Reduced Costs & Improved Productivity
Closed Circuit Operation
Chiller Designed for Industry
Lowest Operating Costs
KMT Pumps are fitted with a heat exchanger which can be cooled by a constant supply of cold water from mains supply, or water recirculated and cooled by a refrigerated chiller. The addition of our MTA refrigerated chiller gives the benefit of dramatically reducing water wastage. MTA systems reduce water usage by at least 75% whilst enabling 100% duty cycle for continuous cutting and production.
The innovative "evaporator-in-tank" configuration allows operation even with impure liquids. Unit dimensions are reduced, and a steady water temperature is ensured as the evaporator also cools the tank itself. Ambient heat gain is reduced, increasing efficiency. Bleed and drain valves and a water level sensor are fitted; the water bypass and anti-freeze warnings ensure fail safe operation. The oversized evaporator design improves efficiency and reduces pressure drops. The tank is both insulated and removable.
Reduced Costs and Improved Productivity:
The MTA range offers precise water temperature control, with numerous benefits:
Closed Circuit Operation:
MTA operates in a closed circuit, offering the following advantages:
A Chiller designed for Industry:
Unlike typical chillers, the MTA series have been designed specifically for industry. Fruit of over 20 years in the industrial chilling market, with hundreds of thousands of refrigerating machines installed worldwide, MTA perfectly matches the needs of a diverse range of industries. This is thanks to:
Lowest Operating Costs:
Thanks especially to energy efficient scroll compressors, the oversized evaporator and the unique evaporator-in-tank configuration, MTA achieves leading energy efficiency levels. This is complimented by low maintenance needs, ensuring MTA is a highly economical long-term proposition.
View our handy 'Waterjet Cutting System' price guide
Take advantage of our FREE waterjet ROI consultation
Browse our full product catalogue for everything you will need