J.W. Winco 52.3-AN-27 Sandwich Magnet Assembly Rod-Shaped w/ Internal Thread - 1.06" Diameter, Steel

These magnets are a shielded magnetic assembly with rubber jacket. They are especially suitable for applications where the surface is easily marred. Also, these magnets have an increased coefficient of friction, which creates high lateral retaining force. Type ND temperature resistant to 175 °F (80°C).

GN 54.1 magnets are a shielded magnetic assembly. The configuration of magnetic and iron poles is known as a sandwich magnet assembly. These retaining magnets provide superior holding power and work well with smaller workpieces. Mounting options include pressing in or gluing resistant to 175 °F (80°C).

GN 62 magnets have a split magnetic surface. These are non-shielded magnetic systems produced by casting. To ensure that the magnetic forces are not impaired, the mounting screws must be made of non-magnetic material. For easier handling and/or to avoid demagnetization, these magnets have an iron plate on their magnetic surface. Type AN magnet temperature resistant to 535 °F (280°C), Red lacquered finish temperature resistant to 355 °F (180°C).

GN 51.7 magnets are a shielded magnetic assembly with a rubber jacket. They are especially suitable for applications where the surface is easily marred. Also, these magnets have an increased coefficient of friction, which creates high lateral retaining force. Temperature resistant to 175 °F (80°C).

JW Winco - 22KE52 - Safety Clutch Assembly w/Needle Bearing - 41mm Dia x 22mm Bore & Keyway The use of needle bearings and the hardened bearing surfaces make the clutch engagement extremely easy.This is also assisted by the finer teeth of the clutch and the increased length of the coupling attachment. Its suitability for high shaft speeds, especially when these are maintained for long periods, is a further advantage of the needle bearing. An oil-hole is provided in the clutch mechanism to accept lubrication. In the completely assembled safety clutch handwheel, there is a lubrication ...