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www.delorenzoenergy.com
Introduction
The problem of training has reached, in the last few
years, such an important level to have become a priority
with respect to the other problems that any Country has
to face.
The peculiarity of this problem is due to a double aspect:
The social objective of the school is mainly that of being
first of all didactic and not merely selective.
Both technical and vocational training must be complete
and polyvalent and must not limit themselves to a
mainly theoretical education.
The qualitative aspect of training deals with the
need that, at the end of the classes, the student be
immediately ready to benefit from the years that with
a lot of efforts he has devoted to the study, without
necessarily needing further practical training courses to
complete its qualification.
Since 1951, the year of its establishment, De Lorenzo
started to operate in the field of electronics, dealing
with the manufacturing and sale of measurement
instruments.
During this activity, we found a serious lack of equipment
in the didactic sector and decided that our structure,
our engineers and our facilities could have been used to
obviate such a deficiency.
In 1964, De Lorenzo designed the first kit for the study
of electronics, a novelty factor in the education market.
Soon, more products were added to this first kit, all
specially designed for teaching electronics.
In 1966, De Lorenzo designed the first laboratory for
experiments on electrical engineering and in 1968 De
Lorenzo, that was already exporting to many countries,
was selected for a large supply of equipment to the
Mexican Regional Technology Institutes.
De Lorenzo S.p.A. has always tried to respond to the
above two needs through a training philosophy that
consists in:
Its history continues, success after success, up to the
present days, with a large number of products, areas of
technical expertise and presence in foreign Countries.
• studying the official curricula and the objectives
to be reached;
An Italian reality in the service of technical and
vocational training.
• evaluating, together with the technical staff of
the school, the needs of the teachers;
• avoiding the mere demonstration of the physical
phenomena, while insisting on the experiment
and, above all, on the measurement;
• inciting students to use the didactic equipment,
while protecting both their safety and the safety
of the equipment;
• studying the installation lay-outs and assisting
the teachers during the on-site start-up phase;
• providing manuals and other study material
relevant to the equipment and the curricula.
The didactic nature of our equipment, although
directly derived from the industry, allows students
noticing and understanding more easily and quickly the
operation of the equipment and the laws that control
it, indispensable condition for the activities of design,
utilization and maintenance.
De Lorenzo S.p.A. is always ready to study and set
up special projects for custom tailored laboratories
for technical and vocational schools, for budgeting
purposes or for requests of funding to public and private
Institutions, such as World Bank, EuropAid, etc.
2
Made in Italy
De Lorenzo S.p.A. manufactures in its factory of Rozzano, in
the outskirts of Milan, all the didactic equipment that it supplies
and the reliability and long duration of its equipment are obtained
through the use of first grade material and components and the
study of safety systems and protections to avoid overloads and
short circuits.
Viale Romagna, 20
20089 Rozzano (Milano) Italy
T. + 39 02 82 54 551 F. + 39 02 82 55 181
info@delorenzo.it
www.delorenzoglobal.com
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Index
Automation
pag. 4
Autotronicspag. 6
Biomedical
pag. 8
Building Automation
pag. 10
Basic Electronics and Electronics for Telecommunications
pag. 12
Power Electronicspag. 14
Renewable Energies and Energy Efficiency
pag. 16
Electrical Power Engineering
pag. 18
Civil Installations
pag. 20
Industrial Installations
pag. 22
Electric Machines
pag. 24
Electric Measurements
pag. 26
Automatic Control Technology pag. 28
Thermotechnics
pag. 30
TIME (System for the Study of Electronics)
pag. 32
Advanced Telecommunications
pag. 35
Work benches for Electric Installations pag. 36
Electro-mechanics
pag. 38
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Automation
DL 2314
Automation is the use of control systems to control
industrial machinery and processes. Our laboratory
starts from the study of PLCs to allow students the
analysis and the acquisition of the techniques related
to programming a PLC and to its use in control
technology.
The laboratory then includes a set of real situations
simulation panels to facilitate, in a user-friendly and
stimulating way, the study and the programming of the
PLC: programmable traffic lights, automated parking
garage, three-floor elevator, etc.
Our proposal continues with the study of the control of alternate and direct current motors and with the application
of the PLC programming techniques to processes where to control level, pressure, temperature and flow of a typical
industrial process plant.
The laboratory is, then, completed with a pneumatic and electro-pneumatic trainer and with a modular system
representative of the automation techniques for industrial production (CIM, Computer Integrated Manufacturing),
a very topical subject, the latter, basis for modern industry.
CIM
DL 2110B
DL 2125
4
In detail, the products that we propose for the Automation laboratory are the
following:
DL 2122M
DL 2124
PLC:
DL 2110B – Programmable logic controller, 38 IN, 34 OUT
DL 2110A – Programmable logic controller, 24 IN, 16 OUT
DL 2110-131K – PLC trainer
DL 2110ITS-200/300 – Interactive trainer for industrial
processes
Simulators:
DL 2112 – Analogue input/output simulator
DL 2113 – Digital input simulator
DL 2120 – Two-storey parking garage simulator
DL 2121 – Smart traffic light simulator
DL 2122M – Model of an elevator
DL 2122 – Simulator of an elevator
DL 2124 – Belt conveyor simulator
Electric
controls:
DL 2104G – Electromechanical components module
DL 2123 – Squirrel cage motor control
DL 2125 – DC motor speed control
Process
controls:
DL 2314 – Process control trainer
DL 2312HG – Sensors and transducers trainer
Pneumatics:
DL 8161 – Pneumatics trainer
DL 8171 – Electro-pneumatics trainer
DL 8110P – Modular pneumatics trainer
DL 8115EP – Modular electro-pneumatics trainer
CIM:
DL CIM-A – Computer Integrated Manufacturing (basic
configuration)
DL CIM-B – Computer Integrated Manufacturing
(advanced configuration)
DL CIM-C – Computer Integrated Manufacturing (full
configuration)
“per maggiori informazioni e dettagli sui prodotti vedere il catalogo xy”
DL 2104G
DL 2121
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Autotronics
DL AM20
Electronic technology has strongly entered the
auto motive field and is currently influencing the
main characteristics of the people working for the
maintenance and the improvement of the vehicle
operation.
New systems for air conditioning, ABS braking,
antitheft devices and others have been regularly
added to the traditional electrical systems for
lighting, power and ignition/injection.
To fulfill the training needs of the automotive industry, DE LORENZO has realized a multidisciplinary laboratory
that allows the theoretical study and the practical analysis of the problems related to the field of electrical and
electronic technology applied to automobiles.
The laboratory consists of a set of simulation panels for the study of the electrical and electronic systems and subsystems that are used in modern motor vehicles and of a set of demonstration trainers with real components for
a more direct and practical approach to the automotive subject.
