DS3800HIOD1H1H GE

Parameters

• Analog Inputs: 4 channels, 4–20mA (default) or 0–10V DC (jumper-configurable)

• Analog Outputs: 8 channels, 4–20mA (default) or 0–10V DC (jumper-configurable)

• Resolution: 12-bit ADC (inputs) / 12-bit DAC (outputs)

• Accuracy: ±0.06% of full scale (H1 best-in-series)

• Input Impedance: 250Ω (current) / >1MΩ (voltage)

• Output Drive: 4–20mA into 750Ω max / 0–10V into 5kΩ min

• Filtering: 50Hz/60Hz adaptive noise rejection with enhanced drift monitoring, output load diagnostics, and predictive failure analysis (H1 exclusive)

• Isolation: 2500V RMS optical isolation (channel-to-backplane)

• Power: +5V DC @ 1.0A, +15V DC @ 0.35A (higher due to 8 output channels)

• Scan/Update Rate: 50ms (inputs, H1 optimized) / 50ms (outputs)

• Coating: Heavy conformal coating (suffix H) – multi-layer acrylic with enhanced chemical and moisture resistance (superior to G-grade)

• Temp Range: -25°C to +80°C (widest range among all HIO variants, enabled by H coating)

• Mounting: 6U VME Eurocard, single-slot

• Diagnostics: Advanced onboard with per-channel LED status, signal noise detection, drift monitoring, output load monitoring, calibration alerts, predictive maintenance indicators, and trend logging (H1 exclusive)

Advantages & Features

• Highest output density in HIO series – 8 analog outputs + 4 analog inputs on a single board, providing more actuation channels than HIOA (4 in/4 out) and HIOB (8 in/4 out)

• Hybrid I/O capability – combines inputs and outputs on one board, saving cabinet space

• H1 firmware offers the best accuracy (±0.06%), fastest update (50ms), adaptive 50/60Hz filtering, enhanced drift monitoring, output load diagnostics, predictive failure analysis, and trend logging – the most advanced firmware in the HIO series

• Highest isolation (2500V) protects against ground loops and transient surges

• Versatile signal support – inputs and outputs independently configurable for 4–20mA or 0–10V, compatible with most industrial actuators and transmitters

• H-grade coating provides the highest level of protection – superior resistance to humidity, salt spray, and corrosive chemicals (better than G-grade)

• Widest temperature range (-25°C to +80°C) among all HIO variants – suitable for extreme environments

• Front-panel LEDs for per-channel status including output load faults, drift alerts, and predictive maintenance warnings

• Compatible with Mark IV backplanes and some VIe systems (with adapter)

Application Cases

• Multi-actuator control systems – controlling multiple turbine valves (IGV, fuel, steam, bypass) in offshore platforms with severe salt spray and corrosive conditions

• Chemical processing plants with corrosive gas exposure (sulfur, chlorine, ammonia) requiring maximum coating protection

• Extreme environment turbine enclosures (desert heat, arctic cold) with high-density analog output requirements

• Steam pressure, flow, and temperature control – multiple valve positioners for throttle, extraction, and reheat lines in the most demanding industrial environments

• Retrofit projects upgrading from lower-grade coatings or firmware for the highest performance and maximum environmental protection

Competitor Comparison

• vs. DS3800HIOD1H1G (H1/G variant): Superior coating (H vs. G), wider temp range (-25°C vs. -20°C, +80°C vs. +75°C) – otherwise identical specifications

• vs. DS3800HIOD1G1G (G1/G variant): Better accuracy (±0.06% vs. ±0.065%), faster scan (50ms vs. 55ms), H1 predictive failure analysis, trend logging, and superior H coating (vs. G) – significant upgrade

• vs. DS3800HIOD1G1E (G1/E variant): Substantially better accuracy, faster scan, superior H coating, wider temp range, and H1 diagnostics – major upgrade

• vs. DS3800HIOD (standard D variant): Transformative upgrade – better accuracy, faster scan, higher isolation, H1 diagnostics, H coating, and widest temp range

