THERMOTRONICS (HVAC) Training Systems

Thermotronics refers to the didactic systems intended for studying thermomechanics, that is, the equipment dedicated to producing, transmitting, and using both domestic and industrial heat. Our Thermotronics laboratories study topics related to cooling cycles, air conditioning, heating, and sanitary water production systems. De Lorenzo is always at the forefront and has developed environments and solutions for training and equipment for students to be trained theoretically and experimentally and to develop their professional skills inherent to thermomechanics. Each line of our products addresses study content from its study program, practices, and fault simulation systems. At De Lorenzo, we manufacture quality, flexible, and educational systems for the development of skills of professionals in the 21st century.

AIR CONDITIONING Training Systems

It is the process of treating the air conditioning of inhabited spaces; it consists of regulating the conditions in terms of temperature (heating or cooling), humidity, cleaning (renovation, filtering), and air movement within the spaces of use. Both industrial and domestic systems can be autonomous and centralized. Our systems for air conditioning study will allow students to develop the skills necessary for selecting, designing, operating, and maintaining air conditioning systems. Therefore, our modules have interconnected theories and practices that enable students to learn gradually and teachers to plan their courses.

AIR-CONDITIONING SYSTEM

DL TM05

MIXED AIR-CONDITIONING SYSTEM

DL TM06

DOMESTIC AIR‐CONDITIONING SYSTEMS

DL TM07

HEAT PUMP AIR-CONDITIONING SYSTEM

DL TM08

INTRODUCTION TO THE AIR CONDITIONING SYSTEMS

DL TM33

SPLIT TYPE AIR CONDITIONER TRAINING SYSTEM

DL TMAC10

DIDACTIC SYSTEM FOR THE STUDY OF ENERGY EFFICIENCY IN HVAC SYSTEMS

DL CLIMA-6

DIDACTIC SYSTEM FOR THE STUDY AND TRAINING IN REFRIGERATION AND AIR CONDITIONING WITH REVERSE…

DL CNSPLI-KT

REFRIGERATION Training Systems

Refrigeration is the process of preservation by physical treatment, which consists of maintaining a food or product in good temperature conditions (from -3ºC to 5ºC) to decrease or inactivate microorganisms in reproduction. Refrigeration has various applications, including medical, industrial, and domestic. Our systems for studying the refrigeration process will allow the student to acquire the skills necessary for the selection, design, operation, and maintenance of domestic and industrial systems.

REFRIGERATING CYCLES SIMULATOR

DL TM01

DOMESTIC REFRIGERATING SYSTEMS

DL TM02

REFRIGERATING UNIT FOR FOOD DISTRIBUTION

DL TM03

INDUSTRIAL COLD STORE

DL TM04

INDUSTRIAL REFRIGERATING SYSTEMS

DL TM32

COLD ROOM

DL DKF011

HEAT PUMP

DL DKC031

REFRIGERATION AND AIR CONDITIONING TRAINING SYSTEM

DL TMAC11

HEATING AND SANITARY PLANTS Training Systems

The sun is an extremely powerful energy source that often functions as storage. The heating system is the process of setting the temperature of an enclosed space in order to provide comfort to its occupants. Heating is the largest energy expenditure in the world, therefore, the reduction in the energy used for heating represents the most effective way to contribute to the resolution of environmental problems. A form of heating is currently known as central or indirect heating and consists in the conversion of energy from an external or internal source on the site that needs to be heated. The resulting heat is transmitted to the site through a fluid medium such as air, water or steam. De Lorenzo has designed different simulators and demonstrators to cover this field. The educational goal of each of the didactic systems that we offer for this line is for students to know and understand the operation of the devices, the general specifications of their systems, maintenance and control characteristics

HEATING SYSTEMS

DL TM09

SANITARY WATER PRODUCTION SYSTEMS

DL TM10

PHOTOVOLTAIC AND THERMAL PANELS

DL TM11

SOLAR THERMAL HOME PLANT SIMULATOR

DL TM12

SOLAR THERMAL ENERGY TRAINER

DL THERMO-A1

SOLAR THERMAL ENERGY TRAINER

DL THERMO-A2

SOLAR THERMAL ENERGY TRAINER

DL THERMO-A12

SOLAR THERMAL ENERGY TRAINER

DL THERMO-A3

GEOTHERMAL ENERGY TRAINER

DL GEOTHERM

HEAT TRANSFER Training Systems

We call heat transfer, thermal transfer, or heat transmission the physical phenomena from which heat spreads from one medium to another. This occurs when two systems of different temperatures come into contact, allowing the flow of energy from the highest concentration (in this case of higher temperature) to the lowest concentration point until reaching a thermal equilibrium, in which they equalize temperatures. There are three mechanisms of heat transfer: conduction, convection, and radiation. There is conduction within a body or between two bodies in contact. Convection depends on the movement of a mass from one region of space to another. Radiation is heat transfer by electromagnetic radiation, like sunlight, without there having to be any matter in the space between the bodies. De Lorenzo has designed different simulators and demonstrators to cover this field. The educational goal of each of the didactic systems we offer for this line is for students to know and understand the operation of the devices, the general specifications of their systems, maintenance and control characteristics.

HEAT TRANSFER BY NATURAL AND FORCED CONVECTION

DL DKT032S

HEAT TRANSFER IN CONCENTRIC TUBES

DL DKC071

HEAT EXCHANGERS

DL DKC011

PLATE HEAT EXCHANGER

DL DKC012

SHELL AND TUBE HEAT EXCHANGER

DL DKC013

TUBULAR HEAT EXCHANGER

DL DKC014

JACKETED VESSEL WITH STIRRER AND COIL HEAT EXCHANGER

DL DKC015

WATER COOLING TOWER

DL DKC021

TYPE A COOLING TOWER

DL DKC022

TYPE B COOLING TOWER

DL DKC023

TYPE C COOLING TOWER

DL DKC024

TYPE D COOLING TOWER

DL DKC025

TYPE E COOLING TOWER

DL DKC026