Description
Product Overview
The GE IS200JPDHG1A is a versatile industrial-grade module engineered by General Electric to serve dual critical functions: power distribution and motor drive control. As a core component compatible with GE’s Mark VIe control systems, it integrates high-precision circuitry to deliver stable power allocation and dynamic motor speed regulation in demanding environments like power plants and manufacturing facilities. The module supports 16 independent power output channels (each ≤5A) for distributed power management and generates PWM waveforms (0.5–200Hz) to precisely control AC servo motors, enabling synchronized operations in CNC machinery or robotic systems. Its compact design (10.5×6×2.5cm for power mode; 11×6×6.7cm for drive mode) accommodates space-constrained installations while maintaining >95% efficiency in drive mode. With robust EMI resistance and flame-retardant construction, the GE IS200JPDHG1A ensures operational resilience across temperatures from -20°C to +70°C, making it indispensable for applications requiring both energy optimization and motion control fidelity.
Technical Specifications
Parameter Name | Parameter Value |
Product Model | IS200JPDHG1A |
Manufacturer | GE (General Electric) |
Product Type | Power Distribution / Variable Frequency Drive |
Input Voltage | 220V AC (primary) or 12–24V DC (auxiliary) |
Output Capacity | 16 channels (≤5A each) or PWM-driven AC servo control |
Frequency Range | 50/60Hz (power mode); 50kHz (drive mode switching) |
Efficiency | >95% (drive mode) |
Overload Capacity | 150% for 60s (drive mode) |
Protection Rating | IP20 |
Operating Temperature | -20°C to +70°C |
Dimensions | 105×60×25mm (power) / 110×60×67mm (drive) |
Weight | 0.25kg (power) / 0.14kg (drive) |
Main Features and Advantages
Dual-Mode Integration:
The GE IS200JPDHG1A uniquely combines power distribution and motor control in one module. Its 16-channel power output supports customizable load allocation for sensors or PLCs, while the PWM drive mode enables servo motor synchronization with ±0.1% speed accuracy—critical for CNC machining or conveyor systems. Onboard jumpers allow rapid switching between operational modes, eliminating external signal conditioners.
Industrial Resilience:
Encased in flame-retardant polycarbonate, the module withstands voltage fluctuations and mechanical stress. EMI-hardened circuitry prevents signal interference in high-noise environments like turbine control rooms. Integrated insulation monitoring (>10MΩ) and overload protection automatically trigger failsafes, reducing unplanned downtime by 30%.
Smart Diagnostics and Maintenance:
Real-time diagnostics monitor thermal overloads, DC-link health, and IGBT status, relaying alerts via Modbus/Ethernet. The hot-swappable design enables module replacement without system shutdown, cutting maintenance costs by 25% in 24/7 operations.
Application Areas
- Energy Power Systems: Integrates with GE Mark VIe racks for distributed power management in gas turbine control cabinets, ensuring stable excitation voltage for grid synchronization.
- Precision Manufacturing: Drives servo motors in CNC lathes or robotic arms, enabling micron-level positioning accuracy for aerospace component machining.
- Automated Production Lines: Controls conveyor speed synchronization and packaging machinery via PWM modulation, adapting to real-time load changes.
- Infrastructure Systems: Optimizes pump/fan motor efficiency in water treatment plants using variable frequency control, reducing energy consumption by 10–30%.
Related Products
- IS200JPDGH1A: Simplified power distribution variant without drive control, ideal for auxiliary power panels.
- 531X301DCCAGG2: High-power drive module (75kW) for heavy machinery like crushers or extruders.
- IC697MDL250: Digital I/O expansion module for integrating additional sensors with Mark VIe systems.
- DS200TBQCG1AAA: Terminal board for signal conditioning in turbine control cabinets.
- +E205 EMC Filter: Suppresses electromagnetic interference in sensitive medical imaging equipment linked to drive systems.
Installation and Maintenance
Installation Preparation: Verify input voltage compatibility (220V AC or 24V DC) before wiring. Mount on DIN rail with ≥30mm lateral clearance for heat dissipation. Configure operational mode (power/drive) via jumpers and ground all terminals to prevent electrostatic damage.
Maintenance Recommendations: Clean dust deposits quarterly using compressed air. Calibrate PWM output annually with GE DriveTool software. Replace cooling fans every 40,000 operational hours. Utilize built-in diagnostics for predictive maintenance scheduling.
Product Assurance
GE provides an 18-month warranty covering defects in materials and workmanship. Global technical support includes 24/7 remote diagnostics and on-site service escalation within 48 hours for critical failures. All units undergo IEC 61800-3 (EMC) and ISO 13849 (functional safety) compliance testing.
HS:8471800000
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