Ge IS200JPDHG1AAA
1. Core Specifications
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Parameter
|
Specific Value/Description
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Notes
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|---|---|---|
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Rated Voltage
|
24V/28V DC
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Compliant with Mark VI series standard voltage requirements
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|
Output Current/Power
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10A (per channel) / Max. 100W
|
High-density design, single-channel capacity fully meets I/O module power demands
|
|
Power Efficiency
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Greater than 90%
|
Low power consumption, reduces heat dissipation requirements
|
|
Operating Temperature Range
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-30℃ to 65℃
|
Suitable for harsh industrial and power plant operating environments
|
|
Dimensions
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170mm x 105mm x 32mm
|
Standard DIN rail mounting dimensions
|
|
Weight
|
Approx. 120g
|
Lightweight design for flexible rack installation
|
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2. Structure & Components
- Power Input Interface: Receives DC power supply from the Rack Power Unit (RPU) to ensure stable power input for the distribution card.
- Power Distribution Module (PDM): The core component of the card, integrating 48 circuits (or 24 high-current channels, depending on the specific version) internally. It is tasked with distributing the input power to multiple output ports efficiently and stably.
- Output Terminal Block: Provides 24V/28V DC power output, commonly used to connect I/O modules, Ethernet switches, or directly power field devices in the control system.
- Communication Interface (Optional): Some high-end versions are equipped with integrated communication chips, enabling data interaction with the system bus (such as Ethernet/IP) for enhanced system linkage and monitoring capabilities.
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3. Product Features
- Ultra-High Reliability & Redundant Design: As a critical power supply component for power station control systems, it adopts industrial-grade components, featuring strong anti-interference and anti-vibration performance to maintain stable operation in demanding working conditions.
- Modular Design & Easy Maintenance: Built with a DIN rail card structure and supports hot-swap functionality. This allows for quick on-site replacement in the event of a fault, minimizing unit downtime and reducing maintenance costs and operational losses.
- Advanced Safety Design: Complies with hazardous area safety directives including UL and ATEX HazLoc (such as H2 level certification), making it suitable for flammable and explosive environments like oil and gas fields and chemical plants.
- High-Density & Compact Structure: Delivers up to 48 circuits of power distribution capacity within a limited rack space, significantly improving rack utilization and optimizing the overall layout of the control system cabinet.
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4. Typical Application Areas
- Power Generation Industry: Applied for power supply of control systems in gas turbines (GT), steam turbines (ST), and combined cycle gas turbine (CCGT) power plants.
- Oil & Gas Industry: Used in automation control systems for oil and gas well control (e.g., ESP pump stations) and petrochemical processing units.
- Large-Scale Industrial Automation: Deployed in core automation control systems of power plants, offshore platforms, and large-scale manufacturing facilities to ensure stable power distribution for critical control equipment.
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