Overview
The DS215SDCCG1AZZ01A and DS200SDCCG1AHD are core control and processor modules used in GE Speedtronic and industrial drive systems.
Unlike traditional controller boards, these modules integrate command processing, system coordination, I/O management, and drive regulation into one consolidated architecture.
Technical Specifications
| Specification |
DS215SDCCG1AZZ01A |
DS200SDCCG1AHD |
| Module Type |
Drive Control & Processor Card |
System Drive Control Card |
| Platform |
GE Mark V / Industrial Drives |
GE Industrial Drives |
| Processor |
Embedded GE ASIC + DSP |
Embedded GE ASIC + DSP |
| Control Functions |
Speed/torque logic, system coordination |
Drive regulation, internal logic |
| Power Requirements |
+5 VDC, +15 VDC, –15 VDC |
+5 VDC, +15 VDC, –15 VDC |
| Communication |
Ribbon backplane bus |
Ribbon backplane bus |
| Diagnostics |
Fault logs, LED status indicators |
Fault logs, LED indicators |
| Operating Temperature |
0…+60°C |
0…+60°C |
| Storage Temperature |
–40…+85°C |
–40…+85°C |
| Dimensions |
~330 × 160 × 40 mm |
~330 × 160 × 40 mm |
| Weight |
~1.2 kg |
~1.2 kg |
| Mounting |
GE rack-mount |
GE rack-mount |
Applications
-
Medium and high-power GE drive cabinets
-
Industrial motor control systems
-
Turbine auxiliary drive regulation
-
Power plant auxiliary equipment control
-
Legacy GE Mark V drive retrofits
-
Process plants requiring deterministic drive logic
Advantages
-
Stable real-time control loops even under fluctuating load conditions
-
Clear status feedback, simplifying troubleshooting during commissioning
-
Robust fault-handling routines that reduce downtime and protect the drive
-
Modular replacement capability, allowing fast field swap without re-engineering
-
Electrically hardened inputs, improving reliability in noisy plant environments
-
Smooth integration with legacy GE architectures, ensuring long-term compatibility
Technical FAQs
1. Do these modules handle speed or torque regulation directly?
Yes, primary control loops are handled onboard using DSP resources.
2. Are configuration parameters stored on the board?
Key parameters are stored on the board but rely on system-level configuration upon boot.
3. Can the modules operate in high-harmonic electrical environments?
Yes, both cards are designed with filtering and noise immunity suitable for industrial drives.
4. How are faults reported?
Through LED indicators and system-level fault codes communicated to the controller.
5. Do they support redundant processors?
Not directly—redundancy is system-dependent.
6. Are the boards sensitive to airflow direction?
Proper airflow is required, but orientation is not direction-dependent.
7. What happens if one voltage rail is lost?
The card enters a fail-safe condition and stops controlling the drive.
8. Do they support hot-swapping?
No—power must be removed before inserting or removing the module.
9. Is long-term thermal drift an issue?
The design is stable, and drift is negligible in typical industrial installations.
10. Are they compatible with Mark VI or VIe?
No, they are designed primarily for older Mark V and drive platforms.
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