Product Description
The P232 is a compact non-threaded glass nylon proximity switch that is based on the reliable magnetic reed technology principle. It can be delivered with working voltages good up to 200VDC and 250VAC and at up to 50 watts. The P232 can be produced as normally open, normally closed, changeover and 2 normally open contacts. This product can be delivered with any cable length. The conductor ends can be provided as flying leads, round pins, faston forks or faston tabs. The P232 is high-quality and intended for the supply to OEM's requiring production volumes.
P232 12x30mm Miniature Non-Threaded Proximity Switch based on Reed Technology
Price dependent upon specification — inquire below
Product Highlights
- Small form factor 12mm x 30mm
- Versatile Switching Functions – Available in normally open, normally closed, and change-over configurations, allowing flexibility for different applications
- High Voltage & Current Ratings – Supports up to 250V AC/DC and 1A max current, making it suitable for a wide range of power requirements
- Configurable Electrical Terminations – Offered with flying leads, round pins, or faston sockets/tabs to match different installation needs
- Durable Nonflammable Housing – Constructed from nylon glass for enhanced mechanical durability and resistance to harsh environments
- Exceptional Mechanical Life – Rated for 100 million operations, ensuring long-term reliability in demanding applications
- High Impact & Vibration Resistance – Withstands 30g impact force and vibrations up to 0.35mm at 10–55Hz, ideal for rugged industrial use
- Precision Repeatability – Provides 0.1mm repeatability at 77°F (25°C) for accurate detection in automated processes
- Temperature-Resistant Design – Available in normal (68°F to 140°F / 20°C to 60°C) and high-temperature (-4°F to 194°F / -20°C to 90°C) versions
- Fast Response Time – Capable of handling 250 impulses per second, making it suitable for high-speed automation
- Compact & Lightweight Design – Designed with a slim cylindrical profile for easy integration into tight spaces
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