The simulators are provided with a CAI (Computer Assisted Instruction) software and can be connected in a local
network with a control software for the teacher. The possibility to insert simulated faults increases the flexibility of
these didactic systems and make them suitable for training a modern motor mechanic.
DL DM01
6
DL AM21
In detail, the trainers that we propose for the Autotronics laboratory are
the following:
Simulation panels
DL AM06
DL AM01
Air conditioning for automobiles
DL AM02
Engine starting
DL AM03
Electric circuits
DL AM04
Engine operation
DL AM05
Sensors and controls
DL AM06
Emissions control system
DL AM07
Electric power system
DL AM08
Electric components
DL AM09
Electric components of big vehicles
DL AM10
Big vehicles starting system
DL AM11
Hydraulics brakes
DL AM12
Electronic fuel injection
DL AM13
Ignition system
DL AM14
ABS braking system
DL AM15
Diesel engine management system
DL AM16
Common rail direct injection for
diesel engine
DL AM17
Passive safety devices for motorcars
DL AM20
Hybrid systems, internal combustion
and electric motor
DL AM21
Light electric vehicles
DL AM07
Demonstration panels
DL DM01
Electronic suspension control
DL DM02
Electric light and signaling systems
DL DM04
Multi-Point injection system
DL DM14
ABS anti-lock braking system
DL DM16
Air-bag system
“per maggiori informazioni e dettagli sui prodotti vedere il catalogo xy”
DL DM14
DL AM13
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Biomedical
DL 3155BIO5
Within the more general environment of the electronic instrumentation, the biomedical instrumentation is
characterized by some peculiar elements, that are correlated to the particular field of application, due to the fact
that it has to be interfaced to the human body.
This laboratory deals with the design and operating principles of the most common biomedical instrumentation in
the field of diagnosis, therapy and rehabilitation.
The objective is that of studying in detail different circuits that are commonly used in the clinic practice, by means
of propaedeutic and application modules.
Special attention is paid to the problems related to the electrical safety of the patient.
This laboratory has been designed to train in particular two types of professionals:
• Biomedical engineers, that take care of the design and of the development of the equipment.
• Biomedical laboratory technicians, that deal with the operation and the maintenance of the equipment.
DL 3155BIO14
8
DL 3155BIO13
DL 3155BIO9
The biomedical laboratory is composed of 16 didactic modules,
composed of electronic boards with real components and CAI
(Computer Assisted Instruction) software:
Propaedeutic Modules
DL 3155BIO1
Transducers
DL 3155BIO2
Amplifiers
DL 3155BIO3
Filters
DL 3155BIO4
Pulse conversion indicator
Application Modules
DL 3155BIO8
DL 3155BIO5
ECG – EEG – EMG
DL 3155BIO6
Pulse rate
DL 3155BIO7
Temperature and respiration
DL 3155BIO8
Galvanic skin resistance
DL 3155BIO9
Audiometer
DL 3155BIO10
T.E.N.S. (Transcutaneous Electrical
Nerves Stimulation)
DL 3155BIO11
Magneto-therapy
DL 3155BIO12
Electro-stimulation
DL 3155BIO13
Laser therapy
DL 3155BIO14
Ionophoresis
DL 3155BIO15
Ultrasound therapy
DL 3155BIO16
Blood pressure monitoring
Power Supplies
DL 3155AL5
Power supply
DL 3155AL2
Power supply with PC interface
DL 3155AL2RM
Power supply with PC interface and
virtual instrumentation
“per maggiori informazioni e dettagli sui prodotti vedere il catalogo xy”
DL 3155BIO10
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Building Automation
Building Automation deals with technologies, devices and
systems that provide, in a house or, more generally, in public
and private buildings, increased quality of life and safety,
energy saving, lower installation and maintenance costs for
the electrical devices and simplified maintenance for the
electrical system.
The system that we propose is based on the EIB (European
Installation Bus) solution, that needs just a single bipolar
conductor through which all the end users connected to the
“bus line” communicate among them.
The products that are marked with the “EIB” symbol are
guaranteed as compatible and interoperating among them,
even if they come from different manufacturers. The system
is then controlled and managed by a software package, named ETS (EIB Tool Software), through which the single
components, all connected in parallel to the single bipolar line, gain their “individuality” through an identification
address and are programmed for the type of function and for the system where they are installed.
The study subjects include the following categories: lighting systems, shutter control systems, safety systems and
heating/air conditioning systems.
For all the above categories the manuals include practical exercises by using standard EIB components. Each
experiment describes step by step the design, the configuration and the commissioning of the system.
In detail, the modules that we propose for the Building Automation laboratory are the following:
10
DL 2101T70
Single phase power unit
DL 2101T71
EIBus power supply
DL 2101T72
Push-button interface
DL 2101T73
Movement detector
DL 2101T74
Double push-button
DL 2101T75
Smoke detector
DL 2101T76
Ambient thermostat
DL 2101T77
Brightness controller
DL 2101T80
Binary output
DL 2101T81
Universal dimmer
DL 2101T82
Shutter actuator
DL 2101T83
Valve actuator
DL 2101T84T
Infrared transmitter
DL 2101T84R
Infrared receiver
DL 2101T85
Scenery module
DL 2101T89
Display unit
DL 2101T90
USB interface
DL 2101T91
Sockets with lamps
DL 2101T92
Venetian drive
DL 2101T94
2-channel clock switch
DL 2101T95
Touch panel
DL 6BK1
PLC LOGO! and EIB/KNX
communication module
DL SW-ETS
ETS programming software
DL 2101T75
The modules can be grouped in a set of standard configurations for
the study of specific subjects, such as, for instance:
DL 2101T72
DL 2101T91
Lighting:
DL 2101T70, DL 2101T71, DL 2101T72,
DL 2101T74, DL 2101T77, DL 2101T80,
DL 2101T81, DL 2101T84, DL 2101T90,
DL 2101T91 (2), DL SW-ETS
Shutter control:
DL 2101T70, DL 2101T71, DL 2101T74,
DL 2101T82, DL 2101T90, DL 2101T92,
DL SW-ETS
Safety:
DL 2101T70, DL 2101T71, DL 2101T72,
DL 2101T73, DL 2101T75, DL 2101T80,
DL 2101T90, DL 2101T91, DL SW-ETS
Heating:
DL 2101T70, DL 2101T71, DL 2101T76,
DL 2101T83, DL 2101T89, DL 2101T90,
DL SW-ETS
Scenery module:
DL 2101T70, DL 2101T71, DL 2101T74,
DL 2101T81 (2), DL 2101T85, DL 2101T90,
DL 2101T91, DL SW-ETS
It is also possible to use a PLC for the control of the modules.
It is then necessary to add to the above mentioned modules a
work frame with 2 or 3 levels, according to the number of modules
forming the selected configuration, and a set of connecting leads
(DL 1155EIB).
