Energy Manager

ENERGY MANAGER CYCLE OF ENERGY

SAMAR s.r.l. Web: www.samar-instruments.it Via della a!e n. "# Fr. $i%id& - "''() San Giulian& Milanese - Milan& * +tal, el.: //0(1 '" '" ()"2""## r.a.1 Fa3://0(1 '" ()"2""4( E-mail: in5&6samar-instru in5&6samar-instruments.it ments.it Catal&7ue &n line: www.samarinternet.!&m

EC8NOLOG+ES FOR +N9SRY AN9 E9CA+ONAL SAMAR Anonymous Anony mous Milan Company Company Radio-ele Radio-electric ctric appar apparatus atus Fr&m t;e name written in 5ull it is <&ssible t& n&te t;at &ur !&m&ined res
All these reasons enabled us to grow and become a point of reference for industries and schools.

We can resume our purposes in these two significant slogans:

FRE +S NOW Our equipment is and will be always innovative

OR COMANY +S +N 8E SERV+CE OF ROGRESS We want to be again in future a perfect partner for our customers

Design & Project & Production & Trading of Industrial Industrial and Educational Instruments and Equipments

Rev 04.15

SAMAR s.r.l. Web: www.samar-instruments.it Via della a!e n. "# Fr. $i%id& - "''() San Giulian& Milanese - Milan& * +tal, el.: //0(1 '" '" ()"2""## r.a.1 Fa3://0(1 '" ()"2""4( E-mail: in5&6samar-instru in5&6samar-instruments.it ments.it Catal&7ue &n line: www.samarinternet.!&m

ENERGY MANAGER ;e te!;n&l&7i!al e%&luti&n re?uires !&ntinu&us trainin7 &5 t e!;ni!ians t& su<<&rt !;an7e. A 7&&d trainin7 is a !&mbinati&n &5 t;e&r, and
SAMAR ROOSES: inn&%ati%e s,stems !&m<&sed b, di55erent aut&n&m&us simulat&rs studied t& w&r= in serial !&nne!ti&n &r al&ne. Wit; t;is s,stem it is <&ssible als& t& stud, t;e le%el &5 t;e ?ualit, &5 t;e ele!tri!al netw&r=s@ ;arm&ni!s and wit; im
&b>e!ti%es: - Simulate 5ait;5ull, t;e Lab&rat&r, in t;e
e?ui
AS+C SOL+ON • •

!&m
RO SOL+ON • •

•

m&dules &n tr&lle, !&m
Design & Project & Production & Trading of Industrial Industrial and Educational Instruments and Equipments

Rev 04.15

SAMAR s.r.l. Web: www.samar-instruments.it Via della a!e n. "# Fr. $i%id& - "''() San Giulian& Milanese - Milan& * +tal, el.: //0(1 '" ()"2""## r.a.1 Fa3://0(1 '" ()"2""4( E-mail: in5&6samar-instruments.it Catal&7ue &n line: www.samarinternet.!&m

AS+C SOL+ON ENERGY SYSEM S+MLAOR SYSEM S+ALE O S+MLAE 8E ELECR+CAL ENERGYBS CYCLE

RO9C+ON • RANSM+SS+ON • 9+SR++ON • ROEC+ON • SOFWARE •

;is inn&%ati%e s,stem is !&m<&sed b, t;ree di55erent aut&n&m&us simulat&rs t,
AS+C SOL+ON MO9LE H YE CE- E" 9+9AC+C D+ O S9Y: 8E RO9C+ON OF ELECR+CAL ENERGY ;e m&dule simulates a <&wer-stati&n. +t all&ws:
- An adjustable voltage autotransformer ( it simulates the electric generator) - A step-up transformer - Start/stop push button (Switch ON/O of generator) - !ontactor of start/stop generator - "erminals for insertion of measuring instruments in the side of generator ( #oint A ) - $levator transformer that can be connected at star or triangle - "erminals to insert measuring instruments in the side of high voltage (point %) A 7r&u< &5
9imensi&ns: H''' 3 2'' 3 0#' mm Wei7;t: 2' =7. Ab&ut

- &igital voltmeter for the side of the power-station - 'ero digital voltmeter between power-station and line - roup of No. lamps - #arallel circuit brea*er+ parallel switch Line simulat&r !&m<&sed b,:

- ,nsulating transformer - - circuit of the line. Wit; t;is m&dule it is als& <&ssible:

- "o simulate the following groups of transformers 0123 0143 &153 &166. - "o calibrate different electrical protections (for e7ample ma7. current rela1s+ ma7. power rela1s+ anti inversion energ1 wa1 rela1s and so on). "o obtain this function it is necessar1 to bu1 No. 8 A#/A98

Design & Project & Production & Trading of Industrial and Educational Instruments and Equipments

Rev 04.15

SAMAR s.r.l. Web: www.samar-instruments.it Via della a!e n. "# Fr. $i%id& - "''() San Giulian& Milanese - Milan& * +tal, el.: //0(1 '" ()"2""## r.a.1 Fa3://0(1 '" ()"2""4( E-mail: in5&6samar-instruments.it Catal&7ue &n line: www.samarinternet.!&m SE OF S+MLAOR

Section 6 : ;se of the section $N$A"O and 9$AS;$9$N" O;# Section 8 : #arallel with mains Section  : ,mprove the protections Section < : "o feed S$/8 MEASREMENS

#roper terminals to allow connecting measuring meters. A#-

ACD+NG L+S

A#-/A98

A#-/A9

= E?ui
- No.8 digital instruments A->- ?->A- ?h- >Ah- cos@ for single and three-phase measurements t1pe A#-/A98 with interface : software : harmonics Alternative economical t1pe A#-/A9 with harmonics without interface and without software A#- without interface : software : harmonics - n.6 trolle1 to transport easil1 the turret

AS+C SOL+ON MO9LE " YE SLE" 9+9AC+C D+ O S9Y:RANSM+SS+ON OF 8E ELECR+CAL ENERGY "he module simulates two high voltage lines. "he simulator is suitable to stud1 the thee-phase transmission lines to transport energ1. Stud1 of the lines wor*ing at no-load and at load+ change of voltage+ voltage drops+ losses in line+ flu7es of active and reactive power+ phasing+ parallel connected lines. "his euipment can be used alone since it is self-powered and is euipped with internal load and phasing capacitors or it can be used together with the simulators of electrical station t1pe !$-#$/8 and the simulator of installation of distribution3 in this wa1 it is possible to simulate a complete process of production+ transmission and distribution of electrical energ1. As &
with the lines in parallel. CAAC+OR AND FOR OWER FACOR +MROVEMEN

= ,t allows stud1ing = No-load lines - ines on open circuit = oad lines with determination of changes of voltage+ losses and line efficienc1 = ines wor*ing in short-circuits = ines in parallel = #hasing = ,mprovement of power factor3 = !onvenience to transport energ1 at high voltage = ,ncrease of voltage owing to a capacitive load = ,mplementation of protections of ma7 current+ ma7 power+ energ1 inversion (the euipment A#/-A98 is reuired). = >arious 9ESCR++ON

