DLZL-CC01 Water Chiller Training System
- Dolang
- China
- 30-60 days
DLZL-CC01 Water Chiller Training System adopts real industrial chiller structure and control logic. It integrates fault simulation, parameter monitoring and operation training, helping learners master installation, debugging and maintenance quickly. Stable, safe and easy to operate, ideal for vocational education, teaching labs and technical training.
Overview
Water Chiller training device uses a vapor compression refrigeration cycle system and is equipped with real refrigeration system components such as a fully enclosed refrigeration compressor, air-cooled condenser, shell and tube evaporator, and throttling device. It is also equipped with measuring instruments such as an intelligent temperature regulator, high-pressure meter, low-pressure meter, voltmeter, ammeter, and high and low-pressure controllers. It can not only provide refrigeration electrical training, but also conduct demonstration training on the basic principles of the refrigeration cycle. It is suitable for teaching and training related courses in the refrigeration major in vocational colleges. In addition, the device also includes a fault simulation and diagnosis system, allowing students to learn how to identify and eliminate common problems that may arise in actual operation, enhancing their practical operation ability and troubleshooting skills. The training device has an advanced design, a user-friendly interface, and is easy to operate, allowing students to more intuitively understand the working principles of the air-conditioning system while simulating a real working environment. It is suit for related major of HVAC training course in TVET vocational engineer training, polytechnics, engineer college training, university training etc.
Technical Parameters
Model: DLZL-CC01 Water Chiller Training System
Power supply: single-phase 220V±10%, 50Hz, 16A;
Bench Dimensions (mm): 1400 (L) × 900 (W) × 1700 (H)
Casters: 4, 2 of which have brakes
Training project
1. Familiarity and operational functions of water-cooled refrigeration system components;
2. Pumping and adding water to the chiller refrigeration system;
3. Measure refrigerant pressure and temperature;
4. Observation of the performance of the thermostatic expansion valve and capillary tube in the chiller system;
5. Research on the structure and components of chiller air conditioning training device.
6. Test the control system of the chiller air conditioning training device.
7. Record the related parameters from the chiller air conditioning training device test.
