End-product application

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Power seat adjustment

Power seat adjustment: Multi-axis seat adjustment must account for occupant load, combined movements and holding, alongside vehicle controls and packaging.

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Application products

Related models and specifications

The source documentation lists this application. Motor–controller compatibility requires separate confirmation.

Motors for this application

PT.2938

DC motor

PBL.3340

Brushless DC motor

PGM.C052

Gear motor

PGM.WH60

Variant: PGM.WH60DL-179-1317Q

Gear motor

PGM.WH60

Variant: PGM.WH60HL-179-1317Q

Gear motor

PGM.WH50

Variant: PGM.WH50BL-25-24180C

Gear motor

PGM.WH50

Variant: PGM.WH50EL-25-24180C

Gear motor

PGM.WH50

Variant: PGM.WH50CL-25-13180

Gear motor

PGM.WH50

Variant: PGM.WH50DR-25-13180D

Gear motor

PGM.WH60

Variant: PGM.WH60BL-162-1317

Gear motor

PGM.WH60

Variant: PGM.WH60AL-162-1317

Gear motor

PT.3032

DC motor

Final selection depends on load, supply, installation space, control requirements and complete-device validation.

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Selection requirements

What do we need to know?

Please share the operating conditions below. The selected motor still needs testing in your equipment to confirm performance and fit.

Motion and load
the moved member on each adjustment axis, travel, combined movements, holding states, and reaction forces from the occupant or mechanism
Power and control
vehicle power and communication interfaces, motion commands and state feedback, diagnostics, protection, fault response and system interlocks
Space and interfaces
the envelope within the cabin structure, interface to the adjusted member, harness and trim boundaries, assembly order, and service accessibility
Duty and environment
cabin temperature variation, vibration and shock, noise, dust, contact with trim, and the vehicle electrical environment
Testing and production
full movement in vehicle conditions, end and holding states, pinch or obstruction handling, noise, diagnostics, and consistency after environmental cycling