"he lines are represented b1 B CD model with concentrated parameters ine 6 simulated transmitted power 64 9>A3 esistance for phase - ,nductance for phase - !apacitance for phase ine 8 simulated transmitted power 82 9>A3 esistance for phase - ,nductance for phase - !apacitance for phase ;e =it in!ludes:

eneral magnetothermic switch eeling transformer with outputs that can be selected at 682 /882> (it simulates the input of the power from an electrical station at 682 or 882 *> ) ine switch S?6 ( it acts on the 8 lines) 9agnetotermic line switch S?8 starting from line 6 No. 8 electrical lines+ each one is euivalent to a high voltage 9imensi&ns: H''' 3 2'' 3 0#' mm Wei7;t: 2# =7. Ab&ut line of appro7 E2 *m length. ine switch S?5 starting from line 8 ine switch S? arriving at line 6 ine switch S?4 arriving at line 6 Output switch S?< $lectrical load with power of appro7 642 >A ( it simulates a power euivalent to 64 9>A )


Rev 04.15


SE OF S+MLAOR

,ntroduction : !hoice of the t1pe of feeling Section 6 : No-load line Section 8 : oad line ( 682 > ) Section 8 A : oad line ( 682 > ) ?,"F #FAS,N Section  : oad line ( 882 > ) ?,"FO;" #FAS,N Section  a : oad line ( 882 > ) ?,"F #FAS,N Section < : #arallel of the lines $7perience of parallel of lines Section 5 : Overvoltage due to capacitive load Section 4 : "o implement protections

A#-/A98

A#-

A#-/A9

MEASREMENS

#roper terminals to allow connecting measuring meters. ?ith the trainer S$/8 it is possible to stud1 the protections of ma7 current+ ma7 power+ inversion of energ1 direction b1 bu1ing No. 8 A#-/A98 below suggested. ACD+NG L+S = E?ui

AS+C SOL+ON MO9LE 0 YE +9LE0 9+9AC+C D+ O S9Y:9+SR++ON OF 8E ELECR+CAL ENERGY ME9+M VOLAGE "he module simulates a medium voltage line for distribution. "he simulator is suitable to stud1 the thee-phase transmission lines to distribute energ1 at medium voltage. ,t includes the line protections and the over voltage dischargers+ insulation transformer+ power suppl1+ line model+ distribution transformer. Stud1 of the lines wor*ing at no-load and at load+ change of voltage+ voltage drops+ losses in line+ flu7es of active and reactive power+ phasing. Anal1sis of convenience to carr1 energ1 at high voltage. "his euipment can be used alone since it is self-powered and is euipped with internal load and phasing capacitors or it can be used together with the simulators of electrical station t1pe !$-#$/8 and the simulator of transmission line S$/83 in this wa1 it is possible to simulate a complete process of production+ transmission and distribution of electrical energ1. As &
"hese are the e7periences that can be performed - No-load lines - oad lines with determination of changes of voltage+ losses and line efficienc13 ine voltage drop as function of load+ ine loss as function of load balanced and unbalanced -phase s1stems3 - ines wor*ing in short-circuits - #hasing - ,mprovement of power factor - !onvenience to transport energ1 at high voltage - ,ncrease of voltage owing to a capacitive load - >arious ,mplementation of protections of ma7 current+ ma7 power+ energ1 inversion (the euipment A#/-A9-8 is reuired). 9ESCR++ON

"he line is represented b1 " model with concentrated parameters esistance per phase+ ,nductance per phase+$arth capacitance phase or single-phase mains voltage ma7 voltage <22 >. ?ith single-phase power suppl1 the unit is utiliHed to stud1 a simple singlephase line. Automatic magneto-thermostatic power switch. $arth lea*age circuit brea*er. A 8-position switch provides the unit as -phase or single-phase line. ?ith single phase it is necessar1 to suppl1  and N terminals. A -position switch provides the change of line input voltage - #osition 6 mains voltage > - #osition 8 mains voltage >/I - #osition  mains voltage >/ A F>/9> three-phase transformer

9imensi&ns: H''' 3 2'' 3 0#' mm Wei7;t: 2' =7. Ab&ut


Rev 04.15

SAMAR s.r.l. Web: www.samar-instruments.it Via della a!e n. "# Fr. $i%id& - "''() San Giulian& Milanese - Milan& * +tal, el.: //0(1 '" ()"2""## r.a.1 Fa3://0(1 '" ()"2""4( E-mail: in5&6samar-instruments.it Catal&7ue &n line: www.samarinternet.!&m ;e =it in!ludes:

eneral magnetotermic differential switch !64 Output at voltage J2 > (it simulates the input of power from a transmission line of J2 *> ) Selector S,N$ #FAS$ / "F$$ #FAS$ to choose the t1pe of line. "ransformer "8 with primar1 voltages ( for 0 connection ) of 682 : 882 : J2 > and secondar1 voltages (for 0 connection ) of 4K : 68E : 882 > NL 8 switches to change the range of transformer. 9agnetotermic switch with release coil line S?6 starting from line 6 Simulated electrical line that is euivalent to a medium voltage line of appro7 2 Section #O?$ A!"O !O$!",ON composed b1 No.  capacitors of 62 M and nL  capacitors of 82 M that can be inserted b1 means of selectors 9,N/9A and ,N$ ,N#;" / ,N$ O;"#;". +MROVEMEN OF OWER FACOR

A -position switch provides the connection of a star-connected internal ban* of condensers in parallel with sending or receiving line end+ and off. Another switch provides two sections 62 and 82M+ so that the amount of correction can be varied to suit load conditions. +NERNAL LOA9

"he internal load consists of ohmic-inductive impedances. A -position switch per phase allows to include and change the load (half or full load and off) to carr1 out a balanced or unbalanced load. A -position switch allows connecting the load impedances in delta or star and off. EIERNAL LOA9 (supplied on reuest)

"hree pairs of terminals allow connecting an e7ternal load+ that+ b1 proper au7iliar1 connections can be connected in star or mesh. A 8-position switch per phase allows including or e7cluding the phase load. SE OF 8E S+MLAOR

,N"O&;!",ON : !hoose of the t1pe of feeding. imits of voltage and current !$-#$/8  S$/8  ,&$/ that is a complete model of generation+ transmission and distribution of electrical energ1. S,N$-#FAS$ ,N$ Section 6 : "hree-phase no-load line. Switch on > Section 8 : oad three-phase line ( Selector on > ) Section  : oad three-phase line ( S$$!"O ON V/√3) Section a : "o implement protections $arth fault of a three-phase line with insulated neutral "o implement a protection against the earth failure. MEASREMENS

#roper terminals at the sending and receiving line ends allow connecting measuring meters. ?ith the trainer ,&$/ it is possible to stud1 the protections of ma7 current+ ma7 power+ inversion of energ1 direction b1 bu1ing No. 8 A#-/A9-8 below suggested. ACD+NG L+S

= $uipment "0#$ ,&$/ = Pit of cables of d ifferent lengths = ,nstruction manual and e7periences

SGGESE9 ACCESSOR+ES


A#-/A98

A#-

A#-/A9


Rev 04.15


AS+C SOL+ON MO9LE 2 8ASE S8+F+NG RANSFORMER YE SH

#hase Shifting "ransformer is a transformer that has an adjustable phase shifting between input and output. "he active power flowing in a transmission line is proportional to the voltages on the sending and receiving side and to the sine of the electrical angle between both sides. "he #S" allows to control active power flow in parallel transmission lines changing the electrical angle between input and output. Wit; SLE" and SH t;e student !an simulate a l&ad 5l&w
AS+C SOL+ON MO9LE #: ARALLEL OERA+ON OF ALERNAOR YE AL

"he module includes alternator coupled to a.c. motor+ inverter to adjust speed of the motor and dc power suppl1 for e7citation of alternator. "he module allows s1nchroniHing and parallel operation of rotating machine with infinite power bus. After the parallel operation it is possible to adjust mechanical power of the motor and e7citation current of the alternator to generate and transfer to bus active and reactive power.


