Bitherm products

Bitherm SmartWatchWeb SWWRF41 is a wireless device for steam and gas leak detection on steam traps and valves. SWWRF41 is powered by lithium thionyl chloride battery. Its design is optimized for low power operation, improving lifetime of battery-powered devices. High output power (up to 20 dBm) allows to improve link quality and maximum distance between nodes even in industrial environments. SWWRF41 is small size to easy installation on small steam traps.

The valve monitors family SWW1X are steam leak detectors that belong to SmartWatchWeb monitoring system network. These devices allow to detect steam leakage on valves by monitoring ultrasounds, temperature and pressure (optional).

LeakTector is a portable gas or steam leak detector, designed for periodical survey of steam traps and valves. It detects abnormal vibrations on rotary machines, as well. When a gas or steam leak is produced through an orifice, or through a valve, the high speed of the gas or steam generates a sound of high frequency (ultrasound), which is not audible by the human ear. This ultrasound is captured and analyzed by the Leaktector microprocessor and finally shown its result on the LCD display. The system is integrated by two components: probe and analyzer. A novelty of LeakTector is its special verification function of thermodynamic steam traps, allowing the evaluation of the low energetic efficiency states (cycle too short) of this type of steam traps.

Bi-Thermostatic bimetallic steam trap, with corrosion resistant regulator unaffected by waterhammer and superheated steam. Balanced pressure valve. Independent seat and shutter, and external adjustment device while running for temperature and flow discharge. Strainer type "Y". The fact that both, valve and seat, be independent and located in the low flow discharge area, reduces erosion and extends the life of the trap. The condensate discharge is controlled by bimetallic thermostat, continuously adjusting to changes of condensate flow. Automatic air venting. Installation in any position. The independence of the valve and seat reduces dramatically the costs of its spare parts, joined to the fact that it has an external adjustment device while running, makes an extremely low maintenance cost steam trap.

Bi-Thermostatic bimetallic steam trap, with corrosion resistant regulator unaffected by waterhammer and superheated steam. Balanced pressure valve. Independent seat and shutter, and external adjustment device while running for temperature and flow discharge. The fact that both, valve and seat, be independent and located in the low flow discharge area, reduces erosion and extends the life of the trap. The condensate discharge is controlled by bimetallic thermostat, continuously adjusting to changes of condensate flow. Automatic air venting. Installation in any position. The independence of the valve and seat reduces dramatically the costs of its spare parts, joined to the fact that it has an external adjustment device while running, makes an extremely low maintenance cost steam trap.

This super steam trap is made of a "N" number of bimetallic regulators what allows discharge a high flowrate of condensate and also offers a high flexibility and capacity of regulation.

Bi-Thermostatic bimetallic steam trap, with corrosion resistant regulator unaffected by waterhammer and superheated steam. Balanced pressure valve. Independent seat and shutter, and external adjustment device while running for temperature and flow discharge. Strainer type "Y".

Bitherm TVS is a compact combination of valves and a trap performing all the functions of steam trap module, permitting discharge of condensate as well as maintenance when required. Steam traps with universal connector can be fitted to a Bitherm TVS.

In large steam using industries, long distribution lines for steam and condensate service provide a constant source of maintenance hazards and energy wastage through numerous leakages. BiTherm steam and condensate manifolds are designed to solve such long standing problems (vertical installation). Fabricated headers to supply steam and collect condensate from cause a constant source of leakage. More over this also spoil the aesthetics of a well designed plant. What with continuous monetary losses due to energy wastage.