• vs. DS3800HIOB1H1G (B/H1/G variant): HIOD1H1H offers more outputs (8 vs. 4) but fewer inputs (4 vs. 8), with same accuracy and scan, but superior H coating (vs. G) and wider temp range – choose based on I/O mix and environmental needs

• vs. DS3800HIMA1C1D (input-only C1/D): HIOD1H1H offers outputs in addition to inputs, higher accuracy, faster scan, and superior H coating – significant upgrade

• vs. DS3800HOMB (output-only): HIOD1H1H offers inputs in addition to outputs, but fewer total outputs (8 vs. typically 16 on output-only boards)

• vs. ABB TB711 : ABB offers higher resolution (14-bit), but HIOD1H1H offers hybrid I/O with output-heavy configuration, higher isolation (2500V vs. 1500V), H1 predictive diagnostics, trend logging, and superior H coating

• vs. Siemens 7MH410 : Siemens offers HART protocol support, but GE offers hybrid I/O with higher output density, superior accuracy, H1 diagnostics, and H-grade environmental protection

• vs. Woodward 8440-2015 : Woodward offers more flexible configuration software, but GE HIOD provides a compact hybrid solution with highest accuracy, H1 diagnostics, trend logging, and superior H coating

• vs. Honeywell 51304638 : Honeywell offers similar long-term stability, but GE HIOD1H1H offers hybrid I/O (4 in/8 out vs. input-only on Honeywell), higher output density, H1 diagnostics, and H coating

Selection Suggestions

• Critical: Confirm input and output signal types (4–20mA or 0–10V) before installation – jumpers must match your transmitters and actuators

• Verify your backplane provides both +5V and +15V with sufficient current capacity (+5V @ 1.0A, +15V @ 0.35A)

• Assess channel mix – this board is ideal for applications requiring more actuator outputs (8) than sensor inputs (4)

• Evaluate if H1’s predictive failure analysis and trend logging are beneficial – particularly valuable for critical valve control loops where early fault detection is essential

• Determine accuracy requirement – 0.06% is the highest in the HIO series, suitable for the most demanding control loops

• Select H-grade coating if your environment has: severe salt spray, chemical exposure (sulfur, chlorine, ammonia), continuous high humidity, or extreme temperature fluctuations

• Order mating front connector (p/n may vary – confirm with GE)

• For critical applications, purchase with a calibration certificate and 12-month warranty

Precautions

• Critical: Do not exceed 30mA or ±30V on input channels – overvoltage may damage the ADC and isolation circuits

• Critical: Do not short-circuit output channels – outputs are protected but prolonged shorts may cause damage

• Critical: Monitor output load – outputs are rated for specific loads; exceeding the rating may cause overheating or failure

• Critical: Use shielded twisted-pair cables for all analog inputs and outputs to avoid EMI – H1’s adaptive filtering helps but is not a substitute for good wiring practices

• Critical: H1 predictive failure analysis requires a stable reference and proper warm-up – allow 45–60 minutes before relying on advanced diagnostics and trend logging

• Ensure field power supply (+24V DC) for loop-powered transmitters is stable and within specifications (if used)

• H1 firmware offers adaptive 50/60Hz filtering – configure jumpers correctly for your region’s line frequency

• H coating provides the highest level of protection but is not suitable for direct immersion, heavy chemical spills, or continuous liquid exposure – consult GE for extreme conditions

• Allow 60-minute warm-up before calibration (H coating significantly affects thermal equilibrium)

• Store in ESD-safe packaging – edge connector is static-sensitive

• Periodically verify input and output calibration every 2 years against a certified reference

• Do not hot-swap – Mark IV backplanes require power-off for insertion/removal

• If replacing separate input and output boards, verify wiring and pinout compatibility – HIOD may differ from HIOA/HIOB series in pin assignments

• H coating makes component-level repairs extremely difficult or impossible – consider board replacement instead of repair