Rev 04.15


RO SOL+ON POWER SYSTEM SIMULATOR PSS MODULE This innovative system is composed by different autonomous simulators studied to work in serial connection or alone. With this system it is possible also to study the level of the quality of the electrical networks, harmonics and with implementation electrical and magnetic field at 50 and 60 Hz. The system is controlled with SCADA

This simulator includes: 

Module – GENERATION POWER GENERATION SIMULATOR



Module – TRANSMISSION TRANSMISSION LINE SIMULATOR – HV



Module – DISTRIBUTION DISTRIBUTION AND SUBSTATION SIMULATOR



Module - PROTECTION SYSTEM UNIT MODULE RELAY TO BE USED WITH OTHER MODULES



Module - ENERGY UTILIZATION STATIC AND DYNAMIC LOADS AND NETWORK EQUIVALENT, ALONG WITH ALARM



SCADA (option) The system is controlled and displayed with SCADA



PC WORKSTATION (option) to view and control the system using SCADA Power supply 230/400V 50Hz ;e s,stem is su<

Rev 04.15


Module Type BSZ01– GENERATION POWER GENERATION SIMULATOR Two generator that can be connected to one system, complete with automatic voltage regulation, syncrhronization system, protection relays and power analyzer. The system is controlled and displayed with SCADA (option) All Modules can be used individually and are mounted on castors so that they can easily be moved to suitable locations in the laboratory to create individual workstations. It is very easy to connect them as one full system using the supplied cables and multi pin sockets. This unit simulates a Power Plant with high-voltage line output.  

A external multifunction numerical differential relay is used to protect both the generator and the transformer. The simulator is equipped with 2 multifunction 3-phase instruments for measuring voltage, current, active power, reactive power and harmonics.

The unit included: Static 50 and 60 Hz generator (this simulates an infinite power grid);  Rotating generator group;  Generator control panel;  Connection for external Protection Relays;  Motor and Generator  Simulator generator by variac included 2 multifunction 3-phase instruments for measuring  voltage, current, active power, reactive power and harmonics. INCLUDES: Static 50-60 Hz generator (this simulates an infinite power grid).  Power generation is represented by a 3-phase variable autotransformer and a fixed 3-phase transformer.  The transformer is connected to delta/star and vice versa.  A number of different taps are available to simulate different HV voltages.  It meets the following specifications:  - Rated power: 2 kVA, - Output voltage: 0-230 / 0-400 V Synchronous machine that is mechanically coupled to an AC 3 phase motor.  A motor drive connected to the AC motor allows for changes in the speed and torque of the synchronous machine.  An excitation control allows for changes in the voltage and reactive power of the synchronous machine.  It has the following specifications:  - Rated power: 1 kVA - Output voltage: 0-240V/0-420V - Field voltage: 200V - Nominal maximum speed: 3,600 RPM Modes of synchronisation operation: Manual parallel This allows the manual selection of parallel synchronisation between the output of the rotating synchronous machine and the infinite power grid using voltmeters, zero-voltmeter and a synchrony scope 

An outgoing bus system is used to connect the power plant simulator to the transmission line simulator unit.

This section includes a connection of external different protection relays: 

1 x Multifunction differential relay. This protection relay must provide the differential protection (ansi code 87) of the electrical machines (generators, motors and transformers) against internal faults. It also provides the following additional protections: - Undercurrent (Ansi code 37) - Reverse-phase or phase-balance (Ansi code 46) - Machine or transformer thermal relay (Ansi code 49) - Instantaneous overcurrent relay (Ansi code 50) - AC time overcurrent relay (Ansi code 51) - Ansi code 50. instantaneous overcurrent relay - Ansi code 51. AC time overcurrent relay - Ansi code 74CT. Trip Circuit Supervision

This section includes the following: 

1 x Squirrel Cage Three Phase Motor This is a motor that is basically an industrial model that has been specifically modified to be suitable for training. For this purpose the windings ends are connected to 4 mm safety sockets in a metal housing on top of which there is a clear electrical drawing showing the internal logic. The students can easily understand the operation and the windings connections that can be configured for STAR or D!TA schemes. The units are supplied with an e"periment manual that e"plains typical e"ercises that can be carried on these machines.



Synchronous Three-Phase Machine This is a motor that is basically an industrial model that has been specifically modified to be suitable for training. For this purpose the windings ends are connected to 4 mm safety sockets in a metal housing on top of which there is a clear electrical drawing showing the


Rev 04.15


internal logic. The students can easily understand the operation and the windings connections. The stator can be configured for STAR or D!TA connection schemes. The units are supplied with an e"periment manual that e"plains typical e"ercises that can be carried out on these machines. 

Simulator generator by variac An adjustable voltage autotransformer (it simulates the electric generator). You can simulate different forms of generation. Such as renewable energy (solar, wind, hydro - optional modules available). Special terminals allow you to connect and use external modules generator to replace the section with Simulator generator by variac internal to the module. - A step-up transformer - Start/stop push button (Switch ON/OFF of generator) - Contactor of start/stop generator - Power 1 kVA - PLC control and SCADA system. Variac controlled from buttons and / or HMI and SCADA, to control the generator remotely) (option)



SCADA CONTROL and PLC (option) SCADA Software for control modules trainer With the SCADA system all values indicated by measuring instruments are available on the PC screen. It is possible the simultaneous connection of more students who may experience control of the system independently. The connection between the modules and the computer is made via the Ethernet network. For example, the following values can be monitored: • speed of the generator, • Voltage Generator • Checking the status of circuit breakers • Alarms • Parameters of the measuring instruments, including all the variables measured by t he three-phase multifunction instruments. The logical blocking system The logical blocking system is composed of a series of PLC that constitute an effective system of protection of the equipment as they prevent incorrect maneuvers that would lead to irreversible damage to the system. The complex control mechanism is implemented directly managed by SCADA software. The main functions implemented are: Keep track of permitted combinations of isolators and circuit breakers Gathering of IED protection trips and control of suitable actions Control from SCADA reflecting the real environment Control of Motor speed Control of generator magnetizing level R, L, C – independent load level control

Module Type BSZ02– TRANSMISSION TRANSMISSION LINE SIMULATOR – HV Multiple transmission line with generator group transformer and grid transformer. The system displayed the date with SCADA This module simulates two HV Aerial Lines that can be connected in series or parallel and a Cable HV line. 

Lines are protected using the external relays included on the system.

