Bombardier 3EST13-149 Modules

Technical Dossier

Product Details And Specifications

Bombardier 3EST Series Technical Notes

3EST Full Catalog & Functionalities (SKU List)

The following SKUs represent verified part numbers within the Bombardier 3EST series, classified by primary function. Each entry reflects the module's role within the vehicle control architecture:

3EST13-149: Traction control interface module; primary SKU for inverter gate drive signal conditioning.
3EST13-150: Traction control interface module, revision B; updated overcurrent protection threshold.
3EST13-151: Auxiliary power regulation board; 24 VDC bus monitoring and load switching.
3EST13-152: Auxiliary power regulation board, extended temperature variant (-40°C to +85°C).
3EST14-188: Door control logic module; handles open/close command sequencing and obstruction detection.
3EST14-189: Door control logic module with MVB interface; integrates door status into TCN.
3EST14-190: Door control module, high-current output variant for pneumatic actuator drive.
3EST10-030: Digital input module (DI); 32-channel, 24 VDC, optically isolated.
3EST10-031: Digital input module (DI); 16-channel, 110 VDC, rail-rated surge protection.
3EST10-032: Digital output module (DO); 16-channel, relay output, 5A per channel.
3EST10-033: Digital output module (DO); 32-channel, transistor output, 0.5A per channel.
3EST10-262: Analog input module (AI); 8-channel, ±10 V / 4–20 mA, 12-bit resolution.
3EST10-263: Analog input module (AI); 16-channel, differential input, 16-bit resolution.
3EST10-264: Analog output module (AO); 4-channel, 0–10 V / 4–20 mA, isolated.
3EST10-265: Analog output module (AO); 8-channel, high-precision, ±0.1% full-scale accuracy.
3EST10-266: Communication adapter; CAN bus / MVB dual-port gateway module.

Quality Control for the 3EST Range

3EST series modules present specific test challenges due to their multi-layer PCB construction, mixed-signal analog/digital circuits, and backplane-dependent initialization sequences. DriveKNMS applies the following test protocol to all 3EST units processed through its facility:

Visual and mechanical inspection: Component-level examination under 10× magnification; solder joint integrity assessment per IPC-A-610 Class 3 criteria; connector pin inspection for fretting corrosion and mechanical deformation. Powered functional test: Each board is energized using a dedicated 3EST backplane test fixture that replicates the original rack environment, including bus termination and power sequencing. Input/output channels are exercised across their full specified range. Communication bus verification: CAN and MVB interfaces are tested using protocol analyzers to confirm frame timing, error handling, and node addressing compliance per IEC 61375-3-3. Thermal cycling: Boards are subjected to a minimum of 10 thermal cycles between 0°C and 70°C to identify latent solder joint failures and component parameter drift. Final burn-in: 48-hour powered soak at 55°C ambient with continuous I/O cycling. Units that pass all stages are issued a DriveKNMS test certificate with individual serial number traceability.