LevelDex Float Control Valves

The world leader in Air Valves Technology

LevelDex Level Control valves have been a staple in the water industry for the last  30 years. The valve offers several advantages over traditional Level control solutions

LevelDex the ultimate solution in level control

The LevelDex  valve offers all the  features  of  a high tech control valve  in a simple to apply  Level  control  valve.

Offering  a higher dynamic working  pressure valves then most traditional Level control and Hydraulic control valves which will only handle a 3 to 1 turn down without  cavitating. The LevelDex Valve can do a a 5-1 turndown without  fear of cavitation.

The dead band  opening and  closing  cycle of the pilot  allows that  the  valve is either open or closed and does not  modulate  or throttle the  line

The Valve is  of  Lightweight Construction and  easy to handle compared to  similar valves

Remote or Direct acting pilots are available  allowing  ease and optimisation of installation  to the  end users specific needs.

RBX Potable Water

The world leader in Air Valves Technology

Vent-O-Mat Series RBX “Anti-Shock” Air Release and vacuum Break Valve

Has all the functions of a standard Double Acting air valve with the addition of an “Anti-Shock” Feature, sometimes referred to as a Triple Acting Air Valve or Three stage Air valve.

The Unique defence against pipe bursts and pipeline system damage!

Vent-O-Mat Series RBX has evolved from a long lineage of research and development into a product that has proven unsurpassed for air release, vacuum protection, surge alleviation and pipeline flow enhancement.

The basis of the Vent-O-Mat design is in the understanding of the physical laws that govern air valve and pipeline operation. Reaction to pipeline dynamics is therefore instantaneous and protection provided is relevant to the pipeline’s needs.

Vent-O-Mat Series RBX truly represents the pinnacle of valve design evolution. This valve design provides the most comprehensive, effective and efficient pipeline protection relative to initial cost of any other available pipeline component.