“per maggiori informazioni e dettagli sui prodotti vedere il catalogo xy”
DL 2101T83
DL 2101T77
DL 6BK1
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Basic Electronics and Electronics for Telecommunications
The study of basic electronics, propaedeutic to all
the following studies relative to the applications,
in different technology fields, of the principles of
electronics, is proposed in this laboratory through
the use of a set of dedicated modules for general
subjects and specific for telecommunications.
With the modules of the laboratory it is possible to perform practical guided experiences that allow acquiring the
theoretical principles that are the basis for all the most common electronic circuits made of analogue and digital,
active and passive components.
Special characteristics of the modules of the laboratory are their sturdiness and their user-friendly approach. The
connections among the different points of the circuits are obtained by means of safety connecting leads and the
exercises are explained in the manual with a lot of details.
The modules that we propose for the Basic Electronics and Electronics for Telecommunications laboratory are the
following:
Discrete components linear electronics
DL 2155AT
BJT voltage amplifiers
DL 2155APT
BJT power amplifiers
DL 2155ART
BJT feed-back amplifiers
DL 2155FET
FET-MOSFET
DL 2155RTD
Transistor based voltage regulators
DL 2155OSA
High frequency oscillators
DL 2155OSB
Low frequency oscillators
DL 2155OSX
Quartz oscillators
DL 2155AOP
Integrated components linear electronics
DL 2155MVB
Transistor multivibrators
DL 2155TRG
Schmitt trigger and NE 555
DL 2155AOP
Operational amplifiers
DL 2155FIL
Active filters
DL 2155GEF
Function generators
DL 2155DIS
Differentiators, integrators, S&H and
peak detectors
DL 2155COM
Comparators
DL 2155AMP
AC amplifiers and DC instrument
amplifiers
DL 2155SMA
Analogue switches and multiplexers
DL 2155RTI
Voltage regulators with integrated
circuits
DL 2510A
DL 2205PRL
12
Digital electronics
DL 2203C
Combinatory logic
DL 2203S
Sequential logic
DL 2203SFL
HCT-ECL-CMOS
DL 2205INL
Advanced sequential logic
DL 2205PRL
Programmable logic
DL 2203SR
Digital Electronics
Electronics for telecommunications
DL 2153
Basic telecommunications trainer
DL 2530
PLL circuits
DL 2531
Frequency synthesizers
DL 2520
Fourier synthesizer
DL 2155ST
HI-FI amplifiers
DL 2500
Amplitude modulation
DL 2501
Frequency modulation
DL 2502
SSB amplitude modulation
DL 2550
FDM multiplexing
DL 2511
AM transmitter
DL 2510A
AM super heterodyne receiver
DL 2513
FM transmitter
DL 2512A
FM receiver
DL 2514
SSB transmitter
DL 2515
SSB receiver
DL 2542
DELTA modulation
DL 2543
PWM-PPM modulation
DL 2545
Differential PCM modulation
DL 2540
PAM multiplexing
DL 2541
PCM multiplexing
DL 2560
Base band data transmission
DL 2561
ASK modulation
DL 2562
FSK modulation
DL 2563
PSK modulation
DL 2597
Transmission lines
DL 2570
Fiber optics
DL 2155TRG
DL 2155OSB
DL 2203SR
Applications
DL 2155DAC
Digital-to-analogue converters
DL 2155ADC
Analogue-to digital converters
DL 2155AC
Switching power supplies
DL 2316
Thyristors, triacs and their
applications
DL 2155RGT
Temperature control
DL 2155RGM
Speed control of a dc motor
DL 2208
Step motor control
DL 2330
Process simulator with PID control
DL 2317SR
Power electronics
DL 2318SR
Motor board
“per maggiori informazioni e dettagli sui prodotti vedere il catalogo xy”
DL 2318SR
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Power Electronics
The objective of power electronics is the control of the power
flow through the conversion of the mains voltages by means
of power semiconductors able to perform the functions of
switching, control and conversion of electric energy in an
efficient and reliable way.
De Lorenzo has realized a laboratory for the study of power
electronics that provides to the student a practical learning
based on the performance of guided exercises.
The study subjects include the following categories:
• AC/DC conversion
• DC motors drives
• AC/AC Conversion
• AC slip ring motors drives
• DC/DC conversion
• AC squirrel cage motors drives
• DC/AC conversion
The laboratory is modular and includes more than 60 elements, panel type and bench type, that can be purchased
also gradually, starting from the most interesting subjects, to reach the integration of the full laboratory at a later
time.
In detail, the laboratory is composed of the following modules:
14
DL 2601
Selenium rectifier
DL 2602
Silicon diode
DL 2603
Group of diodes
DL 2604
SCR
DL 2605
Group of SCR
DL 2607
TRIAC
DL 2608
MOSFET
DL 2609
IGBT
DL 2610
Group of IGBT
DL 2611
Bridge three-phase rectifier
DL 2612
SCR with turn off circuit
DL 2613
DC power supply
DL 2614
Voltage reference generator
DL 2615
Trigger point limiter
DL 2616
Two pulse control unit
DL 2617
Six pulse control unit
DL 2619
PWM, PFM and TPC control unit
DL 2620
Run-up control unit
DL 2622
PID controller
DL 2623
Absolute value generator
DL 2624
Adaptive PI controller
DL 2625
Matching amplifier
DL 2626
Mains transformer
DL 2627
Capacitors
DL 2628
Super-fast fuses
DL 2629
Switching transformer
DL 2630
Current transformer
DL 2631
Trigger pulse switch
DL 2632
Switching logic
DL 2633
Function generator
DL 2634
Voltage divider 20:1
DL 2635
Load
DL 2636
Sockets with lamps
DL 2617
DL 2626
DL 10200A1
DL 2637
Stabilized power supply
DL 2639
Phase control fault simulator
DL 2640
EMI filter
DL 2642
Isolation amplifier
DL 2643
Support with 3 shunts 1 Ω
DL 2644
Support with 3 shunts 0,1 Ω
DL 2646
Frequency converter
DL 2648
PWM control unit
DL 2650
PC interface
DL 201SW
Power electronics software
DL 205.3SW
Induction motor control software
DL 2655
Variable three-phase transformer
DL 12B12
Battery stack
DL 2025DT
Tachometer
DL 2108SAL
Single-phase supply unit
DL 2108TAL
Three-phase supply unit
DL 2109T26
Power meter
DL 2109T33
True RMS meter
DL 2109T3PV
Moving iron voltmeter
DL 2109T2A5
Moving iron ammeter
DL 10115A1
Squirrel cage 3-phase asynchronous
motor
DL 10120A1
Slip ring 3-phase asynchronous motor
DL 10120RA
Rotor starter
DL 10200A1
Shunt excitation DC motor
DL 10250A1
Shunt excitation DC generator
DL 10300P
Powder brake
DL 2006D
Load cell
DL 10300PA
Powder brake control unit
DL 10400
Base
DL 10410
Flywheel
DL CRON
Electronic stop clock
“per maggiori informazioni e dettagli sui prodotti vedere il catalogo xy”
DL 2612
DL 2109T3PV
DL 2637
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Renewable Energies and Energy Efficiency
The laboratory for the study of renewable energies is composed of a set
of didactic trainers dedicated to the most common technologies that are
currently available in this field for the production of electric energy from
sources other than hydrocarbons.
