wege® S Standard EMC AISI 316 Ti Cable Gland

The WADI one EMC cable gland made of nickel-plated brass is the perfect cable entry solution for cables with shielding. Features: — quick and easy EMC connection — large-area sealing protects the cable — integrated anchorage with high retention — wide sealing and clamping range — for cables from 3 to 53 mm — the inner sealing ring can be removed easily for larger cables — high UV, ozone and weather resistancy — temperature range -40 °C / +100 °C (dynamic) — protection grade IP 66 / IP68 up to 15 bar (30 min.) / IP69 — material of sealing insert fulfils UL 94 HB — with metric thread from M12 to M63

Stainless steel 1.4305 Lamellar insert polyamide (PA6). Seal ring CR / NBR. O-ring NBR. Version: Bright. Note: DIN EN 60423 cable glands with metric thread. Sealing and tension relief are provided by inset fins and a sealing washer. Rating IP68 (5 bar for 30 min). Cable glands are used for connecting fixed calbes and lines in housings, distributors and switch boxes. Temperature range: Static: -40 °C to +100 °C. Dynamic: -20 °C to +100 °C.

The increasing spread of electromagnetic radiation and the greater sensitivity of modern electronic components mean cable glands have an important role to play in a system's screening concept. PFLITSCH offers a graduated selection of EMC capabilities in its UNI Dicht and blueglobe cable glands for use in EMC applications up to Cat. 7A. The EMC cable gland blueglobe TRI separates the functions of sealing and EMC screening and therefore achieves the highest attenuation values of 80 dB up to 100 MHz. Even in the frequency range up to 2.5 GHz, the values are typically at least 50 dB. High current-carrying capacity is also provided. A triangular spring fits around the cable's braided shielding. The design of the spring precludes its getting caught in the braiding if the assembly is dismantled.

CSN® Protection Resistors are used for protection of electric equipment in case of shortterm peak currents. Due to the high capacity of energy absorption, CSN® Protection Resistors can absorb several kiloamperes for a limited period of time, protecting connected modules.