Centrifugal Chiller
Description
Two-stage air-supplying and enthalpy-added compression technology, high-efficiency heat transfer technology, compact design, prospective control logic technology.
Features
- High Efficiency & Energy Saving
System optimization technology and high-efficiency heat transfer technology guarantee efficient running of the system. The unit adopts a highly efficient centrifugal compressor specially designed for R134a refrigerant to provide powerful capacity.
- Wide Application
The evaporator comes in flooded type and falling film type. The compressor of the unit adopts the design of "wide range" variable pressure ratio.
It can be used stably in various system energy-saving solutions such as large temperature difference and small flow rate, primary pump variable flow rate, ground water heat pump, ice storage, etc.
- Environmental-Friendly
- Eco-friendly refrigerant R134a has no harm to ozone layer.
Improved efficiency, less energy consumption, and reduced CO2 emission
- Compact Structure
With optimized heat exchanger, TICA centrifugal chillers is 10% smaller in size than competing products. Compact structure facilitates transportation and installation
Technical Specification
- EVI and Two-Stage Compression Technology
With two-stage compression and EVI technology, system efficiency is around 6% higher than a single-level compression.
The unique three-stage separation economizer is simple and highly efficient.
The two-stage impeller can reduce the speed of the compressor and thus has higher reliability.
- High-Efficiency Heat Transfer Technology
Ultra-high-efficiency heat exchanger increases the heat exchange efficiency by over 15%.
Falling film type evaporator adopts the spraying and falling film technology to substantially increase the heat exchanging efficiency of evaporator and reduce the quantity of refrigerant to be charged.
The new patented liquid baffle of flooded type evaporator.
- Prospective Control Logic Technology
The microcomputer control system of has multiple functions such as advanced trend forecasting, self-diagnosis, adjustment, safety protection, etc.