‑ Manufacturer: GE General Electric ‑ Compatible System: Speedtronic Mark‑V Turbine Control, EX2000 drive platform ‑ Functional Acronym: SLCC (LAN Communication Card) ‑ On‑Board Devices: LCP LAN control processor, dual EPROM firmware sockets, RAM memory ‑ Supported Protocols: ARCNET, DLAN ‑ Connectors: Coaxial network port, multi‑pin ribbon headers for 2PL,3PL system‑bus interconnection ‑ On‑Board Jumpers: Configurable jumpers for network address and hardware‑mode setup. All jumper positions must be exactly duplicated during replacement ‑ Indicators: Multi‑LED array for power, transmit, receive and communication‑fault diagnosis ‑ Power Source: +5 VDC, ±15 VDC supplied from rack backplane ‑ PCB Finish: Conformal coated multilayer FR‑4 PCB ‑ Compatibility Restriction: Works only for Mark‑V / EX2000; not compatible with Mark‑VI / Mark‑VIe racks. AZZ01A firmware must match site network configuration.

Environmental Specifications

‑ Operating Temperature: 0 °C ~ +60 °C ‑ Storage Temperature: −40 °C ~ +85 °C ‑ Relative Humidity: 5%‑95 % non‑condensing ‑ Installation Environment: Control cabinet interior, Pollution Degree 2 ‑ EMC: Designed for power‑plant cabinet EMI and switching‑transient conditions

Mechanical Data

‑ Physical Dimension: approx 260 mm × 165 mm ‑ Mounting: Standard slot installation inside Mark‑V / EX2000 rack ‑ Weight: approx 0.82 kg

Core Functions

1. Deterministic network communication: Runs ARCNET and DLAN protocols, handles real‑time data exchange between drive controllers, redundant control cores and plant‑level HMI devices.
2. Network gateway function: Relays operating set‑points, process values, alarm events and diagnostic information across different system buses without overloading main CPUs.
3. Hardware‑configurable network setup: Jumpers define station addresses and communication parameters to match plant network topology.
4. Firmware‑driven communication processing: Dual EPROM sockets store dedicated communication firmware for field‑replaceable version management.
5. On‑board diagnostics: LED indicators visualize link status for commissioning and troubleshooting network‑related faults.

Installation, Replacement & Critical Warnings

1. Complete system power‑down and lock‑out procedure required before servicing. Non‑hot‑swappable. ESD wrist‑strap protection is mandatory for PCB and EPROM chips.
2. Record all original jumper positions and confirm AZZ01A firmware revision before removal. Mismatched firmware or wrong jumpers will lead to total network communication loss.
3. Secure coaxial network cable and all ribbon‑cable connectors firmly; poor contact causes intermittent communication dropout.
4. After power restoration, perform full communication verification: inspect LED status, validate ARCNET/DLAN data transmission and confirm data interaction with HMI and drive controllers.

5. Common failure mode: Coaxial‑cable surge interference may damage network transceiver circuits. Inspect network cables when random communication errors occur.