Proximity Sensors include miniature M5 connectors.
Press Release Summary:
Ultra-Miniature 4 and 5 mm inductive proximity sensors feature supply voltage of 10-30 Vdc, sensing distance of 1.0 mm, load current of 100 mA, and 2-point output-state LED indicator. Units incorporate ASIC and flip-chip technology and include short-circuit and reverse polarity protection. Both are encased in 24 mm long, stainless steel housing which fits vibration resistant, IP67, M5 x 0.5 screw-on connector, available in straight and 90° versions.
Original Press Release:
Baumer Electric Introduces Compact Inductive Proximity Sensors with Ultra-Miniature M5 Connectors
Southington, Conn. -- February 14, 2003 ...Baumer Electric introduces two compact 4 and 5 mm inductive proximity sensors designed for use with the new ultra-miniature M5 (5mm diameter) connectors. This sensor and connector combination delivers superior performance in extremely tight mounting applications.
CE and UL-approved, the 4 and 5 mm Ultra-Miniature Inductive sensors feature a supply voltage range of 10-30 VDC, a sensing distance of 1.0 mm, load current of 100 mA, and a bright and visible two-point output-state LED indicator. The new inductive proximity switches incorporate the latest ASIC and flip chip technology, and are equipped with fully integrated short-circuit and reverse polarity protection.
Both compact inductive sensors are encased in a rugged stainless steel housing that is just 24 mm long. The housing fits Baumer Electric's vibration-resistant, IP 67, M5 x 0.5 screw-on connector designed with a cap nut measuring just 6 mm in diameter. The innovative ultra-miniature connector comes in both straight and 90° versions.
As a manufacturer of all types of high-quality precision sensors since 1952, Baumer Electric offers customer-oriented sensor
solutions for every automation need. For more information on the new line of "Mighty Miniature" inductive sensors, contact
Baumer Electric at (800) 937-9336, www.baumerelectric.com, or via e-mail at sales.us@baumerelectric.com.
