Touch latch allows door to pop out when door is pushed in. Retaining force 6.6 lbs. Allow 3mm (1/8") space for push in release. Screws Included. Base 1-3/4" L x 1-7/16" W x 1/2" T - Strike 1" L x 1/2" W x 1/2" T. To see other colors and styles, Search: Sugatsune Touch Latch. Handheld gauge for wall and coating thickness testing of metals, glass and plastics. Considerably improved measuring properties thrugh SIDSP. Non-destructive wall thickness measurement up to 4mm and/ or 10mm. Up to 20 measurements per second for all non-magnetic materials such as plastics, wood, glass, ceramic, glass fiber, carbon fiber laminates, non-ferrous metals, etc. for hollow parts and containers of all kinds such as bottles, cans, injection moulding products, etc. Higher Accelerations, up to 10 g. Speeds up to 500 mm/s. Small Form Factor. Self-Locking When Powered Down. No Shafts, Gears or Other Rotating Parts. Non-Magnetic and Vacuum-Compatible Drive Principle.

Suited for medical industry and other applications where magnetic materials and characteristics must be avoided, MG inductor series act as filter to block certain frequencies that could compromise device performance. Through-hole leaded and surface mount versions, along with RoHS-compliant version, are available. Products are offered with 0.01-4.7 µH inductance options, 260-3,835 mA dc current ratings, and 90-1,800+ MHz self resonant frequencies. For accurate directional drilling and bottom hole surveying, The new "MG" inductor series from Gowanda Electronics provides a breakthrough in inductor component echnology. Inductors manufactured using traditional methods can exhibit magnetic characteristics that are undesirable in certain applications. Gowanda's new MG series is manufactured using a novel approach that assures the inductors have non-magnetic characteristics. It is anticipated that Gowanda's MG series will be used not only in the medical industry but also in a wide variety of market applications and industries where magnetic materials and magnetic characteristics must be avoided.