The DLZL-CAC01 Household Central Air Equipment is a comprehensive, hands-on training and demonstration platform designed to simulate residential central air conditioning systems. Developed for vocational schools, HVAC training centers, technical colleges, and engineering programs, this system allows students to gain practical experience in the design, operation, and maintenance of central air units used in modern homes and apartments.

This equipment bridges the gap between theoretical instruction and real-world application, making it an essential teaching tool for any institution offering HVAC, mechanical engineering, or building services education.

 Features

Complete Residential HVAC System Simulation
The DLZL-CAC01 replicates the full operation of a household central air conditioning system, including the indoor air handler, outdoor compressor unit, thermostat, ductwork, refrigerant circuit, and air filtration. This setup provides a realistic learning environment to understand residential climate control technology.

Digital Control and Monitoring Panel
An integrated digital control system allows learners to operate and observe system performance in real-time. Parameters such as temperature, humidity, refrigerant pressure, and airflow can be monitored and adjusted to simulate different residential conditions.

System Operation Training
Students can perform start-up, normal operation, and system shutdown procedures using real hardware. This enables a thorough understanding of standard practices in home HVAC system management.

Fault Simulation Module
The training device includes a fault simulation function that allows instructors to insert electrical and mechanical issues for diagnostic exercises. This feature is critical for building troubleshooting skills and real-world problem-solving capabilities.

Energy Efficiency Learning
Learners are introduced to energy-saving strategies such as thermostat programming, variable fan speeds, and airflow optimization, helping them understand how to improve residential HVAC efficiency and indoor comfort.

Safe and Durable Construction
Built with high-quality components and protective features, the DLZL-CAC01 is safe for repeated classroom use. Circuit protection, pressure relief valves, and safety switches are incorporated for reliable training sessions.

Transparent Design for Visualization
Visible pipelines and modular construction allow learners to trace the flow of refrigerant, air, and electrical signals. This visual clarity reinforces theoretical concepts and enhances engagement during instruction.

Educational Outcomes

• Understand the principles of household central air conditioning

• Operate and manage residential HVAC systems

• Perform diagnostics on system malfunctions and inefficiencies

• Monitor and interpret data related to system performance

• Learn maintenance procedures and best practices for home systems

• Explore energy-efficient HVAC design and automation

Applications

• HVAC technician training

• Residential air conditioning education

• Vocational and technical school programs

• Building services and facilities management instruction

• Green building and energy system training

• Smart home system demonstration

Technical Specifications (Sample)

• Power Supply: 220V / 50Hz

• Cooling Type: Central air system with ducted design

• Control System: Digital thermostat and monitoring interface

• Components: Indoor unit, outdoor unit, ducting, sensors, fans

• Measurement Points: Temperature, pressure, humidity, airflow

• Safety Features: Overload protection, emergency stop, fuse protection

• Dimensions: Configurable to meet classroom or lab requirements

  The DLZL-CAC01 Household Central Air Equipment is engineered to provide students with hands-on experience using industry-standard residential HVAC systems. It supports curriculum development aligned with modern home climate control technologies, smart ventilation practices, and energy-saving techniques. Perfect for institutions aiming to produce skilled HVAC professionals and energy-efficient system designers.