Features:
- HPM smart transmitter interface FTA
- Compression-terminal field connections
- Conformally coated CE-compliant assembly
The FTA connects smart transmitter interface field wiring to the HPM input architecture.
Its compression terminals define how field conductors land on the assembly.
The coated MC identity and exact CE material number distinguish it from related STI termination variants.
Apter Power supports Honeywell MC-TSTX13 51309142-175 Smart Transmitter Interface Field Termination Assembly with technical documents, quotations and application review.
Honeywell MC-TSTX13 51309142-175 Smart Transmitter Interface Field Termination Assembly Manuals,Datasheets,Link
Important Notice: Confirm the complete model, hardware revision and installed-system arrangement before use.
- Redundant signal path: The TSTX13 FTA terminates sixteen smart-transmitter inputs for the redundant HPM STI architecture.
- Process continuity: Paired STI processing keeps the transmitter-input path available when the redundant design transfers between processors.
- HPM connection: The FTA carries field transmitter signals into the designated smart-transmitter input processor rather than acting as a standalone converter.
- Loop allocation: Sixteen field loops are organized through the installed HPM channel and terminal schedule for control, alarm and monitoring tasks.
- Compression terminals: The TSTX13 form lands field conductors on compression terminals, while the related TSTX53 uses fixed screws.
- Smart-transmitter loops: The field interface is intended for the HPM smart-transmitter input path, not for generic discrete or relay signals.
- Terminal schedule: Each transmitter loop follows the cabinet drawing so polarity, channel assignment and processor path remain aligned.
- Cabinet cabling: The FTA and its HPM cable form the field-to-processor connection used by the installed STI assembly.
- Published listing: Honeywell includes TSTX13 in the nonincendive smart-transmitter FTA group for the documented HPM circuit.
- Wiring conditions: The nonincendive claim depends on the complete field-circuit and cabinet conditions published for the HPM installation.
- Coated construction: The MC version provides conformally coated electronics for the corresponding coated cabinet design.
- Circuit separation: Smart-transmitter loops retain the documented cable routing, grounding and separation needed by the approved cabinet arrangement.
- Redundant process measurement: Terminate sixteen smart-transmitter loops for an HPM station that uses paired STI input processing.
- Control and alarm inputs: Bring smart-transmitter process variables into HPM logic for control, alarming and operator monitoring.
- Nonincendive transmitter circuits: Use the FTA in field loops that follow Honeywell's published nonincendive HPM wiring conditions.
- Coated CE cabinet service: Maintain a conformally coated HPM smart-transmitter interface with compression-terminal field wiring.