Low-profile design satisfies many functional and cosmetic requirements.
Type PF50 with convenient large head and Phillips recess for tool or finger operation.
Available with six-lobe recess.
PennEngineering®
Done
Request a Quote
Email Supplier
Description
Low-profile design satisfies many functional and cosmetic requirements.
Type PF50 with convenient large head and Phillips recess for tool or finger operation.
Available with six-lobe recess.
Request a Quote
Email Supplier
Datasheet
Datasheet Summary Powered by GS/AI
The PF52 is a low-profile, spring-loaded captive panel screw designed for use in thin metal panels where repeated access is required. It features a large knurled head for tool or finger operation and a Phillips recess. The screw installs into standard metric threads and maintains a low profile when fastened. All variants in the PF50 series share these characteristics, including compatibility with thin sheet materials and applications requiring flush mounting. The PF52 is one of several sizes available in this series, distinguished by its specific thread size and length.
Datasheet Summary Powered by GS/AI
The PF52 is a low-profile, spring-loaded captive panel screw designed for use in thin metal panels where repeated access is required. It features a large knurled head for tool or finger operation and a Phillips recess. The screw installs into standard metric threads and maintains a low profile when fastened. All variants in the PF50 series share these characteristics, including compatibility with thin sheet materials and applications requiring flush mounting. The PF52 is one of several sizes available in this series, distinguished by its specific thread size and length.
Low-profile design satisfies many functional and cosmetic requirements.
Type PF50 with convenient large head and Phillips recess for tool or finger operation.
Available with six-lobe recess.
Low-profile design satisfies many functional and cosmetic requirements.
Type PF50 with convenient large head and Phillips recess for tool or finger operation.