Lapp SKINTOP Series Metallic Nickel Plated Brass Cable Gland, M50 Thread, 27mm min., 35mm max., IP68 - 52103360+53112670

Thread Size = M50
Maximum Cable Diameter = 35mm
Minimum Cable Diameter = 27mm
Material = Nickel Plated Brass
Colour = Metallic
Series = SKINTOP
IP Rating = IP68
Locknut Included = Yes
Maximum Operating Temperature = +100°C

EN50262. Lock nut. Lapp PG ; Metric Nickel Plated Brass Cable Gland. From Lapp, this Skintop MS-SC cable gland offers environmental resistance and is EMC safe. The cable gland features a low-resistance screen contact, for optimum EMC protection. The highly conductive EMC screen contact is also very flexible, and so can clamp onto various screen diameters. With a nickel-plated brass construction, the cable gland is very robust, and provides optimum strain relief to the cable. Its screw on action ensures easy fitting, which can cut down assembly time. Used in panels, junction boxes and machinery housings, this gland is a durable and low maintenance solution to cable management. It is ideal for use where ever protection against electro-magnetic signal interference is a priority. Also, thanks to its locknut, the gland cna be securly fastened to painted, podwer coated or adonized surfaces. Features and Benefits • Suitable for Cables With or Without Inner Sheath • Cable is centralized, attached, strain relieved and hermetically sealed • Optimum EMC Protection • Flexible EMC Contact • IP68 Protection, 10 Bar • Temperature Resistant • Operating temperature from -25° to +100°C Applications This gland is designed to be used for EMC-complaint earthing of copper braiding, or for cables with a copper shaft sheath. It is suitable for use in applications where EMC compliance is required, such as; • Automation and Control Technology • Telecommunication • Industrial Machinery • Plant Engineering Environment This Skintop gland is sealed to IP68, which means it has excellent resistance to dust and particle ingress, and is waterproof even in shallow submersion. It also features excellent temperature resistance. Because of this, the gland is suitable for use in harsh industrial environments, and some open air applications.