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GE IS210BPPCH1AD – Complete Technical Dossier
1. Identification & Overview
IS210BPPCH1AD is a simplex analog input / output terminal board engineered by General Electric for the Mark VI Speedtronic turbine-control family. It mounts on DIN rail, uses surface-mount technology, and communicates with the VAIC processor via a single high-density cable.
Detailed content
2. Technical Specifications
• Analog Inputs: Accepts 2-, 3-, 4-wire or externally powered transmitters
• Analog Outputs: Two channels – 0-20 mA standard, one re-configurable to 0-200 mA by jumper
• Update Rate: 100 Hz frame rate, 2-14 Hz pulse-rate range
• Power Supply: 125 V DC nominal (70-145 V DC range); auxiliary 5 V DC & 28 V DC outputs on board
• Environmental Limits: 0 °C to +55 °C operating, standard humidity and pressure
• Mechanical: DIN-rail vertical stacking, high-density Euro screw terminals, integral ID chip for VAIC recognition.
• Analog Inputs: Accepts 2-, 3-, 4-wire or externally powered transmitters
• Analog Outputs: Two channels – 0-20 mA standard, one re-configurable to 0-200 mA by jumper
• Update Rate: 100 Hz frame rate, 2-14 Hz pulse-rate range
• Power Supply: 125 V DC nominal (70-145 V DC range); auxiliary 5 V DC & 28 V DC outputs on board
• Environmental Limits: 0 °C to +55 °C operating, standard humidity and pressure
• Mechanical: DIN-rail vertical stacking, high-density Euro screw terminals, integral ID chip for VAIC recognition.
3. Functional Highlights
• Space-saving compact housing
• Plug-and-play DIN-rail installation with vertical stacking capability
• On-board identification chip enables automatic system diagnostics
• Dual ground-screw terminals (SCOM) for noise immunity
• Hot-swap capable when used within Mark VI architecture.
• Space-saving compact housing
• Plug-and-play DIN-rail installation with vertical stacking capability
• On-board identification chip enables automatic system diagnostics
• Dual ground-screw terminals (SCOM) for noise immunity
• Hot-swap capable when used within Mark VI architecture.
4. Application Domains
• Industrial automation: temperature, pressure, level loop control
• Power generation: generator, transformer, switchgear parameter monitoring
• Manufacturing lines: process stability and quality enhancement
• Turbine auxiliary systems: fuel, hydraulic, cooling-loop I/O extension.
• Industrial automation: temperature, pressure, level loop control
• Power generation: generator, transformer, switchgear parameter monitoring
• Manufacturing lines: process stability and quality enhancement
• Turbine auxiliary systems: fuel, hydraulic, cooling-loop I/O extension.
5. Installation & Maintenance
• Mounting: 35 mm DIN rail, torque 1.2 N·m
• Wiring: removable Euro screw terminals, 0.2–2.5 mm² conductor
• Maintenance: status LEDs on VAIC processor; no on-board fuses or calibration pots
• Firmware & config updates handled through VAIC processor, no local programming tools required.
• Mounting: 35 mm DIN rail, torque 1.2 N·m
• Wiring: removable Euro screw terminals, 0.2–2.5 mm² conductor
• Maintenance: status LEDs on VAIC processor; no on-board fuses or calibration pots
• Firmware & config updates handled through VAIC processor, no local programming tools required.