In particular, the laboratory deals with subjects related to the solar
energy, in both the photovoltaic and thermal form, the wind energy,
the hydrogen fuel cell technology, the production of biodiesel from
vegetable oils, etc.
DL SOLAR-A
The laboratory also deals with an equally important subject, that of the
energy efficiency, to reduce the need for energy in both the civil and
industrial fields.
The trainers that we propose for the Renewable Energies laboratory are the following:
Photovoltaic solar energy
In this sector, the systems that we propose, similar for what concerns their didactic objectives, are different in their
study methodology and in the level of in-depth analysis of the technical aspects. The basic level is represented
by the model DL SOLAR-C, that allows a theoretical-practical study of the photovoltaic phenomenon with small
dimension solar cells and a graphic lay-out of possible applications. On the other hand, the models DL SOLAR-A and
DL SOLAR-B represent a real system for the production of electric energy with applications that are typical of our
everyday life. The model DL SOLAR-D deals with the subject of feeding the mains network with the energy that we
produce, but that we do not fully utilize in the place of production.
The trainers are also available with a data acquisition and processing system in LabVIEW environment.
DL SUN-WIND
Thermal solar energy
The didactic system that we propose in this section, DL THERMO-A, is composed of a solar panel, also available as a
simulator, a module containing the components for circulating, storing and controlling the liquid in the primary and
secondary circuits and a fan heater as a real application of the production of hot water by thermal effect.
16
Wind energy
In this sector, the systems that we propose are basically two: systems with a real turbine generator for the production
of electric energy (DL WIND-A) and a wind tunnel (DL WIND-B) for the study of the effects of the wind on the blades
of a turbine generator.
In the first case, the real turbine generator that is mounted on the trainer DL WIND-A can be substituted, in the
trainer DL WIND-A1, by a DC motor that allows its use also indoor or without wind.
The trainers are also available with a data acquisition and processing system in LabVIEW environment.
Hydrogen fuel cells
The fuel cells are electro-chemical devices
that allow obtaining electricity from certain
substances, such as hydrogen and oxygen,
without any thermal combustion process. The
systems that we propose are basically different
for what concerns the didactic methodology:
the DL HYDROGEN-A, where we study the
phenomenon of the production of electric energy
starting from the electrolytic phenomenon of
the production of hydrogen from distilled water,
and the DL HYDROGEN-B, where the hydrogen is
already stored in an aluminum container and the
study focuses on the production of energy and
on examples of real applications.
DL HYDROGEN-B
Biodiesel
The biodiesel is a biofuel, that is, a fuel that is obtained from renewable sources, such as vegetable oils and animal
fats. The pilot plant that we propose is based on the chemical process of transesterification and uses the methanol
as catalyst for the process.
The typical production is 30 liters/batch and includes also a system for recovering the alcohol that is obtained as a
byproduct of the process.
DL EFFICIENCY-A
Energy efficiency
In this section, the systems that we propose, such as the DL
EFFICIENCY-A, allow studying the energy efficiency in the control
of electric motors, that, in particular in the industrial field,
represent about 50% of the electric consumption of the whole
sector. The trainers compare the different control techniques and
quantitatively demonstrate the energy savings that we can obtain
if we use more suitable operating methodologies.
“per maggiori informazioni e dettagli sui prodotti vedere il catalogo xy”
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Electrical Power Engineering
The Electrical Power Engineering laboratory deals
in a complete and systematic way the subject of
the electric energy cycle, from its generation to
its transmission and distribution over high voltage
lines, with relevant protection relays, and its
utilization by the end users.
Therefore, the laboratory is divided in four main sections:
• Energy generation, where we study a bipolar alternator driven by a dc motor and different synchronization
circuits.
• Energy transmission and distribution, where we analyze a three-winding transformer and a line model to
study its characteristics at different load conditions.
• Protection techniques, where we study the measurement transformers and the relays that are most frequently
used for the protection of the lines.
• Energy utilization, where we discuss the problems relevant to the compensation of the reactive energy and
the methods with the devices needed for the measurement of the electric energy in alternate current and in
three-phase networks.
The laboratory is modular and includes more than 60 elements, panel type and bench type, that can be purchased
also gradually, starting from the most interesting subjects, to reach the integration of the full laboratory at a later
time.
DL 2109T17/2
18
DL 2109T29
DL 2108T18
In detail, the laboratory is composed of the following modules:
DL 1013T1
Variable three-phase power supply
DL 1013T2
Variable DC power supply
DL 7901TT
Line model
DL 1080TT
Three-phase transformer
DL 1017R
Resistive load
DL 1017L
Inductive load
DL 1017C
Capacitive load
DL 1023PS
Shunt DC motor
DL 1026A
Three-phase synchronous machine
DL 1021
Three-phase squirrel cage
asynchronous motor
DL 1019P
Magnetic powder brake
DL 1054TT
Brake control unit
DL 2006E
Load cell
DL 2031M
Optical transducer
DL 1013A
Universal base
DL 2025DT
Electronic tachometer
DL 1055TT
Experiment transformer
DL 2108TAL
Three-phase power supply
DL 2108T01
Variable DC power supply
DL 2108T02
Power circuit breaker
DL 2108T02/2
Double busbar with two disconnectors
DL 2108T02/4
Double busbar with four disconnectors
DL 2108T03
Line capacitor
DL 2108T04
Petersen coil
DL 2108T10
CT load
DL 2108T11
VT load
DL 2108T12
Under/over-voltage time relay
DL 2108T13
Inverse time over-current relay
DL 2108T14
Definite time over-current relay
DL 2108T15
Combined over-current and earth-fault
relay
DL 2108T16
Single-phase directional relay
DL 2108T17
L/C loads
DL 2108T18
Earth fault control relay
DL 2108T19
Reactive power controller
DL 2108T20
Switchable capacitor battery
DL 2108T21
Differential transformer relay
DL 2108T22
Distance protection relay
DL 2108T23
Feeder manager relay
DL 2108T24
Generator protection differential relay
DL 2109T1A
Moving coil ammeter, 1 A
DL 2109T2A5
Moving coil ammeter, 2.5 A
DL 2109T5A
Moving iron ammeter, 5 A
DL 2109T1PV
Moving iron voltmeter, 600 V
DL 2109T3PV
Moving iron voltmeter, 125-250-500 V
DL 2109T1T
Synchronization indicator
DL 2109T2T
Phase sequence indicator
DL 2109T16/2
Double frequencymeter
DL 2109T17/2
Double voltmeter
DL 2109T21
Single-phase current transformer
DL 2109T22
Three-phase current transformer
DL 2109T23
Single-phase voltage transformer
DL 2109T24
Three-phase voltage transformer
DL 2109T25
Summation current transformer
DL 2109T26
Power meter
DL 2109T27
Power factor meter
DL 2109T28
Three-phase kWh meter
DL 2109T29
Three-phase power meter
DL 2109T31
Three-phase kVArh meter
DL 2109T32
Synchronoscope
DL 2109T1AB
Moving coil ammeter
DL 2109T2VB
Moving coil voltmeter
DL BUZ
Acoustic continuity tester
DL CRON
Electronic stop clock
“per maggiori informazioni e dettagli sui prodotti vedere il catalogo xy”
www.delorenzoglobal.com www.technical-education.it www.delorenzoenergy.com 19
Civil Installations
The laboratory for the study of civil electric
installations is composed of a set of real components
mounted on isolated panels, that, in turn, can be
assembled on a work frame to allow performing
the electric connections and carrying out all the
experiences described in the didactic manual in a
simple and effective way from the learning point of
view.
