Air Conditioning and Refrigeration Training Equipment

Air Conditioning and Refrigeration Training Equipment

DL-ZLDR03 Refrigerator Training System (including software, computer, and UPS)

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Model: DL-ZLDR03 Refrigerator Training System (including software, computer, and UPS)

1)Power supply: Single-phase 220V±10%, 50Hz, 10A;

2)Test bench body: movable bench body with four casters (two with brakes, two without brakes).

3)Communication method. The RFID reader supports the ISO-15693 protocol and provides two standard communication protocols: ModBus_TCP or ModBus_RTU.

DL-ZLDR03 Refrigerator Training System (including software, computer, and UPS)

Details introduction

Equipment Overview

This device is a desktop model, with dimensions of approximately 1280 ( length) × 700 (width) × 1650 (height) .

It allows users to study and observe the various stages of the refrigeration cycle (such as coefficient of performance, superheating, and subcooling) through pressure-enthalpy diagrams and R-134a charts.

The refrigeration circuit includes high-pressure and low-pressure gauges, pressure switches, sight glasses, filters, dryers, thermostatic expansion valves (TEVs), etc.

The circuit includes a pressure sensor that connects to the instrument.

Four thermocouples are placed around the cooling circuit for temperature monitoring and to support calculations of possible overheating and undercooling.

Pressure and temperature can be measured around the refrigeration circuit.

The equipment is equipped with an LCD display screen to show all measurement parameters.

The evaporator and condenser coils should be submerged in the water tank.

The water tank should be equipped with a temperature sensor to clearly display the cooling or heat pump cycle.


Equipment configuration

(1) Learning to use pressure-enthalpy charts

(2) Determine superheat and supercooling

(3) Basic refrigeration cycle energy balance

(4) Determine the coefficient of performance (CoP)

(5) Determine the non-isotropic, isotropic, and volumetric efficiencies during the compression phase.

(6) The effect of heat source and heat sink temperature on COP.

(7) Compare the performance of the actual cycle and the inverse Carnot cycle.


Training Projects

The HVAC trainer may study: 

-  Building water supply and drainage system training

-  Understanding and installation training of sanitary appliances

-  Understanding the Suweto Drainage System

-  Training on understanding risers and lateral branches

-  Practical training on the water supply and drainage principles and functions of mop pools and urinals

- Practical training on the principles and functions

- Drainage System Training

- Water supply system training

- Water supply and drainage automatic control training


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