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PWA123447-01 is the documented Bently Nevada TDXnet sampler circuit board for the 2155/00 Communications Processor. Each sampler card provides two dynamic channels and participates in synchronous and asynchronous waveform acquisition, so the installed slot and complete system order code must be retained during replacement.
PWA123447-01 is the spare TDXnet sampler circuit board identified in the 2155/00 ordering documentation. One sampler card adds two dynamic channels, and the complete processor may contain up to twelve cards for twenty-four dynamic channels.
The sampler path acquires DC-coupled synchronous and asynchronous waveforms used for high-resolution static, orbit and spectrum information. Before replacement, preserve the exact slot assignment, associated static and dynamic cabling and channel configuration, then compare the results with the pre-work baseline.
PWA123447-01 is the TDXnet sampler circuit board identified in the official 2155/00 ordering information. It acquires the dynamic signals used for synchronous and asynchronous waveform records.
Each sampler card supplies two dynamic channels. The complete 2155/00 order code defines the number of cards and each installed slot pair, so the replacement board must be returned to the recorded position.
Preserve static and dynamic cable routing, board revision, slot identity and channel configuration. After installation, compare steady-state, orbit, spectrum and startup/shutdown data with the pre-work baseline.
PWA123447-01 is the spare TDXnet sampler circuit board identified in the 2155/00 ordering documentation. One sampler card adds two dynamic channels, and the complete processor may contain up to twelve cards for twenty-four dynamic channels.
The sampler path acquires DC-coupled synchronous and asynchronous waveforms used for high-resolution static, orbit and spectrum information. Before replacement, preserve the exact slot assignment, associated static and dynamic cabling and channel configuration, then compare the results with the pre-work baseline.