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GE DS3827BMDHB Word Input/Output (DI/DO) Module
GE DS3827BMDHB
GE DS3827BMDHB is a Digital Input/Output (DI/DO) module under the General Electric (GE) Mark IV Speedtronic™ Series, specifically designed for the control and protection systems of large rotating machinery such as gas turbines and steam turbines. This module provides a high-density digital signal interface to collect on-site discrete signals (e.g., limit switches, relay contacts) and drive actuators (e.g., solenoid valves, alarm lights), serving as a key component for the Mark IV system to implement logical control.
DS3827BMDHB plays a critical role in the Mark IV rack, with its core values as follows:
- High-reliability signal processing: Features an industrial-grade isolation design with strong electromagnetic interference (EMI) resistance.
- Fast response: Input/output response time of ≤1ms, meeting high-speed control requirements such as emergency shutdown.
- Modular maintenance: Supports hot-swapping (when permitted by the system) to reduce downtime.
Product Parameters
- Product Model: DS3827BMDHB
- Manufacturer: General Electric (GE)
- Product Type: Digital Input/Output Module
- Compatible System: GE Mark IV Turbine Control Platform
- Number of Input Channels: 16 channels (24V DC dry contacts/wet contacts)
- Number of Output Channels: 16 channels (transistor output, 24V DC/0.5A)
- Input Signal Type: Discrete signals (passive contacts/active 24V DC)
- Output Signal Type: 24V DC transistor (sourcing/sinking selectable)
- Isolation Voltage: 500V AC (between channels and between channels and system)
- Response Time: ≤1ms (adjustable input filtering)
- Operating Temperature Range: 0°C to +60°C (32°F to 140°F)
- Protection Class: IP20 (must be installed in a control cabinet)
- Installation Method: Vertically inserted into the Mark IV rack, connected via the backplane
- Communication Method: Communicates with the main controller via the Mark IV backplane bus
Structure and Composition
DS3827BMDHB adopts the standard Mark IV modular structure, with main components including:
Input Signal Processing Circuit
- 16-channel optocoupler-isolated inputs, supporting dry contacts (passive) and wet contacts (24V DC active) signals.
- Adjustable filter circuit (selected via jumpers) to suppress contact bounce interference.
Output Drive Circuit
- 16-channel MOSFET transistor outputs, with a maximum load capacity of 0.5A per channel.
- Built-in short-circuit protection and overcurrent alarm functions.
Application Fields
DS3827BMDHB is mainly used in the following scenarios:
Power Generation Industry
- Input of gas turbine flame detection signals, feedback of fuel valve status.
- Start/stop control of steam turbine lubricating oil pumps, driving of alarm indicator lights.
Oil and Gas Industry
- Signal collection of emergency shutdown (ESD) buttons in compressor stations.
- Monitoring of pipeline valve position switches.
Industrial Manufacturing
- Monitoring of production line safety door switches, indication of motor operation status.
Typical Application Case
In a gas turbine control system, DS3827BMDHB collects signals from 16 flame detectors (input) and controls 16 fuel valve status indicator lights (output), enabling real-time monitoring and alarming of combustion status.
Related Products
- IC6600BBD024: GE 90-30 Series digital input module, with similar functions but for a different platform.
- DS200TBCAG1AAA: Mark IV signal terminal board, used as a matching accessory.
- IS200STAIH2A: Mark VIe analog input module, serving as an upgrade replacement option.
- 3500/42M: Bently Nevada vibration monitoring module, providing complementary functions.
Installation and Maintenance
Pre-installation Preparation
- Confirm that the Mark IV rack is powered off (or supports hot-swapping), and wear an anti-static wristband.
- Verify that the module model matches the drawing, and ensure no physical damage to the target slot.
Maintenance Recommendations
- Regularly check the tightness of input/output terminals to prevent signal abnormalities caused by looseness.
- Diagnose channel faults (e.g., short-circuited outputs) via LED status lights or software tools.
- When replacing the module, record the jumper settings (e.g., input filtering time).
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