GE

1. Full Product Designation

Full Part Number: GE IS210BAPAH1A Analog Processor Module, spare part reference 151X1202YV13MP01

Model Breakdown:

• IS210: Prefix for GE Mark VIe distributed turbine control board family
• BAPA: Functional acronym for Analog Processor Assembly
• H1A: Hardware revision variant code
• 151X1202YV13MP01: GE internal material / spare‑part traceability number for factory BOM and repair order identification, equivalent to IS210BAPAH1A assembly itself.

GE IS210BAPAH1A

2. Product Background

IS210BAPAH1A (BAPA board) belongs to the hardware portfolio of GE Speedtronic Mark VI / Mark VIe gas & steam turbine control systems. Mark VIe is GE’s next‑generation distributed turbine control platform, widely deployed in combined‑cycle thermal power plants, gas compressor stations and large‑scale industrial power units.

This module is a dedicated analog‑processing board developed for turbine acoustic vibration and combustion dynamics monitoring, supporting TMR triple‑modular‑redundant architecture. Original OEM production has reached End‑of‑Life (EOL). Available supplies are pre‑owned pull‑outs, refurbished units and leftover factory stock. Configuration and fault diagnostics are performed via GE ToolboxST software.

GE IS210BAPAH1A

3. Key Functions

1. Analog signal conditioning & pre‑processing: Performs DC offset removal, AC amplification and filtering for signals from vibration and acoustic sensors, maximizes ADC resolution prior to analog‑to‑digital conversion.
2. High‑speed A/D sampling and computation: Equipped with multi‑channel analog acquisition circuitry for high‑speed time‑domain sampling of combustion pulsation and turbine casing acoustic vibration. It calculates broadband RMS energy in real‑time for combustion‑dynamic monitoring and offloads computing burden from the main CPU.
3. Acoustic / combustion‑dynamic monitoring: Works together with the SAMB terminal board as an acoustic‑monitoring package. It detects combustion oscillation and combustion instability inside gas turbine combustors for early risk warning and thermal‑component protection.
4. VME bus and Ethernet communication: Interacts with system controllers over the VME64x backplane bus. Dual PHY Ethernet physical layers are integrated to upload pre‑processed vibration and acoustic data to main controllers and HMI.
5. On‑board channel diagnostics: Status LED indicators support self‑diagnosis for open‑circuit, over‑range and hardware faults; alarm events are reported to the host control system.

GE IS210BAPAH1A

4. Applications & Purpose

1. Host system requirement: VME form‑factor plug‑in card for GE Mark VI / Mark VIe Speedtronic turbine control chassis. Cannot operate standalone; normally paired with external SAMB terminal board.
2. Typical equipment: GE Frame 6 / 7 / 9 gas turbines, steam‑turbine generator sets, combined‑cycle power plants and natural‑gas compressor stations.
3. Operational purpose: Acquires signals from combustor acoustic and vibration sensors to monitor combustion oscillation and thermal‑component health. Mitigates combustion instability and prevents thermal‑fatigue damage to combustors and turbine blades, ensuring safe unit operation.
4. Market profile: Critical power‑plant spare part for replacement upon channel failure or loss of acoustic‑monitoring function. Supports single‑channel or TMR triple‑modular‑redundant system configurations.

Understand the lowest price, please contact via email: plcvarious@foxmail.com

More products: www.plcva.com

Many products are not yet on the shelves please contact us for more products.