ABB SAFT113POW

Model: SAFT113POW SAFT 113 POW

Brand ABB
Series SAFT113POW
Model SAFT113POW SAFT 113 POW
RFQ-ready model route Obsolete and surplus sourcing Export follow-up by model list

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Technical Dossier

Product Details And Specifications

ABB SAFT 113 POW Series Technical Notes

The Evolution of SAFT 113 POW Architecture

The SAFT (Static AC drive with Flux control Technology) control board family was introduced by ABB as part of its modular drive control philosophy in the 1980s and 1990s. The SAFT 113 POW occupies the power supply layer of this architecture, converting incoming auxiliary AC or DC supply into the regulated voltages required by logic, gate drive, and signal processing boards within the drive cabinet.

Early SAFT-series boards were designed for ABB's ACS 100, ACS 200, ACS 300, and ACS 600 drive families, as well as the DCS 400/500/600 DC drive platforms. Over successive hardware revisions, ABB refined the SAFT 113 POW's thermal management, short-circuit protection, and output voltage stability. Compatibility between board revisions must be verified against the drive's main control board revision level and firmware version. Substitution with later-revision boards requires confirmation of connector pinout and voltage rail compatibility.

SAFT 113 POW Full Catalog & Functionalities (SKU List)

The following SKUs represent verified components within the ABB SAFT drive control board family. Each unit is listed with its primary functional role within the drive system architecture:

SAFT113POW: Power supply board; regulated DC output for SAFT control electronics
SAFT110POW: Earlier-revision power supply board; compatible with ACS 600 base frame variants
SAFT111POW: Intermediate power supply revision; enhanced overcurrent protection circuitry
SAFT112POW: Power supply board with revised output filtering; reduced ripple specification
SAFT114POW: High-capacity power supply variant for larger SAFT control assemblies
SAFT101CON: Main control board; flux vector control logic for AC drives
SAFT102CON: Control board revision 2; expanded I/O interface and diagnostics
SAFT103CON: Control board with fieldbus interface preparation; used in ACS 600 systems
SAFT121CPM: CPU module; central processing for SAFT drive control platform
SAFT122CPM: CPU module revision 2; faster scan cycle, extended memory
SAFT130DIO: Digital I/O board; 16 DI / 8 DO for drive status and command interfacing
SAFT131AIO: Analog I/O board; speed reference and feedback signal conditioning
SAFT188COM: Communication adapter board; PROFIBUS-DP interface for SAFT platform
SAFT189COM: Communication adapter board; Modbus RTU / DeviceNet interface variant
SAFT190FBK: Feedback interface board; encoder and tachometer signal processing
SAFT192FBK: Dual-channel feedback board; redundant speed measurement for critical drives
SAFT193PUL: Pulse encoder interface board; HTL/TTL encoder signal conditioning

Sourcing Hard-to-Find & Obsolete SAFT 113 POW Parts

DriveKNMS provides the following lifecycle extension services for SAFT 113 POW and compatible boards:

Quality Control for the SAFT 113 POW Range

Power supply boards such as the SAFT113POW require specialized test procedures due to their role in supplying regulated voltage to sensitive control electronics. DriveKNMS applies the following test protocol to all SAFT 113 POW units prior to dispatch:

— Input voltage range verification: AC auxiliary input and DC bus input acceptance thresholds
— Output voltage rail measurement: all regulated DC outputs measured under no-load and full-load conditions
— Ripple and noise measurement: output ripple verified against ABB factory specification limits
— Overcurrent and short-circuit protection test: simulated fault conditions applied to verify protection circuit response
— Thermal cycling: board operated at rated load through temperature ramp to verify component stability
— Backplane connector inspection: pin integrity, contact resistance, and mechanical retention verified
— Visual inspection: PCB for corrosion, electrolytic capacitor condition, solder joint integrity, and component damage
— Functional integration test: board installed in reference SAFT drive assembly and operated through standard drive startup sequence

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