It also includes a Fault Simulator. 

The simulator is equipped with 2 multifunction 3-phase instruments for measuring voltage, current, active power, reactive power and harmonics.



This unit includes two HV aerial lines that can be connected in series or parallel and a cable HV line. Each of the 3 lines has a fixed tap at 1/4 of its length so it is easy to assembly and study lines of different lengths and to simulate faults on different places on the line.



Simulated lines include: - Cable line rated voltage 230 kV -Length 70 km - Aerial line rated voltage 230 kV -Length 70 km - Aerial line rated voltage 230 kV -Length 70 km



The simulator can also work at 120 kV - 380 kV simulated voltages. A built in fault simulator allows for the creation of a range of faults located in different places and of the following types: -

Three-phase short circuit Two phase short circuit (also with series arc resistance) Phase to earth fault (also with series arc resistance) Missing phase The simulator includes 2 multifunction 3-phase instruments for measuring voltage, current, active power, reactive power and harmonics.

This section includes the following:  

Electrical load with power of approx 160 VA (it simulates a power equivalent to 16 MVA). Section POWER FACTOR CORRECTION composed by No. 3 capacitors of 4.4 µF.


Rev 04.15

SAMAR s.r.l. Web: www.samar-instruments.it Via della a!e n. "# Fr. $i%id& - "''() San Giulian& Milanese - Milan& * +tal, el.: //0(1 '" ()"2""## r.a.1 Fa3://0(1 '" ()"2""4( E-mail: in5&6samar-instruments.it Catal&7ue &n line: www.samarinternet.!&m 

SCADA CONTROL (option) SCADA Software for control modules trainer With the SCADA system all values indicated by measuring instruments are available on the PC screen. It is possible the simultaneous connection of more students who may experience control of the system independently. The connection between the modules and the computer is made via the Ethernet network. For example, the following values can be monitored: • speed of the generator, • Voltage Generator • Checking the status of circuit breakers • Alarms • Parameters of the measuring instruments, including all the variables measured by t he three-phase multifunction instruments. The logical blocking system The logical blocking system is composed of a series of PLC that constitute an effective system of protection of the equipment as they prevent incorrect maneuvers that would lead to irreversible damage to the system. The complex control mechanism is implemented directly managed by SCADA software. The main functions implemented are: Keep track of permitted combinations of isolators and circuit breakers Gathering of IED protection trips and control of suitable actions Control from SCADA reflecting the real environment Control of Motor speed Control of generator magnetizing level R, L, C – independent load level control

Module Type BSZ03– DISTRIBUTION DISTRIBUTION AND SUBSTATION SIMULATOR This module simulates a bus system with circuit breakers that allows connection between the HV lines. It comprises a substation transformer and a MV output bus system. The system displayed the date with SCADA    

The substation transformer has 3 output voltages (V, V/ 1.73, V/3) in order to facilitate the study of different voltage distribution systems. The simulator is also equipped with 2 multifunction 3- phase instruments. Connection point for Multifunction Numerical Protection external relays This module comprises a substation transformer and a MV output bus system.

the substation unit include connection point for: 

Multifunction differential relay. The protection relay provides the differential protection (ansi code 87) of electrical machines (generators, motors and transformers) against internal faults.It provides also additional protections: - Undercurrent (Ansi code 37) - Reverse-phase or phase-balance (Ansi code 46) - Machine or transformer thermal relay (Ansi code 49) - Instantaneous overcurrent relay (Ansi code 50) - AC time overcurrent relay (Ansi code 51). - Instantaneous overcurrent relay Ansi code 50. - AC time overcurrent relay Ansi code 51 - Trip Circuit Supervision Ansi code 74CT



1 x Multifunction current relay. - Max current ANSI 50/51 - Max residual current ANSI 50N/51N - Monitoring of open circuit of the switch ANSI 74TCS - Setting the differential protection for substation transformer





Rev 04.15


Module 4 – Type BSZ04 MV TRANSMISSION LINES This simulator can be used to study the three-phase transmission lines used to distribute energy at medium voltage (MV). The lines are simulated using the ‘T’ model, therefore the line capacitance can be schematized by 3 capacitors placed at the middle of the line. 

The medium voltage line has fixed taps at 1/4 of its length so it is easy to study lines of different lengths and simulate faults on different places of the line.

This unit does not include protection relays. The line is protected using the relays located on the substation simulator. 

Simulated lines: - Cable line rated voltage 30 kV - Length 30 km - Aerial line rated voltage 30 kV - Length 30 km



The simulated line can also work at 11kV and 15kV simulated voltages The simulator is equipped with 2 multifunction, 3-phase instruments for measuring voltage, current, active power, reactive power and harmonics.



This section includes the following: Electrical load with power of approx 90 VA (it simulates a power equivalent to 6 MVA).  Section POWER FACTOR CORRECTION composed by No. 3 capacitors of 10 µF and No. 3  capacitors of 20 µF that can be inserted by m eans of selectors MIN/MAX and LINE INPUT / LINE OUTPUT.





Rev 04.15


Module Type BSZ05- ENERGY UTILIZATION STATIC AND DYNAMIC LOADS AND NETWORK EQIVALENT, ALONG WITH ALARM Energy utilization: static and dynamic loads amd network equivalent, along with alarm. The system is controlled and displayed with SCADA (option) This module provides a load that can be adjusted in 4 separated steps for each phase and for resistive/inductive/capacitive load. 

The load can be used in star or delta connection and it can be connected to the power plant simulator, the substation simulator, at the end of transmission line or at the end of the distribution line.

This module meets the f ollowing specification:     

Total active power: 1 kW in 4 step (100-200-200-500 W) Total reactive power (inductive): 1 Kvar in 4 steps (100-200-200-500 var) Total reactive power (capacitive): 1 Kvar in 4 steps (100-200-200-500 var) Nominal voltage: 220V for delta connection / 380V for star connection SCADA CONTROL (option) SCADA Software for control modules trainer With the SCADA system all values indicated by measuring instruments are available on the PC screen. It is possible the simultaneous connection of more students who may experience control of the system independently. The connection between the modules and the computer is made via the Ethernet network. For example, the following values can be monitored: • speed of the generator, • Voltage Generator • Checking the status of circuit breakers • Alarms • Parameters of the measuring instruments, including all the variables measured by t he three-phase multifunction instruments. The logical blocking system The logical blocking system is composed of a series of PLC that constitute an effective system of protection of the equipment as they prevent incorrect maneuvers that would lead to irreversible damage to the system. The complex control mechanism is implemented directly managed by SCADA software. The main functions implemented are: Keep track of permitted combinations of isolators and circuit breakers Gathering of IED protection trips and control of suitable actions Control from SCADA reflecting the real environment Control of Motor speed Control of generator magnetizing level R, L, C – independent load level control

The modules of the system were designed to be powered with three-phase voltage with neutral 220/380 V at a frequency of 50 or 60 Hz. Each module of the system can be powered directly from the mains or via connection enter exit, from the adjacent module. On the rear panel of each module are in fact installed a socket and a five pole plug 16A through which you can run both types of connection. The modules are protected by magneto-thermal switches differential four pole with IN = 16 A, tripping curve C, IDN = 0.03 A


Rev 04.15


TRANSFER BLOCK To allow the connection of equipment located on different modules you can use the Transfer block. On each module are in fact available one or more transfer blocks labeled with letters and numbers. Each pair letter-number refers to an identical connection point. The blocks transfer enables making electrical connections, via safety sockets 4 mm, with equipment and measuring instruments located on other modules. On the back of the modules are connectors industrial type 32-pin that realize the connection between the sections Transfer block of each module through electrical cables with a diameter of 1.5 mmq.


