M23 STAINLESS STEEL M23 Connectors for Signal & Power Transmission Optimised Design Corrosion Resistant Reliable Contact Technology Environmentally Sealed to IP67 CORROSION RESISTANT HYPERTAC HYPERBOLOID CONTACT The Smiths Connectors M23 Stainless Steel series have been specifically developed for applications operating in highly corrosive environments. Manufactured from high grade stainless steel and advanced polymers, these connectors are ideally suited for use in the Medical, Pharmaceutical, Maritime, Automotive and Food and Beverage Industries. Environmentally sealed to IP67 and chemically resistant to both Lye and Acids, these connectors are protected against the harshest of Industrial processing environments. Hyperboloid contact technology is ideally suited for use in harsh and demanding environments where high reliability and safety are critical. The electrical and mechanical characteristics of the contact ensure unrivalled performance in terms of reliability, number of mating cycles, low contact forces and electrical stability over time. OPTIMISED DESIGN In addition to specialist materials, these connectors feature a smooth outer body design to aid industrial wash down processes, by preventing the entrapment of dirt and contaminants. A complete range of options and accessories are available as standard, making this series suitable for a wide range of applications. These performance characteristics provide a real commercial benefit in terms of the total installed cost of ownership.

TYPE OVERVIEW PART SQNV, LQNV PART SSNV, LSNV PART SGGV, SGHV, LEKV PART LDEV, LDFV Straight Receptacle For more types please contact factory M23 STAINLESS STEEL TECHNICAL CHARACTERISTICS FEATURES Long life and low rate of wear through excellent shock and vibration resistance Electrical continuity ensuring failure free performance Contacts: CuZn alloy Easy assembly Contact plating: gold-plated, nickel-plated Corrosion resistant Environmentally sealed Vibration resistant RoHS compliant UL/CSA approval file No. 178462 Max. nominal current: 9 A @ 20°C Max. operating voltage: 50 V ~ / 120V = Contact...