The modules that we propose for the Civil Installations laboratory are the following:
20
DL 2101ALA
Single-phase power supply
DL 2101ALF
Single-phase power supply
DL 2101ALW
Single-phase power supply
DL 2101T02RM
Switches and commutator
DL 2101T04
Intermediate switch
DL 2101T04RM
Intermediate switch and two-way switches
DL 2101T05
Light pushbutton
DL 2101T07RM
Bell/door opener pushbuttons
DL 2101T08
Marked pushbuttons
DL 2101T10
Single-phase mains socket
DL 2101T11RM
Halogen lamps
DL 2101T11RM2A
Low consumption fluorescent lamps
DL 2101T13A
Single-phase transformer
DL 2101T14
Latching relays
DL 2101T15
Stepping relay
DL 2101T16
Staircase light timer
DL 2101T17RM
Incandescent and fluorescent lamps
DL 2101T2020
Bells
DL 2101T2021
Bell and buzzer
DL 2101T23
Display signaling
DL 2101T24
Electric lock
DL 2101T26
Entryphone
DL 2101T26E
Outdoor entryphone
DL 2101T27C
Power supply
DL 2101T28
Emergency light
DL 2101T29
Stand-by battery
DL 2101T30/40
Fire, intrusion and gas alarm control unit
DL 2101T31
Smoke detector
DL 2101T31W
Smoke detector, wireless
DL 2101T32
Thermal detector
DL 2101T33
Emergency push button
DL 2101T34RM
Alarms
DL 2101T38RM
Gas detector
DL 2101T39
Signaling lamps
DL 2101T40W
Interface control board
DL 2101T41
Microwave sensor
DL 2101T42
Passive infrared sensor
DL 2101T42W
Digital infrared sensor
DL 2101T43
Perimeter sensors
DL 2101T43W
Magnetic contact
DL 2101T44
Blinker
DL 2101T50
Video camera-monitor power supply
DL 2101T51-52
Video camera and outdoor station
DL 2101T53
Indoor monitor/intercom
DL 2101T60
Nurse board
DL 2101T61
Patient room board
DL 2101T100
Dimmer
DL 2101T101
Pushbutton light regulator
DL 2101T111
Twilight switch
DL 2101T112
Presence and twilight switch
DL 2101T113
Timer switch
The modules can be grouped in a set of standard configurations for
the study of specific subjects, such as, for example:
DL 2101T53
Lighting:
DL 2101ALF, DL 2101T02RM,
DL 2101T04RM, DL 2101T04, DL 2101T05,
DL 2101T07RM, DL 2101T10,
DL 2101T13A, DL 2101T15, DL 2101T16,
DL 2101T17RM
Optional:
DL 2101T11RM, DL 2101T11RM2A,
DL 2101T28, DL 2101T100, DL 2101T101,
DL 2101T111, DL 2101T112, DL 2101T113
Signaling:
DL 2101ALF, DL 2101T05, DL 2101T07RM,
DL 2101T08 (2), DL 2101T13A,
DL 2101T2020, DL 2101T2021,
DL 2101T23, DL 2101T24
Entryphone:
DL 2101ALF, DL 2101T26 (3),
DL 2101T26E, DL 2101T27C
Hotel/hospital:
DL 2101ALF, DL 2101T05, DL 2101T07RM,
DL 2101T08 (2), DL 2101T13A,
DL 2101T14 (3), DL 2101T2020,
DL 2101T39, DL 2101T60, DL 2101T61 (2)
Fire alarm:
DL 2101ALA, DL 2101T29, DL 2101T30/40,
DL 2101T31, DL 2101T32, DL 2101T33,
DL 2101T34RM, DL 2101T38RM
Anti-theft:
DL 2101ALA, DL 2101T29, DL 2101T30/40,
DL 2101T34RM, DL 2101T41, DL 2101T42,
DL 2101T43, DL 2101T44
Wireless anti-theft:
DL 2101ALW, DL 2101T31W,
DL 2101T40W, DL 2101T42W,
DL 2101T43W
Video entryphone:
DL 2101ALA, DL 2101T50, DL 2101T51-52,
DL 2101T53
DL 2101T17RM
To the above mentioned modules it is, then, necessary to add a
two level (DL 2100-2M) or three level (DL 2100-3M) work frame,
according to the number of modules that form the selected
configuration, and a set of connecting leads (TL 2101T).
DL 2101T43
21
“per maggiori informazioni e dettagli sui prodotti vedere il catalogo xy”
21
Industrial Installations
The laboratory for the study of industrial electric
installations is composed of a set of real components
mounted on isolated panels, that, in turn, can be
assembled on a work frame to allow performing the
electric connections and carrying out all the experiences
described in the didactic manual in a simple and effective
way from the learning point of view.