Rev 04.15


Output ports for connections to electronic equipment To allow connection of the equipment to external networks for data processing or for the control of the simulator via SCADA software (option), are present on the rear panel of the simulators, a series of data sockets.

PC WORKSTATION (option) to view and control the system using SCADA workstation including PC last generation and workbench

SCADA O+ON O E AL+E9 O 8E AOVE MO9LES


Rev 04.15


GRA9E: 

MO9LE  - arallel &5 <;&t&%<ai! s,stem wit; a netw&r= ,
"he *it includes N.8 solar panels 68> 622? (total 822?) mounted on tilt stand to adjust the lighting angle and stud1 the condition of ma7imum efficienc1 of panel. #ossible stud1 series and parallel connections N.6 bo7 with clear s1noptic including unit load regulator for solar panels3 N. digital ammeter connected to the batter1 and load N.6 digital voltmeter connected to the load N.6 digital voltmeter connected on solar panels N.6 %atteries suitable plant for series and parallel connections N. 6 solarimeter N. 6 *it inverter for three- phase grid connection Adeuate number of connecting cables #OSS,%,,"0 O S$,$S O #AA$ !ONN$!",ON #AN$ AS A ;N!",ON O >O"A$ OA& A"$& Opportunit1 to stud1 calculation of the average power developed b1 the sun in a particular location+ characteristics of the photovoltaic cells+ energ1 balance+ performance of the s1stem3 series and parallel connections of photovoltaic panels+ conversion and distribution storage energ1+ anal1sis of the use of energ1 s1stem and measures the voltage and current and batter1 charging3 parallel with a networ* ,ncluded the control panel EQ to monitor the s1stem and n. 8 power anal1Hers connected to wi-fi router possibilit1 to control ethernet remotel1 from a #! or tablet also wi-fi possible to stud1 independentl1 the connection with the e7change on the networ* for single-phase and three-phase s1stems simulation of photovoltaic power plant connected to the networ* prevalent opportunit1 to stud1 even operating stand alone photovoltaic s1stem

O+ON: lamps for indoor use photovoltaic panels  MO9LE 4 - arallel &5 wind s,stem wit; a netw&r= ,oltage 8<> "urbine !ontroller 9icroprocessor-based smart internal regulator %od1 !ast aluminum %lades ,njection-molded composite Alternator #ermanent magnet brushless $lectronic torue control !ontrol panel containing load regulator+ digital ammeter+ digital voltmeter+ batter1 N. 6 *it inverter for three- phase grid connection SYSEM FOR +N9OOR OERA+ON OF W+N9 OWER GENERAOR

9otor with speed regulator and adapter to be installed in place of the turbine blades for generator operation in windless environment. "his s1stem+ coupled to an as1nchronous motor+ enables to power the wind turbine (which is not part of this s1stem3 the blades must be removed before use) indoors. &etermining the power output b1 the turbine with the instruments. "he s1stem is supplied with an inverter for r.p.m. control of the motor. ,ncluded the control panel EQ to monitor the s1stem and n. 8 power anal1Hers connected to wi-fi router possibilit1 to control ethernet remotel1 from a #! or tablet also wi-fi possible to stud1 independentl1 the connection with the e7change on the networ* for single-phase and three-phase s1stems simulation of wind power plant connected to the networ* prevalent opportunit1 to stud1 even operating stand alone photovoltaic s1stem Design & Project & Production & Trading of Industrial and Educational Instruments and Equipments

Rev 04.15


MO9LES COMMON O O8 SYSEMS Module - PROTECTION SYSTEM UNIT MODULE RELAY TO BE USED WITH OTHER MODULES MO9LE * RELAY ROEC+ONS YE REH RA+NER FOR S9Y+NG 8E ROEC+ON OF MAC8+NERY AN9 OWER L+NES #rotection of machiner1 and power lines from overload+ short circuit+ earth fault "his module implements the protection rela1 overcurrent and residual current. ,t reuires  inputs for the phase currents and an input for residual current. "he front panel operator has bac*lit alphanumeric !& displa1 and eight $&s. &ifferent curves and dela1s are programmable in order to ensure the selectivit1 in current and in time. All programming operations+ modification+ displa1ing measurements+ are possible directl1 from the front panel or also using a personal computer with the included software. inal ela1. "here are four individuall1 programmable rela1s. $ach rela1 can be associated with a timer. "he rela1 also stores the faults occurred and the curve of the currents in the moments before the brea*. or the latter function is however needed additional software license (on reuest)( used on all the rela1s)

YE RE" RA+NER FOR S9Y+NG 8E ROEC+ON OF L+NES AM9 OWER RASFORMERS +N RA9+AL EN9 R+NG SYSEMS #rotection of lines and power transformers in radial and ring s1stems. "his rela1 implements the following protections ;ndervoltage #icture thermal for lines and transformers Overcurrent esidual overcurrent Overvoltage esidual overvoltage 9a7imum directional current &irectional of earth ailure %rea*er "he rela1 is euipped with  phase current inputs and an input of lea*age current and  input of voltages of phase and of an input of residual voltage. "he trainer also includes an input circuit and an output circuit bloc*+ used to implement the selectivit1 with rela1 upstream or downstream. "he circuit bloc* functions as a contact of a rela1 whose state is captured b1 the upstream protection. "he operator panel front presents alphanumeric !& displa1 and eight $&s. All programming operations+ modification+ displa1ing measurements+ are possible directl1 from the front panel or also using a personal computer with the included software. inal ela1. "here are si7 individuall1 programmable rela1s. $ach rela1 can be associated with a timer. ,t Ts a ver1 versatile rela1 that can implement advanced features such as the functionT cold start TandT second harmonic restraint Tparticularl1 useful to avoid the untimel1 intervention due to the high inrush current of transformers. • • • • • • • • •

Measures

"he measurements of phase and residual currents+ the measurements of phase and residual voltage and the logical state of the inputs are available on the displa1 on the communication in terfaces. "he rela1 also stores the faults occurred and the curve of the currents in the moments before the brea*. or the latter function is however needed additional software license (on reuest)( used on all the rela1s) Su77ested !&n5i7urati&n

,n order to implement the stud1 of selectivit1 it is suggested to bu1 two rela1s t1pe $6 and two rela1s t1pe $8. se5ul in5&rmati&n Juesti&n: ,s it possible to emplo1 rela1 $6 and $8 line with trainers of other manufacturersU Answer: 0es+ our relais run with an1 s1stem provided with nominal voltages lower than <22 > or 622 > (to be specified with order) and with nominal currents

lower than 5 A. S1stems with higher voltages and currents reuire appropriate transformers. Juesti&n: ,s software free U ?hat characteristics should have 1our computerU Answer: "he software for the configuration and read parameters is free. "he software for the acuisition of the oscillograms is to be paid. "he #! must be provided with windows #+ >ista+ Seven . ,t is necessar1 a serial port or alternativel1 an adaptor ;S%  Serial supplied on reuest. Juesti&n: ,s it necessar1 a computer to configure rela1s U Answer: No+ it is possibile to set ever1 rela1s directl1 from its frontal panel. On the contrar1+ using a computer and included software greatl1 simplifies the procedure.


