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General Electric DS200TCQEG1A LM analog I/O processor board product views

General Electric DS200TCQEG1A LM analog I/O processor board

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Mark V LM

DS200TCQEG1A — LM analog I/O processor board

DS200TCQEG1A conditions Mark V LM analog signals. It processes position, RTD, vibration and speed inputs.

General ElectricMark V LMAnalog signal processingConfigured LM analog-core connections

Sales managerTiffany Guan

Mobile / WhatsApp+86 18030235313

Emailsales2@mooreplc.com

DS200TCQEG1A product profile

ManufacturerGeneral Electric

Exact modelDS200TCQEG1A

Product typeLM analog I/O processor board

Product familyMark V LM

Primary roleAnalog signal conditioning

Interface contextLocal 3PL I/O data bus

Brand:
General Electric
Item NO.:
DS200TCQEG1A

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DS200TCQEG1A configuration inquiry

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Email Sales

Sales managerTiffany Guan

WhatsApp+86 18030235313

Emailsales2@mooreplc.com

LM analog I/O processor board configuration

DS200TCQEG1A is selected for the additional analog-processing role in a Mark V LM installation. Position feedback, temperature measurement, vibration processing and shaft-speed functions use different signal paths; replacement requires the installed wiring and I/O configuration to stay matched.

Measurement processingConditions incoming field signals for the control sequence.

Local data transferPasses processed values through the local I/O data path.

Output configurationKeeps current-range selection consistent with the connected control device.

Protective signal useSupports the configured shaft-speed comparison paths used by LM protection functions.

Engineering selection points

Position feedback and temperature inputs share a connection path distinct from vibration inputs.
A replacement board must retain the applicable current-range jumper settings and I/O constants.
Signal scaling, polarity and channel assignment must be checked against the installed application before return to service.

Official product data

DS200TCQEG1A key specifications

Control-system application	Mark V LM turbine control
Position feedback	LVDT/LVDR inputs
Current outputs	Two selectable 4–20 mA / 20–200 mA circuits
Temperature processing	RTD excitation, measurement and configured scaling
Vibration signals	LM and proximity-transducer vibration inputs
Shaft-speed signals	Magnetic pickup and TTL pulse-rate inputs
Local data connection	3PL data bus
Configuration	Hardware jumpers and operator-interface I/O constants

Position, current, temperature, vibration and speed circuits must remain matched to the installed wiring and I/O configuration.

Pre-order check 01

Installation environment

Check the mounting, connection and operating conditions for this exact configuration before installation.

Isolate the affected assembly under the approved maintenance procedure and use electrostatic-discharge protection.
Record each connected cable and all jumper positions before removing the existing board.
Inspect connector engagement and cable identification without moving factory-test settings to an assumed default.
Restore the controlled I/O configuration and verify the affected field signals before releasing the system.

Record the installed arrangement and the final controlled checks in the commissioning file.

Pre-order check 02

Compatibility confirmation

Match the complete item to its field interface, mechanical arrangement and configured system.

Board identity: Match DS200TCQEG1A and the installed assembly revision before substitution.
Position feedback: Confirm the LVDT/LVDR wiring, excitation arrangement and configured position scaling.
Current-output circuits: Match the selected range to the connected load and the applicable terminal wiring.
Speed and vibration paths: Keep pulse-rate and vibration connections assigned to their correct application signals.
Configuration record: Compare the installed hardware jumpers with the controlled operator-interface I/O constants.

Maintain the installed signal map and approved LM protection configuration; board replacement does not authorize a change to turbine operating limits.

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