Description
Technical Parameters
| Parameter | Specification |
|---|---|
| Input Voltage | 125 VDC nominal (range 90–160 VDC); 24 VDC compatible with external adapter |
| Output Rails | +5 VDC / 6A (precision logic), ±15 VDC / 1.5A (each rail, precision analog) |
| Isolation | Full isolation (1.5kV input‑to‑output, 2.0kV output‑to‑ground) |
| Protection | Overcurrent protection (fixed), short‑circuit protection, transient suppression (4kV), reverse polarity protection, input undervoltage lockout |
| Regulation | Load regulation: ±0.05%; Line regulation: ±0.02%; Temperature coefficient: < 50 ppm/°C |
| Ripple | < 5mVpp (+5V), < 3mVpp (±15V) |
| Temperature Compensation | Active temperature compensation using precision reference ICs and thermistor‑based feedback networks |
| Analytics Features | Onboard industrial analytics engine for performance monitoring, trend analysis, and health scoring; event logging (2,000‑event buffer); industrial protocol support; communicates with main CPU via backplane |
| Monitoring | 4 analog feedback channels (voltage and current monitoring for outputs); 2 digital fault outputs (relay, 24V/0.5A) for system faults and analytics alerts |
| Digital Interface | 2 digital inputs for external control; 4 digital outputs for status indication |
| Operating Temperature | –25°C to +60°C |
| Form Factor | 6U × 6HP (30mm) – requires 1.5 slots |
| Backplane Connector | Standard VME 96‑pin P1 + reinforced 60‑pin P2 |
| Status LEDs | 6 indicators: INPUT OK (green), OUTPUT OK (green), SYSTEM OK (green), FAULT (red), ANALYTICS ACTIVE (blue), HEALTH ALERT (orange) |
| Certifications | CE, UL 508 (non‑hazardous locations only) |
| Efficiency | ~78% at full load |
Critical note: The DS3800NTIA1A1B is a temperature‑compensated power board with industrial analytics, offering higher capacity than the baseline NTIA. It is physically wider (6HP) than standard 4HP boards and requires 1.5 adjacent slots. Hot‑swapping is not supported.
Key Features & Advantages
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Higher Capacity – +5V at 6A and ±15V at 1.5A—higher than baseline NTIA (5A, 1A).
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Precision Temperature Compensation – Maintains temperature coefficient of < 50 ppm/°C.
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Industrial Analytics Engine – Onboard analytics for performance monitoring, trend analysis, and health scoring.
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Event Logging – 2,000‑event buffer for performance data and failure analysis.
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Industrial Protocol Support – Supports industrial communication protocols for data integration.
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Health Scoring – Provides health score for power supply condition assessment.
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Exceptional Regulation – Load regulation of ±0.05% and line regulation of ±0.02%.
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Full Isolation – 1.5kV isolation protects sensitive circuits.
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Two Fault Relays – Separate fault indication for system faults and analytics alerts.
Typical Application Cases
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Critical Instrumentation Cabinets – Powers precision instruments requiring temperature stability and industrial analytics.
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Calibration Laboratories – Supplies power to calibration equipment with health monitoring.
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High‑Precision Measurement Systems – Powers vibration analysis and other critical measurement systems.
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Predictive Maintenance Programs – Enables condition‑based maintenance through health scoring.
Competitive Comparison
| Aspect | DS3800NTIA1A1B (GE) | DS3800NTIA1A1A (GE) | DS3800NTEA1A1A (GE) |
|---|---|---|---|
| +5V Output | 6A | 5A | 5A |
| ±15V Output | 1.5A each | 1A each | 1A each |
| Industrial Protocol | Yes | Yes | No |
| Event Logging | 2,000 events | 1,000 events | 1,000 events |
| Price (refurb) | ~$4,200–$6,000 | ~$3,800–$5,500 | ~$3,800–$5,500 |
Selection Guidelines & Precautions
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Application Verification – Designed for precision instrumentation with industrial analytics.
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Physical Compatibility – 6HP wide, requires 1.5 adjacent slots.
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Backplane Compatibility – Uses P1 and P2. If backplane lacks P2, analytics features unavailable.
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Temperature Compensation – Requires 30‑minute warm‑up to achieve specified temperature coefficient.
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Thermal Derating – Full output to 50°C; derate to 90% at 50–55°C, 80% at 55–60°C.
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Spare Sourcing – Production ended in 2010. Request test report verifying outputs, analytics functions, and temperature stability. Inspect for capacitor bulging or discoloration. Prioritize this over baseline NTIA for applications requiring higher capacity.
SCHNEIDER GV3ME32C
A-B 1756-BA2
A-B 1756-BA2
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