Dual temp. screw chillers with twin water circuit. set as identified temp. requirements like for the advanced tapeline process.
Features

• Environment friendly, energy efficient and operation friendly refrigerant R-134a.
• Simple and Fast Installation.
• Single and dual evaporator design per compressor for precisely set fluid temperatures.
• Wide temperature ranges at each duty point - 6 to 15oC and 6 to 22oC.
• Compact design with less footprint area and lower maintenance cost.
• Factory made and tested DX and Flooded evaporators, made as per highest international standards of manufacturing.
• High fouling factors, increased condensing area, extra tube thickness and high-flow design, for highest energy efficiency, higher operational reliability and easier maintenance.
• electronic expansion device to help in improved utilization of the evaporator heat exchange surface and also to aid in lowering the condensing pressure for precise capacity control.
• Fully automatic PLC based units with remote operation and data logging facilities.
• Step and Stepless capacity control from 25% to 100% adapting precisely to varying process loads.

Dual temp. screw chillers with twin water circuit. set as identified temp. requirements like for the advanced tapeline process.
Features

• Environment friendly, energy efficient and operation friendly refrigerant R-134a.
• Simple and Fast Installation.
• Single and dual evaporator design per compressor for precisely set fluid temperatures.
• Wide temperature ranges at each duty point - 6 to 15oC and 6 to 22oC.
• Compact design with less footprint area and lower maintenance cost.
• Factory made and tested DX and Flooded evaporators, made as per highest international standards of manufacturing.
• High fouling factors, increased condensing area, extra tube thickness and high-flow design, for highest energy efficiency, higher operational reliability and easier maintenance.
• electronic expansion device to help in improved utilization of the evaporator heat exchange surface and also to aid in lowering the condensing pressure for precise capacity control.
• Fully automatic PLC based units with remote operation and data logging facilities.
• Step and Stepless capacity control from 25% to 100% adapting precisely to varying process loads.