A welded hollow float keeps its seam endpoint above the oil surface to block oil ingress and preserve compressor oil return under pressure changes.
Captures water from fuel cell flow channels and routes it through a separate passage with backflow barriers to prevent freezing and re-ingestion.
A top-mounted drain valve lets fuel cell anode gas systems purge water and gas together while avoiding separator ice that can freeze shut.
Sensors detect condensate conductivity and temperature to divert impure flow, protect recovery lines, and cut water and heating losses.
A heat-conducting condensation surface and guided drain paths move moisture away from cooled electronics to prevent corrosion and short circuits.
Structure-borne sound and temperature sensing through a coupling assembly helps condensate drains detect leakage and blockage with less interference.
A heat-conducting condensation surface and separated drain paths keep condensate off cooled electronics in any installation orientation.
A buoyancy-driven float drain collects condensate and opens automatically under pressure difference, preventing backflow and leakage.
Key features are extracted from steam trap sensor data and sent to a central server, cutting bandwidth while improving facility-wide failure detection.
Staged pressure drops across two venturi orifices drain condensate while restricting live and flash steam to cut energy loss and improve recovery.
A low-pressure discharge chamber lets the venturi nozzle cartridge be replaced in line without reducing steam trap pressure rating.
A rotatable vent-height mechanism adjusts condensate discharge as steam conditions change, while a supported strainer improves rigidity and replacement.
Low-pressure steam in the feed tank is captured by an internal heat exchanger to preheat make-up water, cutting waste heat loss and boiler energy use.
Pressure and temperature checks at rest detect trapped air in a Rankine cycle and trigger extraction to preserve yield and fluid purity.
An annular gap upstream of the seat pre-filters condensate, blocks particle trapping, and keeps aseptic drains from clogging.
A reduced-thickness housing region traps condensation away from sensor electronics, keeping process measurement sensors dry and stable.
Drain-water sealing and swirl flow help a nozzle steam trap handle pressure swings, cut steam loss, and resist rust and dust clogging.
A narrowed valve port creates negative pressure to suck upstream foreign matter through the valve and prevent deposition near the opening.
A single vibration and temperature sensor monitors both the steam trap and shutoff valve, cutting sensor count, cost, and interference.
Orifice pin creates bleed channel to solve miniaturization bottleneck by decoupling liquid discharge from air flow control.
Magnetic actuation moves ceramic bodies to control steam drainage, reducing wear and maintenance frequency.