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 | |  | | | TA Hydronicsbalancing valves dunstable differential pressure valves england ta select nationwide | | | Company | TA Hydronics | | | | Address | Unit 3 Nimbus Park
Porz Avenue
Dunstable
England UK
LU5 5WZ (MAP)
| | Telephone | 01582 866377 | | Mobile | 07952 393366 | | | Email | | | Website | www.tourandersson.co.uk | | | TA is the world-leading brand in hydronic solutions, it is the brand that experts turn to when the solution needs to be absolutely perfect.
In order to live up to these expectations, we set great value on our knowledge, and how we use it and spread it.
TA, with more than 500 employees in offices worldwide, is the global market leader in hydronic balancing for waterborne heating and cooling systems. We are in a period of strong growth and aim to be the most customer-focused, knowledgeable and innovative hydronics company in the world.
TA is a subsidiary of IMI Indoor Climate AB, which has a total turn-over of £281 million. IMI Indoor Climate AB is owned by the international industrial giant IMI plc. IMI has about 13,700 employees and a turnover of £1.901 million.
Around the globe
TA has manufactured valves and fittings for over 100 years, and is now recognised as the world leader in Hydronic balancing. We have maintained and consolidated our position by constantly developing new products and processes. You meet TA all over the world - from the west to the east. Wherever you find us, we work with something that’s becoming more and more important with each passing year: Creating the best possible indoor climate while minimising energy consumption.
Quality and Environment
Procedures and processes are constantly improved so that everything that we make or supply is defect-free. This applies to every stage of the supply chain from development and design, through to manufacture and customer service. Feedback from our customers is a key factor. We have developed procedures to ensure that experience from the user is properly collated and then applied, either as an immediate improvement or used for long-term product development. And, of course, all this is achieved whilst pursuing an active environmental policy. Thus all TA manufacturing facilities are quality and environmentally certified ISO 9001 and ISO 14001 respectively.
Total Hydronic Balancing
Making your HVAC system controllable
What's this is all about
Total Hydronic Balancing is a set of means and methods for making hydronic systems readily controllable so they provide the intended indoor climate at minimum operating cost.
For the design consultant, Total Hydronic Balancing is an inexpensive insurance policy against loss of professional reputation. For the operations staff, it is a potent prescription for trouble-free operation and ease of maintenance. For the property owner, it is a longterm guarantee against excessive operating costs.
TA specialises in controllability. Our technology creates optimum conditions for controls to take control – and stay in control. Our expertise covers all types of hydronic systems – constant flow and variable flow, static balancing and dynamic balancing.
Did you know?
- Two out of three buildings have indoor climate problems.
- Most problems are caused by hydronic imbalances, not by control malfunctions.
- No hydronic system will function properly unless accurately balanced.
- Balancing devices account for less than 2 per cent of the HVAC investment.
- Yet balancing can cut energy consumption by up to 40 per cent.
- And put an end to complaints and costly remedies.
- The world’s first patent for a balancing valve was awarded to TA in 1962.
- TA continues to pioneer hydronic balancing methods and devices.
- TA offers you the world’s broadest range of balancing products.
- TA supports its balancing solutions anywhere in the world.
Immutable conditions for controllability
To provide a comfortable indoor climate, minimise energy costs and prevent operative problems, a hydronic system must be fully controllable.
To be controllable, it must fulfill three conditions:
Design flows must be available at all terminals at full load. The differential pressure across the control valves must not vary too much. Flows must be compatible at system interfaces.
Would you like more information?
The three immutable conditions for controllability
The benefits of balancing
Why balancing must be total
TAs complete balancing toolbox
How balancing brings value to buildings
Contact your nearest TA office for more information. |
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