June 2026

Select a waveguide quick disconnect by its exact mating interface, locking arrangement and verified RF performance after reconnection. For a pressurized line, add separate pressure and leakage limits. A fast latch does not establish flange compatibility, low insertion loss or a gas-tight seal. Selection gate Evidence to request Compatible interface Dimensioned aperture, flange, locating features, […]

Choose a waveguide pressure inlet by the waveguide and flange drawing, exact gas connection, complete assembly pressure limit and required gas dryness. Then size the supply and protection system for purging, leakage makeup and credible regulator failure. The inlet’s catalog pressure is not automatically the operating setpoint for the line. Use clean, dry air or

Select a waveguide bulkhead feedthrough by the finished wall stack, mounting cutout, mating flange drawings and required sealing boundary. Then verify mechanical fit, RF performance and any pressure or leakage requirement in the installed configuration. A bulkhead feedthrough carries the waveguide through a wall or panel. An open RF bore does not separate the gas

Choose a waveguide flange by its complete interface drawing, not the WR size alone. Match the RF aperture, bolt and alignment-hole pattern, mating face, gasket groove and fasteners. Two parts marked WR90 can carry the same waveguide size yet require different flange interfaces. IEC 60154-2 covers mechanical dimensions and compatibility for ordinary rectangular waveguide flanges.