Features:
- Centralizes the LM6000 field terminations exchanged with the TCQE processor.
- Collects five field-feedback groups for processing by the TCQE board.
- Returns two jumper-selectable milliamp channels to the terminal interface.
DS200TBQEG1B concentrates the LM6000 analog field terminations used by TCQE at one point in the R1 core.
Position, temperature and pulse-rate traffic share JLLR, whereas proximity and vibration channels use JQQR.
The board separates its active R-core paths from JLLS/T and JQQS/T, which are normally left unused.
Apter Power supports the General Electric DS200TBQEG1B LM6000 Analog Termination Module with sourcing and technical coordination.
General Electric DS200TBQEG1B LM6000 Analog Termination Module Manuals, Datasheets, Links
Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.
Connector Roles
- JLLR: Carries LVDT/R, RTD and pulse-rate inputs and returns both milliamp outputs.
- JQQR: Transfers proximity-transducer and vibration signals to TCQE.
- JLLS/T: Normally left unused in this configuration.
- JQQS/T: Reserved rather than used for the active R-core signal path.
Accepted Feedback
- Position: LVDT/R channels provide actuator-position feedback.
- Temperature: RTD circuits deliver temperature measurements.
- Motion: Proximity and accelerometer channels cover shaft-related feedback.
- Speed: Pulse-rate inputs support LP-shaft monitoring and shear protection.
Channel Selection
- Channel Count: Two current-output paths return from TCQE.
- Normal Signal: The output interface carries 4-20 mA signals.
- BJ1: Selects the maximum range for the first milliamp output.
- BJ2: Sets a 20 mA or 200 mA maximum for the second output.
Documented Uses
- Engine Scope: The TBQE function is used across LM engine applications.
- Shaft Speed: Pulse-rate feedback contributes to LP-shaft speed monitoring.
- Shear Protection: The same pulse path supports shear-protection logic.
- Field Interface: Sensor inputs and TCQE current outputs terminate at one board location.