The modules that we propose for the Industrial Installations laboratory are the following:
DL 2102AL
Three-phase power supply
DL 2102ALCC
DC power supply
DL 2102T01
Emergency pushbutton
DL 2102T02
Three pushbuttons
DL 2102T03
Three pilot lamps
DL 2102T04
Contactor
DL 2102T05
Thermal relay
DL 2102T67
Time relay
DL 2102T09
Isolator
DL 2102T11
Position sensor
DL 2102T12
Star delta starter
DL 2102T15
Direct starter with inversion
DL 2102T17
Capacitive proximity sensor
DL 2102T18
Photoelectrical barrage sensor
DL 2102T19
Photoelectrical reflecting sensor
DL 2102T20
Level magnetic sensor
DL 2102T20RMB
Flooding probe
DL 2102T24
Star/delta starter with inversion
DL 2102T25
Pole switching for Dahlander motors
DL 2102T26
Pole switching with inversion
(Dahlander)
DL 2101T30RM86
Level control
DL 2102T31V
Pulse counter
DL 2102T38
Programmer
DL 2101T13
Single-phase transformer
DL 2109T04
Three-pole switch
DL 2102A
Three-phase induction motor
DL 2102D
Dahlander motor
DL 10115AVP
Asynchronous squirrel cage motor
DL 2102T02
22
DL 2102T11
DL 2102T38
DL 2102A
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The modules can be grouped in a set of configurations with di
growing complexity for the study of the different aspects of
industrial installations, such as, for example:
Basic experiences with industrial type electric components:
DL 2102AL, DL 2102T01, DL 2102T02, DL 2102T03, DL 2102T04 (2),
DL 2102T67, DL 2101T13
For starting a three-phase asynchronous motor we must add to
the above:
DL 2102T04 (2), DL 2102T67, DL 2102T05, DL 10115AVP
For starting induction motors and Dahlander motors we must add
to the above:
DL 2102T02, DL 2102T03, DL 2102T04, DL 2102T09, DL 2102D,
DL 2102A
DL 2102T20
DL 2102T05
For star/delta starting and pole switching we must add to the
above:
DL 2109T04, DL 2102T12, DL 2102T15, DL 2102T24, DL 2102T25,
DL 2102T26
For experiences on sensors we must add to the above:
DL 2102T11, DL 2102T17, DL 2102T18, DL 2102T19, DL 2102T20,
DL 2102T20RMB, DL 2101T30RM86, DL 2102T31V, DL 2102T38,
DL 2102ALCC
DL 2102T19 TX e RX
DL 2102T24
To the above mentioned modules it is, then, necessary to add a two level (DL 2100-2M) or three level (DL 2100-3M)
work frame, according to the number of modules that form the selected configuration, and a set of connecting leads
(TL 2102T).
“per maggiori informazioni e dettagli sui prodotti vedere il catalogo xy”
23
23
Electric Machines
OPENLAB
The laboratories that we propose are equivalent for what concerns their general characteristics, but differ in
the power of the electric machines:
•
•
•
•
•
MICROLAB: OPENLAB:
EUROLAB: UNILAB:
UNIPLAN:
0,2 kW (with safe power supply at 24/42 V)
0,2 kW (“open” type assembly system)
0,3 kW
1,1 kW
3,5 kW
DL 30052
DL 30100
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Each laboratory is composed of:
DL 30270
• Power supplies able to provide all the voltages, fixed and variable, in dc and ac and rectified that are necessary for
supplying the machines of the laboratory;
• Bases to fix the machines directly on the work bench;
• A complete set of motors, generators, transformers, brakes,
RLC loads, measurement modules and the necessary
accessories to be able to perform all tests on electric
machines;
• Data acquisition boards and software for manual, semiautomatic and fully automatic data acquisition, processing
and drawing of the characteristic curves in LabVIEW
environment.
Each electric machine is provided with a comprehensive didactic
manual that illustrates all the tests that it is possible to perform
on that machine at no load and load conditions and coupled to the
other machines of the laboratory.
The OPENLAB system is composed of: a coupling base, 2 stators
(in ac and dc), 3 rotors (slip ring, squirrel cage and dc), a power
supply module, a loads and rheostat module, an electric and
speed measurement module and the necessary accessories for
performing the tests on electric machines.
DL 10200A1
This system allows studying the magnetic field, the principles of
the electromagnetic induction, the compound, series and shunt
dc motors/generators, the three-phase induction motors (slip
ring and squirrel cage) and the single-phase induction motors
(repulsion and with capacitor), the Dahlander motor, the threephase synchronous motor, the alternator and the universal motor.
“per maggiori informazioni e dettagli sui prodotti vedere il catalogo xy”
DL 30061
DL 10250A1
25
25
Electric Measurements
The laboratory for the study of the electric measurements
is composed of a set of real instruments and components
mounted on isolated panels, that, in turn, can be
assembled on a work frame to allow performing the
electric connections and carrying out all the experiences
described in the didactic manual in a simple and effective
way from the learning point of view.
The modules that we propose for the Electric Measurements laboratory are the following:
DL 1013M2
Power supply
DL 1017R
Resistive load
DL 1017L
Inductive load
DL 1017C
Capacitive load
DL 2101T13
Transformer
DL 2109T01
Syncronoscope
DL 2109T02
Phase sequence indicator
DL 2109T03
Static rectifier
DL 2109T04R
Variable resistance
DL 2109T06
Double change-over switch
DL 2109T10
Micro-ammeter
DL 2109T11
Milli-ammeter
DL 2109T12
Ammeter (3 off)
DL 2109T14
Voltmeter 25/50 V
DL 2109T15
Voltmeter 250/500 V
DL 2109T16
Frequency meter
DL 2109T17
Single-phase wattmeter
DL 2109T18
Single-phase phase meter
DL 2109T19
Three-phase phase meter
DL 1023P
Direct current motor, shunt excitation
DL 1026A
Three-phase synchronous machine
DL 1013A
Base
DL 2109T01
DL 2109T06
DL 2109T19
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The modules can be grouped in two main configurations:
DL 2109T: Set of modules for the study of electric measurements
Composed of:
DL 1013M2, DL 1017R, DL 1017L, DL 1017C, DL 2101T13,
DL 2109T02, DL 2109T03, DL 2109T04R, DL 2109T06, DL 2109T10,
DL 2109T11, DL 2109T12 (3 off), DL 2109T14, DL 2109T15 (3 off),
DL 2109T17 (2 off), DL 2109T18, DL 2109T19
DL 2109T17
To perform the following tests :
• DC current measurement
• AC current measurement
• DC voltage measurement
• AC voltage measurement
• Ohm’s law
• Bridge circuit
• Capacitive reactance
• Power in DC circuit
• Power in single-phase circuit
• PF measurement in single-phase circuit
• Inductive reactance
• One-wattmeter method
• Two-wattmeter method
• PF measurement in three-phase circuit
• Four-reading method
• Six-pulse bridge circuit
DL 2109TM: Set of modules for the study of electrical
measurements with alternator
DL 2109T14
Composed of:
DL 1013M2, DL 1017R, DL 1017L, DL 1017C, DL 2101T13,
DL 2109T02, DL 2109T03, DL 2109T04R, DL 2109T06, DL 2109T10,
DL 2109T11, DL 2109T12 (3 off), DL 2109T14, DL 2109T15 (3 off),
DL 2109T17 (2 off), DL 2109T18, DL 2109T19, DL 2109T01,
DL 2109T16, DL 1023P, DL 1026A, DL 1013A
to perform all the tests of the previous configuration plus the
experiments on the synchronization of the three-phase alternator.
The same laboratory can be also provided in the 300 W version,
instead of the suggested 1.1 kW version.