Rev 04.15


YE RE0 RA+NER FOR S9Y+NG 8E ELECR+CAL 9+FFEREN+AL ROEC+ONS "he protections in the electricit1 transmission s1stems and distribution of electricit1 shall perform the important tas* of intervening in the event of failure or abnormal situations b1 turning off one or more parts of the plant in order to prevent further damage and to ensure continuit1 of operation in parts T functioning properl1T of the plant. "he ver1 important characteristics of a protection s1stem are sensibilit1 selectivit1 reliabilit1 redundanc1 • • • •

,n order to design and calibrate an appropriate protection s1stem it is necessar1 to build a power plant model and calculate parameters such as impedance+ s1mmetrical and as1mmetrical short circuit currents+ ground current and so on. "he *it of electrical protections proposed in the trainer uses the latest generation of full1 digital rela1s+ each of which is able to implement different functions. ?ith a small number of rela1s 1ou can then cover all t1pes of fault either to the lines to electric machines. "he trip curves and all the functions of rela1s are easil1 programmable from #!. "he software provided is able not onl1 to set the parameters of the rela1 but also to acuire real-time voltage+ current and power of the circuit in which it is inserted. "he handboo* covers the implementation of the protections of the line and electrical machines from the mathematical model of the plant. "he rela1s are in education e7ecution+ with s1noptic+ provided housing and bushing diameter < mm for the connection to our central simulator t1pe !$ / #$+ transmission line t1pe S$ / 8 and the distribution line t1pe ,&$ /  RE0 &ifferential #rotection for generator and transformers.

"his module implements the differential protection rela1 and overcurrent and residual current. ,t reuires  or < inputs for F S,&$ and  or < inputs for  S,&$. "he front panel operator has bac*lit alphanumeric !& displa1 and eight $&s. #rotection functions #hase undercurrent (E) Negative seuence overcurrent (<4) "hermal image (
&ifferent curves and dela1s are programmable in order to ensure the selectivit1 in current and in time. All programming operations+ modification+ displa1ing measurements+ are possible directl1 from the front panel or also using a personal computer with the included software. inal ela1. "here are four individuall1 programmable rela1s. $ach rela1 can be associated with a timer. "he rela1 also stores the faults occurred and the curve of the currents in the moments before the brea*. or the latter function is however needed additional software license (on reuest)( used on all the rela1s) Measures

"he measurements of phase and residual currents+ and the logical state of the inputs are available on the displa1 on the communication interfaces. "he rela1 also stores the faults occurred and the curve of the currents in the moments before the brea*. or the latter function is however needed additional software license (on reuest)( used on all the rela1s) Su77ested !&n5i7urati&n

,n order to implement the stud1 of selectivit1 and redundanc1 it is suggested to use $ with $6 and $8 . se5ul in5&rmati&n Juesti&n: ,s it possible to emplo1 rela1 $ with trainers of other manufacturersU Answer: 0es+ our rela1s run with an1 s1stem provided with nominal voltages lower than

<22 > or 622 > (to be specified with order) and with nominal currents lower than 5 A. S1stems with higher voltages and currents reuire appropriate transformers. Juesti&n: ,s software free U ?hat characteristics should have 1our computerU Answer: "he software for the configuration and read parameters is free. "he software for

the acuisition of the oscillograms is to be paid. "he #! must be provided with windows #+ >ista+ Seven . ,t is necessar1 a serial port or alternativel1 an adaptor ;S%  Serial supplied on reuest. Juesti&n: ,s it necessar1 a computer to configure rela1s U Answer: No+ it is possible to set ever1 rela1s directl1 from its frontal panel. On the

contrar1+ using a computer and included software greatl1 simplifies the procedure.


Rev 04.15


YE RE2 RA+NER FOR S9Y+NG 8E 9+SANCE ROEC+ON RELAY "he protections in the electricit1 transmission s1stems and distribution of electricit1 shall perform the important tas* of intervening in the event of failure or abnormal situations b1 turning off one or more parts of the plant in order to prevent further damage and to ensure continuit1 of operation in parts functioning properl1 of the plant. "he ver1 important characteristics of a protection s1stem are sensibilit1 selectivit1 reliabilit1 redundanc1 • • • •

,n order to design and calibrate an appropriate protection s1stem it is necessar1 to build a power plant model and calculate parameters such as impedance+ s1mmetrical and as1mmetrical short circuit currents+ ground current and so on. "he *it of electrical protections proposed in the trainer uses the latest generation of full1 digital rela1s+ each of which is able to implement different functions. ?ith a small number of rela1s 1ou can then cover all t1pes of fault either to the lines to electric machines. "he trip curves and all the functions of rela1s are easil1 programmable from #!. "he software provided is able not onl1 to set the parameters of the rela1 but also to acuire real-time voltage+ current and power of the circuit in which it is inserted. "he handboo* covers the implementation of the protections of the line and electrical machines from the mathematical model of the plant. "he rela1s are in education e7ecution+ with s1noptic+ provided housing and bushing diameter < mm for the connection to our central simulator t1pe !$ / #$+ transmission line t1pe S$ / 8 and the distribution line t1pe ,&$ /  "he $/< distance protection rela1 is a universal device for protection of F> and 9> lines. ,ts high level of fle7ibilit1 ma*es it suitable to be implemented at all voltage levels. ?ith this rela1 1ou are ideall1 euipped for the future it offers securit1 of investment and also saves on operating costs. Figh-speed tripping time ,mpedance setting range allows ver1 small settings for the protection of ver1 short lines Self-setting detection for power swing freuencies up to E FH !urrent transformer saturation detector prevents non-selective tripping b1 distance protection in the event of !" saturation. #hase-segregated tele-protection for improved selectivit1 and availabilit1 &igital rela1-to-rela1 communication b1 means of an integrated serial protection data interface • • • • • •

r&te!ti&n 5un!ti&ns

Non-switched distance protection with 4 measuring s1stems (86/86N) V Figh resistance earth-fault protection for single and three-pole tripping (52N+ 56N+ 4EN) V $arth-fault detection in isolated and resonant-earthed networ*s V ault locator () V #ower-swing detection/tripping (4J/4J") V #hase overcurrent protection (52/56/4E) V Switch-onto-fault protection (52FS) V S";% bus overcurrent protection (52S";%) V Overvoltage/undervoltage protection (5K/8E) V Over/underfreuenc1 protection (J6O/;) V Auto-reclosure (EK) V S1nchro-chec* (85) V %rea*er failure protection (52%) V "hermal overload protection (
"he main function of the ESA4 is an unswitched distance protection. %1 parallel calculation and monitoring of all si7 impedance loops+ a high degree of sensitivit1 and selectivit1 is achieved for all t1pes of fault. "he shortest tripping time is less than one c1cle. All methods of neutral-point connection (resonant earthing+ isolated+ solid or low-resistance earthing) are reliabl1 dealt with. Single-pole and three-pole tripping is possible. Overhead lines can be euipped with or without series capacitor compensation. "his module implements the differential protection rela1 and overcurrent and residual current. ,t reuires  or < inputs for F S,&$ and  or < inputs for  S,&$. "he front panel operator has bac*lit alphanumeric !& displa1 and eight $&s. Se%en distan!e &nes

