Variable speed drive - Import export

The 2500 KW cooling tower is designed to provide high performance for a minimal unit size. The specially designed drift eliminators reduce drift to 0.002% of flow. When supplied with chilled water, the cooling tower can also be used as a bulk air cooler for applications requiring large air flow. Designed and assembled to Aggreko’s standards. Packaged into 20 ft. ISO container frame. Brentwood drift eliminators designed for forced draft. Fully enclosed and protected from direct sunlight. Fan unit driven by a variable speed drive. Controlled operation of condenser unit fans. Safe and reliable operation for rental applications. Ease of transportation, handing and protection. Reduces drift to a rate significantly lower than that required by law. Increases safety with respect to microbial growth. Regulates fan speed proportional to sump temperature. Maximises efficiency, minimises noise and prevents overcondensation when coupled with water-cooled chillers.

Whether you need a 700 kW chiller in an emergency, for planned maintenance or supplementary cooling, our expert team can help. We'll find the right chiller hire solution for your cooling requirements. Wide operating range from -17.8°C to 55°C ambient air temperature and -15°C to 21.1°C leaving fluid temperature. Variable speed drive compressors and condenser fans. 134A refrigerant. Digital control logic for precise control. Aggreko Remote Monitoring as standard. Robust, practical design. Remote current limit/ remote temperature reset Ideal for use across a variety of installations, such as air conditioning and process cooling applications. Environmentally-friendly. Fast installation and commissioning. Can be used on projects where noise needs to be kept to a minumum. Adaptive controls ensure the unit maintains very stable temperatures even with variances in flow rates or ambient temperatures. Designed to plug and play with all Aggreko ancillaries including hoses

Liquid fuel system for a gas turbine which utilises a variable speed electric motor driving a positive displacement pump. The flow of fuel is controlled by the speed of the pump and not by a valve in traditional systems. The nature of the positive displacement gear pump makes it ideal for aggressive fuels such as low viscosity naptha or high viscosity heavy fuel oil. In every project where this system has been fitted the gas turbine start reliability has been improved. The system offers a rugged, reliable and low maintenance solution to the requirements of a gas turbine liquid fuel system