Foshan Keling Electrical Appliances Co., Ltd

The TVF 1200 heavy duty radial fan is designed to deliver outstanding air circulation over considerably long distances. The fans can convey large volumes of air up to a maximum 54,000 m³/h. It is geared to handle exceptionally high air pressures of 45,000 m³/h (2,150 Pa). The fans are equipped with the ability to discharge air with impressive velocities of 38 m/s (136.8 km/h). They can be set at unlimited variations in configuration, assisted by a frequency controller. The TVF 1200 can withstand air temperatures of 80°C and can operate efficiently at ambient temperatures of -20 °C to 40 °C. They require voltage input of 400 V at 50 Hz (65 A) and maximum power supply of 37 kW.

The axial fan model TTV 7000 is a specially designed solution for industries requiring film and event services. The TTV platform is placed at the centre of the axial fan. The principal aim of the TTV series of fans is to provide highest of performances, delivering economically and achieving high levels of flexibility. The TTV series aims at catering to more applications using lesser tools. The on-site flexibility is enhanced due to the fact that applications can be changed as and when desired on-site to meet the ever demanding industry. Multiple tasks can be addressed by just one fan fitted into the system. The system is also protected from splash water, it can be stacked over to save space and is extremely economic and delivers exceedingly high levels of efficiency.

The galvanized steel case with chassis is transportable and has an inclinable drum for variably aligned up to a vertical flow position. In this manner the air current can be directed specifically at high wall or ceiling sections. So the TTW 35000 S is a flexible usable solution at theatrical ventilation on stage, at movie and photo sets. Practical advantages: A cost-saving option for semi-professional ventilation applications Air circulation capacity to 32,400 m³/h Plug-in devices easy to handle Adjustable inclination angle of the flow direction from horizontal to vertical position Flexible change of location by means of carriage construction