To the above mentioned modules it is, then, necessary to add a two
level (DL 2100-2M) or three level (DL 2100-3M) work frame and a set
of connecting leads (TL 2109TM).
“per maggiori informazioni e dettagli sui prodotti vedere il catalogo xy”
DL 1026A
27
27
Automatic Control Technology
This laboratory has been designed to introduce the
fundamentals of automatic control technology. The
main functions of processes, controllers and controlled
systems are shown on a simulated controlled system, as
well as the interactions between the transfer elements
of a control loop.
In the first section of the laboratory we study the basic principles of
the theory of automatic control, the processes, the controllers and the
continuous and discontinuous automatic controls.
In the second section we suggest some practical applications, such as
the control of a dc motor or the control of temperature, light, level and
flow.
The laboratory is modular and includes about 30 panel type elements,
that can be purchased also gradually, starting from the most interesting
subjects, to reach the integration of the full laboratory at a later time.
DL 2688
DL 2681
28
DL 2677
DL 2675
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In detail, the laboratory is composed of the following modules:
DL 2613
DC Power Supply
DL 2614
Voltage Reference Generator
DL 2622
PID Controller
DL 2670
P Controller
DL 2671
Integral-Action Element
DL 2672
Derivative-Action Element
DL 2673
Summing Point - 2 Inputs
DL 2674
Summing Point - 5 Inputs
DL 2675
Simulated Controlled System
DL 2676
Dead Time Element
DL 2677
Second Order Transfer Element
DL 2678
Manual/Automatic Switch
DL 2679
Two Position Controller
DL 2680
Sample and Hold Element
DL 2681
Motor - Generator Set
DL 2682
Load Switch
DL 2683
Gain and Offset Adjust
DL 2684
Power Amplifier
DL 2685
Temperature Control System
DL 2686
Light Control System
DL 2687
Test Function Generator
DL 2688
Receptacle with pump
DL 2689
Filling Tank
DL 2690
Differential Pressure Transducer
DL 2691
Turbine Flow Meter
DL 2692
Solenoid valve
DL PS-Mod
Single Pole Switch
DL PP-Mod
Single Pole Pushbutton
“per maggiori informazioni e dettagli sui prodotti vedere il catalogo xy”
DL 2691
29
DL 2672
DL 2685
29
Thermotechnics
The Thermotechnics laboratory, that studies the
subjects related to the refrigeration cycles and to
the air conditioning, heating and sanitary water
production systems, is composed of 11 simulation
panels.
DL TM03
DL TM05
DL TM02
The simulators are provided with a CAI (Computer
Assisted Instruction) software and can be connected
to a LAN network with a teacher control software.
The possibility to insert simulated faults increases
the flexibility of these didactic systems that are
suitable for the training of present-day installation
technicians.
DL TM04
DL TM10
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DL TM11
DL TM09
In detail, the trainers that we propose for the Thermotechnics laboratory are the following:
Refrigeration
DL TM01
Refrigerating cycles simulator
DL TM02
Domestic refrigerating systems
simulator
DL TM03
Refrigerating unit for food distribution
simulator
DL TM04
Industrial cold store simulator
Air conditioning
DL TM05
Air-conditioning system simulator
DL TM06
DL TM07
Mixed air-conditioning system simulator Domestic air-conditioning system
simulator
DL TM08
Heat pump air-conditioning system
simulator
DL AM01
Air conditioning for automobiles
Heating
DL TM09
Heating system simulator
DL TM10
Sanitary water production system
simulator
Solar energy
DL TM11
Photovoltaic and thermal panels
simulator
“per maggiori informazioni e dettagli sui prodotti vedere il catalogo xy”
31
TIME – System for the Study of Electronics
Set of experiment modules for the study of electronics and its applications.
The TIME system has been designed with the objective of providing
students with an excellent educational tool, not only for the gradual
learning of the basic theoretical principles, but also for testing the
practical knowledge of the students.
Characterized by its versatility and adaptation to the continuous evolution
of technology, is able to stimulate the skill and the logic capabilities
of the students, through both individual and group applications. The
student can test, explore, directly experiment and easily assimilate what
he is studying.
DL 3155AL2RM con DL 3155SEM02
It is peculiar of this teaching methodology the division in modules
reproducing actual circuits relevant to the subject to be studied.
Each module is provided with a Teacher Manual and a Student Manual, strictly interconnected, to allow students a
simple and gradual learning and teachers an efficient guide for planning and performing the courses.
The TIME system is composed of:
• A power supply base with interface to PC;
• A set of boards for the study of electronics;
• A CAI (Computer Assisted Instruction) software;
• A supervision software.
DL 3155E10R
DL 3155M19
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In detail, the study modules that we propose for the TIME laboratory are the following:
Power supplies
DL 3155AL5
Base with power supply
DL 3155AL2
Base with power supply and interface
to PC
DL 3155AL2RM
Base with power supply, interface to PC
and virtual instrumentation
DL 3155E01
DC fundamentals
DL 3155M01
Electric circuits
DL 3155M01R
DC circuits
DL 3155E02
DC network theorems
DL 3155M02
Electric networks
DL 3155M03
Power and electric energy
DL 3155M04
Electric field
DL 3155M05
Magnetic field
DL 3155M05R
Magnetic circuits
DL 3155M06
Electromagnetism
DL 3155M07
AC circuits
DL 3155M08
Electric power in alternating current
DL 3155M09
Single-phase transformer
DL 3155M10
Direct current motor and generator
DL 3155M29
Three-phase systems
DL 3155M11
Electronic devices
DL 3155M11R
Semiconductor fundamentals
DL 3155M12
Diode applications
DL 3155M13
Transistors
DL 3155M13R
Semiconductor devices
DL 3155E16
Transistor feedback circuits
DL 3155E18
FET fundamentals
DL 3155E29
SCR TRIAC power control
DL 3155BRS
System for the study of electronics with
sub-modules
DL 3155M14
Amplification
DL 3155E14
Transistor amplifier circuits
DL 3155M15
Types of amplifiers
DL 3155E15
Transistor power amplifiers
DL 3155M16
Operational amplifiers
DL 3155M17
Power amplifiers
DL 3155E19
Operational amplifier
DL 3155E23
Operational amplifier applications
DL 3155E23R
Signal filters
DL 3155E23R1
Filter circuits
DL 3155M39
Passive and active filters
Electricity and Electromagnetism
Electronic devices
Amplification
“per maggiori informazioni e dettagli sui prodotti vedere il catalogo xy”
DL 3155BRS
33
DL 3155M06
33
Logics
DL 3155E20
Digital logic fundamentals 1
DL 3155E21
Digital logic fundamentals 2
DL 3155M18
Logic circuits
DL 3155M18T
Digital experiments
DL 3155M19
Sequential logic
DL 3155M19R
Digital circuits
DL 3155E22
Power electronics
DL 3155M20
Memories
DL 3155M21
Conversion
DL 3155M21R
Signal processing
DL 3155M22
Multivibrators
DL 3155M22R
Oscillators
DL 3155M24
Programmable systems
DL 3155M24R
8-bit microprocessors
DL 3155E24
32-bit microprocessors
DL 3155E24/PAR
Parallel interfaces
DL 3155E24/SER
Serial interfaces
Regulations and Controls
DL 3155E10
Motors, generators and control
DL 3155E10R
Power electronics and control
DL 3155E17
Power supply regulation circuits
DL 3155E17R
Power supplies regulator
DL 3155E25
Transducers fundamentals
DL 3155E25T
Experiments on sensors
DL 3155M33
Regulations and Controls
DL 3155M33A
Application board for motor speed
control
DL 3155M33B
Application board for temperature
control
DL 3155M33C
Application board for position control
DL 3155M33D
Application board for pressure control
Instrumentation
DL 3155SEM01
Laboratory power supply
DL 3155SEM02
Digital multimeter
DL 3155SEM03
Function generator
DL 3155SEM04
Frequency meter
DL 3155SEM05
Oscilloscope
DL 3155SEM06
Inductance meter
DL 3155SEM07
Capacitance meter
Software
DL NAV
CAI Software
DL LAB
Laboratory Management Software
Breadboard
DL 3155DES
Breadboard module
DL 3155M08
DL 3155E24
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Advanced Telecommunications
DL TC72
DL 2156D2
The Advanced Telecommunications laboratory deals with the most recent technologies in the field of Digital
Communications and Networking.