Si7 independent distance Hones and one separate overreach Hone are available. $ach distance Hone has dedicated time stages+ partiall1 separate for single-phase and three-phase faults. $arth faults are detected b1 monitoring the earth current ,2 and the Hero-seuence voltage >2. "he uadrilateral tripping characteristic allows the use of separate settings for the  and the  directions. &ifferent  settings can be emplo1ed for earth and phase faults. "his characteristic offers advantages in the case of faults with fault resistance. or applications to medium-voltage cables with low line angles+ it ma1 be advantageous to select the distance Hones with the optional circle characteristic. All the distance protection Hones can be set to forward+ reverse or non-directional. &ifferent curves and dela1s are programmable in order to ensure the selectivit1 in current and in time. All programming operations+ modification+ displa1ing measurements+ are possible directl1 from the front panel or also using a personal computer with the included software. Fault l&!at&r

"he integrated fault locator calculates the fault impedance and the distance-to-fault. "he results are displa1ed in ohms+ *ilometers (miles) and in percent of the line length. #arallel line compensation and load current compensation for high-resistance faults is also available. Su77ested !&n5i7urati&n

,n order to implement the stud1 of selectivit1 and redundanc1 it is suggested to use $< with $6 and $8 . se5ul in5&rmati&n Juesti&n: ,s it possible to emplo1 rela1 $< with trainers of other manufacturersU Answer: 0es+ our rela1s run with an1 s1stem provided with nominal voltages lower than <22 > or 622 > (to be specified with order) and with nominal currents lower than 5 A. S1stems with higher voltages and currents reuire appropriate transformers. F&r distan!e
provided with windows #+ >ista+ Seven . ,t is necessar1 a serial port or alternativel1 an adaptor ;S%  Serial supplied on reuest. Juesti&n: ,s it necessar1 a computer to configure rela1s U Answer: No+ it is possible to set ever1 rela1s directl1 from its frontal panel. On the contrar1+ using a computer and included software greatl1 simplifies the procedure.


Rev 04.15


YE RE# RA+NER FOR S9Y+NG 8E FREJENCY ROEC+ON RELAY "he protections in the electricit1 transmission s1stems and distribution of electricit1 shall perform the important tas* of intervening in the event of failure or abnormal situations b1 turning off one or more parts of the plant in order to prevent further damage and to ensure continuit1 of operation in parts T functioning properl1T of the plant. "he ver1 important characteristics of a protection s1stem are sensibilit1 selectivit1 reliabilit1 redundanc1 • • • •

,n order to design and calibrate an appropriate protection s1stem it is necessar1 to build a power plant model and calculate parameters such as impedance+ s1mmetrical and as1mmetrical short circuit currents+ ground current and so on. ?ith a small number of rela1s 1ou can then cover all t1pes of fault either to the lines to electric machines. "he handboo* covers the implementation of the protections of the line and electrical machines from the mathematical model of the plant. "he rela1s are in education e7ecution+ with s1noptic+ provided housing and bushing diameter < mm for the connection to our central simulator t1pe !$ / #$+ transmission line t1pe S$ / 8 and the distribution line t1pe ,&$ /  "he $5 freuenc1 protection rela1 is a ver1 simple rela1 for protection of small power generators and small island electrical networ*. r&te!ti&n 5un!ti&ns • • • •

9a7imum voltage 9inimum voltage 9a7imum c1 9inimum freuenc1

Su77ested !&n5i7urati&n ,n order to implement the stud1 of selectivit1 and redundanc1 it is suggested to use $5 with $6 and $8 . se5ul in5&rmati&n Juesti&n: ,s it possible to emplo1 rela1 $5 with trainers of other manufacturersU Answer: 0es+ our rela1s run with an1 s1stem provided with nominal voltages lower than <22 > or 622 > (to be specified with order) and with nominal currents

lower than 5 A. S1stems with higher voltages and currents reuire appropriate transformers. F&r 5re?uen!, ustable s

Rev 04.15


O+ON FOR RELAY MO9LES: ROLLEY C&m5&rtable and
MO9LE GRA9E O O8 SYSEMS MO9LE: 9+SR++ON CA+N - SAE OF 8E NERAL - +N9SR+AL +NSALLA+ON YE ANN9+SR+

"he module simulates distribution cabins medium/low voltage. ,t includes distribution transformer+ brea*er+ over-temperature+ residual current protections+ line protections at output. ,t allows to stud1 the different states of neutral in low voltage distribution plant. 9easuring instrument and remote control for voltage+ current+ power+ energ1+ pf. !omplete of software+ monitoring and data storage. 9easurement of earth resistance+ insulation+ loop resistance+ functionalit1 of residual current switches+ continuit1 of protection conductor.

MO9LE: E9CA+ONAL D+ FOR S9Y+NG AN9 ES+NG OF LANS AOMA+C OWER FACOR YE ANEL  R+FA "he module allows 1ou to ma*e teaching e7periences on industrial plants that use electronic devices to control the power factor of electric utilities in low voltage (<22 >). "he panel is euipped with terminals accident prevention rules and clear s1noptic that allows to create e7periences related to automatic power factor correction circuits with different capacitive steps controlled b1 an electronic control unit. ,ncluded are two instruments energ1 anal1Hers which measure voltage+ current+ active power reactive apparent power factor in a three-phase or three-phase s1stems+ with or without neutral. #ossible free use of the circuit for e7ample in the energ1 suppl1 line+ in the user or consumer as electric+ in a capacitive batter1+ etc. "he module in compact version with adjustable tilt is a practical and eas1 to stud1 in the laborator1 of the problems inherent in the power factor correction. "he components used is t1pical of the industrial world to allow the student to wor* as in the world of wor* but ever1thing is secure and safe to protect the student from maneuvers due to ine7perience. $ach component is printed on the panel and euipped with terminals accident prevention and is electricall1 connected with the other or can be connected via safet1 cables laborator1 supplied diameter A step control option available in resistive load series A<562 W ,nductive series A<52). 9etal structure placed on pedestals. "raining program measurements and relationships between the apparent+ active+ reactive power power factor correction of localiHed single-phase electrical consumers power factor correction of localiHed three-phase electrical consumers discharge of the energ1 stored in the capacitors power factor correction s1stems with automatic centraliHed 6-8- steps eual to each other power factor correction s1stems with automatic centraliHed 6-8- steps one double of the other filtering of harmonic currents in the capacitors.


