Davey Water Products new Torrium pressure system controller a winner.

The new Torrium pressure control system is a significant advance in pressure and flow rate control for electric water pressure systems.

The new Torrium® water pressure system controller introduced by Davey Water Products has quickly achieved record sales volumes in both Australian domestic and export markets.

The Torrium controller significantly increases the convenience, reliability and satisfaction of householders who rely on an electric pressure pump system for their home water supply.

According to Colin Nash sales and marketing manager at Davey Water Products, the Torrium is the first significant change in water pressure system controllers in decades.

"Such is the acceptance by both consumers who rely on electric pressure systems for their household supplies and by our Davey dealer network, that our Scoresby manufacturing site is currently working three shifts a day for six days each week to meet the demand.

"We have also sold significant volumes into our export markets, especially those in the Middle East and Gulf region which due to heat and humidity create onerous operating environments for electric pressure systems" Mr Nash added.

Torrium is the result of several years of design innovation and a significant capital investment in research and development, which was followed by thousands of hours of testing under the most arduous environments in all parts of the world.

Torrium quite simply is a pressure system controller which thinks, using advanced microprocessor technology, to ensure a constant water flow is available at all times.

Torrium adapts immediately to the to the pressure system conditions to ensure optimum consumer satisfaction with the water supply without pump cycling or variations in water pressure and flow rates.

When coupled with the right pump, Torrium can even ensure that heavy demand created by multiple water outlet use does not result in pressure fluctuations.

Also the risk of a pump continuing to run without water is avoided.

Torrium will automatically sense if a loss of water supply or prime is reached and will shut the system down as a protective measure.

Torrium's auto-retry function will also test to re-establish if the prime or flow is possible.

Importantly Torrium incorporates other valuable installer features in simplified fault finding, with a series of status indicator lights to determine faults quickly and accurately and show their cause.

If there is a leaking or dripping tap, a slow filling toilet cistern, water over-temperature or other system faults, Torrium by measuring the system pressure, flow, temperature and timing, will quickly adapt to ensure the best in comfort and convenience for the end user.

Davey Water Products regards Torrium as the next generation of pressure system controllers and at the leading edge of technology internationally.

"Torrium reflects Davey's commitment to research and development.

"It incorporates best practice engineering and electronics, with advanced encapsulation, coupled to a fundamental understanding of the needs of the end user" Colin Nash said.

The Torrium controller is now the standard controller on all Davey electric pressure pump systems including the new HP models as well as the popular XP350, XJ, HS and M Series ranges, which address the water supply needs from a small cottage right through to the premium pressure systems for large multi-storey homes with multiple bathrooms.

Importantly the Torrium can be used to upgrade existing electric pressure systems with inexpensive adaptor kits as required - even on other brands or pump sets.

In many instances Torrium will fit directly on to an existing Davey pump.

Standard BSP inlet and outlet plumbing fittings make a pressure system with the Torrium pressure control system a breeze to install.

The compact Torrium electric pressure control system is made in Australia and with its improved performance and operating features amazingly does not add to the purchase cost of a Davey electric water pressure system.