It is composed of two trainers for the study of transmission through electromagnetic waves, a laboratory for the
study of Networking techniques and a trainer for experiences in digital telephony.
The trainers that we propose for the Advanced Telecommunications laboratory include:
Data transmission
DL 2450
Radar trainer
DL 2594N
Microwaves trainer
Networking
DL TC72
Communication protocols: HDLC, SDLC,
X.25, Frame Relay, ATM
DL TC74
Local Area Network and Intranet (LAN)
DL TC72
DL TC75
DL TC77
Wide Area Network and Internet (WAN) Voice over IP (VoIP)
DL TC78
Wireless LAN (WLAN)
Telephony
DL 2156D2
Digital telephone exchange trainer
DL TC74
“per maggiori informazioni e dettagli sui prodotti vedere il catalogo xy”
DL 2450
35
DL TC72
35
Work benches for electric installations
DL 1103
DL 1101
The main feature of these work benches is their high flexibility and autonomy; they do not need a main distribution
control panel, but just a cable to supply them the mains voltage.
Designed to allow the performance of wiring experiments in the area of civil and industrial installations, they offer
the maximum work versatility in the laboratory. Thanks to the fast hook-up system for the panels on which the
student makes his circuit, it is possible to store all the works that have not been completed in a single lesson and
leave the frame free for other students.
The supporting structure is made of tubular, fire varnished and rustproof steel, while a large bi-laminated wooden
surface can be used for tools and wiring accessories. Furthermore, the workbench is provided with compensator
feet to offset unevenness of the floor. The power supplies are provided by means of a vertical module placed by the
side of the work panels and all the supplies are protected according to current regulations.
On request, it is possible to add to the bench a series of accessories, such as: drawers, chest of drawers, central
cabinets, socket-holders, work panels and containers to house the panels.
DL 2102C2
DL 1100E
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In detail, the work benches and the kits of components that we propose in this laboratory are the following:
Work benches
DL 1101
Two place work bench with 2
independent supplies
DL 1103
Four place work bench with 4
independent supplies
DL 1106
Two place wall work bench with 1
supply
DL 1107
Single place bench-top work frame with
1 supply
DL 1104
Four place work bench with 2
independent supplies
Accessories
DL 1001A2
Drawer
DL 1001C2
Chest of two drawers
DL 1001D2
Chest of three drawers
DL 1001F2
Socket holder
DL 1100A
Tool kit
DL 1100B
Wooden panel
DL 1100C
Twelve junction boxes panel
DL 1100C6
Six junction boxes panel
DL 1100D
Grid panel
DL 1100E
Strip panel
DL 1100H
Cabinet
DL 1100N
Panel housing cabinet
DL 1100SD
Junction box
DL 10115AVP
DL 2102A
Squirrel cage three-phase asynchronous Slip ring three-phase asynchronous
motor
motor
DL 2102D
Dahlander two speed motor
Kits for civil installations
DL 2101
Civil installations
DL 2101A
Lighting installations
DL 2101B
Signaling installations
DL 2101C
Intercom systems
DL 2101D
Hotel signaling systems
DL 2101E
Civil and hotel signaling systems
DL 2102C1
Advanced industrial electric
installations
DL 2102C2
Complete industrial electric
installations
Kits for industrial installations
DL 2102B
Basic industrial electric installations
“per maggiori informazioni e dettagli sui prodotti vedere il catalogo xy”
DL 10115AVP
37
DL 1103
37
Electro-mechanics
The Electro-mechanics laboratory has been designed to introduce the design and the production of electric machines
in a practical way, on the basis of the theory that the teacher has explained in its classroom. In this laboratory we
propose a set of kits for the construction of motors and transformers, the winding machines for the realization of
the copper coils and some necessary accessories for completing and testing the electric motors assembled by the
students.
In detail, the equipment that we propose for this laboratory are the following:
DL 2105
Kit for the construction of an
asynchronous motor
DL 2107
Kit for the construction of 4
asynchronous motors
DL 2106
Kit for the construction of 2
transformers
DL 2108
Kit for the construction of 6
transformers
DL 1010B
Manual winding machine
DL 1010D
Reel stick column with thread
tightening device
DL 1012Z
Manual/automatic winding machine
for transformers and motors
DL C20
Impregnating tank
DL 1010F
Arc welder
DL 1010C
Support for rotors
DL 1018
Dielectric strength tester
DL 1010E
Rotor tester
DL 2107BA
Bracket for motor kits
DL 1013M2
Power supply
DL 1010B
DL 1012Z
DL 1031
DL 2026
Electric power measurement module Digital tachometer
DL 1019M
Electromagnetic brake
DL 1013A
Base for 2 machines
DL EMV
Software for the design of electric
machines
“per maggiori informazioni e dettagli sui
prodotti vedere il catalogo xy”
DL 1010F
www.delorenzoglobal.com www.technical-education.it www.delorenzoenergy.com 38
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Educational Equipment Manufacturers
www.delorenzoglobal.com
www.technical-education.it
www.delorenzoenergy.com
Viale Romagna, 20
20089 Rozzano (Milano)
Italy
T. + 39 02 82 54 551
F. + 39 02 82 55 181
info@delorenzo.it
www.delorenzoglobal.com
www.technical-education.it
www.delorenzoenergy.com
DPL 043_IT