Rev 04.15


MO9LE : SE OF ENERGY +N RES+9EN+AL +NSALLA+ON YE ANNC+V+L "he module simulates the conditions of a civil residential installation. ,t includes digital energ1 counter with displa1 for measurements of electrical+ consumption and tele-metering parameters. Advanced functions as double-hour tariff+ anal1sis of consumption and s1stems to ta*e off loads in case of overload. 9easurement of earth resistance+ insulation+ failure ring+ functionalit1 of residual current switches+ continuit1 of protection conductor. Available both in separate modules *it or full assembled simulator. O#",ON some e7amples of residential &omotics.

MO9LE: ANALYS+S OF ELECR+CAL NEWORD@ OWER JAL+Y@ 9+SRANCE AN9 8ARMON+CS YE D+ANAL9+S "he module studies and measures the ualit1 of the electric energ1+ relief of the harmonicas+ ta*es the relative corrective provisions to obtain acceptable wave forms for the good wor*ing of the electric and electronic euipment fed b1 the electrical networ*. ,t is possible realiHation of the t1pical circuits+ acuisition of the wave forms voltage+ current+ evaluation of the harmonic distortions and the level of the disturbance+ use of filters to simulate troubles or improve the situation after the anal1sis of the electric energ1 and the trac*ing of troubles.

MO9LE: SE OF ENERGY +N +N9SR+AL +NSALLA+ON YE ANN+M+ "his s1stem has been designed so that students can assemble+ anal1He and test a wide range of more and more comple7 electric circuits. 9ain components VNo. < electro-magnetic contactors for industrial uses+ with three NO wor*ing contacts+ 8W8 NO-N! au7iliar1 contacts and a coil of 8< >ac V No. < au7iliar1 rela1s for industrial uses with  e7change contacts and coil of 8< >ac V No. 8 three-pole thermal rela1s with NO-N! au7iliar1 contacts+  dela1ed rela1s (6.5 to 2 s) and a coil of 8< >ac V No. 5 lamp soc*ets with warning lights of 8< > of d ifferent colours V No. < push-buttons of different colours+ with NO-N! contacts+ for industrial uses V No. 6 emergenc1 push-button with mechanical holding and 8 NO-N! contacts V No. 6 three-phase power suppl1 and distribution unit with neutral and earth conductors+ protected against overcurrents b1 differential circuit brea*er of 4 A+ for powering power circuits V No. 6 au7iliar1 power suppl1 unit+ protected against overcurrents b1 differential circuit brea*er of  A+ for outputting and distributing voltage of 8< >ac for control circuits (single-phase S$> transformer of E8 >A) V No. 6 fault-insertion s1stem that can be used to insert more than 52 faults on the devices included in the panel

9+SR++ON CA+N "he module simulates distribution cabins of medium and high voltage. ,t includes No. 8 transformers that can be connected in parallel+ magnetotermic and overtemperature protections+ line protections at output+ measuring instrument and telecontrol for voltage+ current+ power+ energ1+ cosfi. !omplete of software+ monitoring and data storage.


Rev 04.15


OWER ANALYSER AN9 8ARMON+CS YE ARFR-ARM" wit; inter5a!e * s&5tware - ;arm&ni! measures Multi5un!ti&n instruments wit; 7ra<;i! disAr+ >A+ >Aaverage+ !&sK + !&sK average+ >+ ,+ , average+ F'+ "F& (min and ma7 for all the measurements)+

P?h+ P>Arh on < uadrants. "9S measurements in twisted wave form (voltage and currents) = AN$ ma7  <2> / 5A direct (option e7pansion with current clamps) (on reuest other ranges) = &,,"A &,S#A0 = ;S% O;"#;" AN& SO"?A$ = ,ncluded software and stud1 of the harmonicas 9icroprocessor 8bit 3 !lass 2.53 bac* lighted displa1 with < simultaneous measures Farmonic anal1sis (") up to 52L with graphic and digital indication (current and voltage)3 rising harmonic source. Autorange for voltage and current inputs #ower suppl1 82 > E?ui<
A#-/A98

YE ARFR-ARM wit; ;arm&ni! measures Multi5un!ti&n instruments wit; 7ra<;i! disAr+ >A+ >Aaverage+ !&sK + !&sK average+ >+ ,+ , average+ F'+ "F& (min and ma7 for all the measurements)+ P?h+

P>Arh on < uadrants. "9S measurements in twisted wave form (voltage and currents) = AN$ ma7  <2> / 5A direct (option e7pansion with current clamps) (on reuest other ranges) = &,,"A &,S#A0 9icroprocessor 8bit 3 !lass 2.53 bac* lighted displa1 with < simultaneous measures Farmonic anal1sis (") up to 52L with graphic and digital indication (current and voltage)3 rising harmonic source. Autorange for voltage and current inputs #ower suppl1 82 > O+ONS: N.  current clamps 422/6 A ( on reuest other ranges) / bag for clamps A#-/A9

OWER ANALYSER YE ARFR Multi5un!ti&n instruments 5&r l&!al measurements t,
,t ma*es possible the following measurements voltages+ currents+ active power+ reactive power+ apparent power+ power factor+ energ1. &ispla1 with selection of measurement. ange 5 A/<22 > direct (option e7pansion with current clamps) (on reuest other ranges) constructed in a strong e7ternal bo7 #lastic panel. #ower suppl1 82 > E?ui<
A#-


Rev 04.15


ALERNA+VE ENERGY lease as= t;e dedi!ated !atal&7ue

7ried !&nne!ted


Rev 04.15


ELECR+CAL +NSALLA+ONS lease as= t;e dedi!ated !atal&7ue WORD FRAME "2 LACES

+N9SR+AL AN9 RES+9EN+AL +NSALLA+ON RA+NER - L+G8+NG +NSALLA+ON - S+GNALL+NG +NSALLA+ON - +N9SR+AL +NSALLA+ON - 8OSE 8ONE AN9 V+9EO +NERCOM - SEC+AL +NSALLA+ON: 8&tel installati&n Re?uired audien!e bed r&&ms Medi!al sur7eries 8&s
- D+ F+REROOF +NSALLA+ON - V AN9 SA +NSALLA+ON - ELECR+CAL GAE S+MLAOR - NEMA+C +NSALLA+ON - RES+9EN+AL +NSALLA+ON RA+NER - +N9SR+AL ELECR+CAL +NSALLA+ON RA+NER - +L9+NG YAR9 RA+NER - RA+NER FOR ME9+CAL +NSALLA+ON - RA+NER FOR AGR+CLRAL AN9 $OOEC8N+CAL +NSALLA+ON - +L9+NGS AOMA+ON - S9Y OF 8E S+NGLE AN9 8REE-8ASE ELECR+CAL ROEC+ONS

MEASREMEN +NSRMENS

buildin7 aut&mati&n


Rev 04.15


Ener7, sa%in7 =it t, E5? N. 6 9odule incandescent lamp 82> E5? N. 6 9odule fluorescent lamp and low-consumption light output euivalent to a E5? incandescent bulb !onnection cables "he *it proposes the stud1 of energ1 saving applied to a lighting s1stem. ,n particular compare a lighting s1stem with traditional incandescent lamps and lamps Qenerg1 savingQ low consumption. %oth s1stems offer the same luminous flu7 (neglecting the color tone) and can be regarded as euivalent. "he comparison will highlight the various technical aspects and costs. "he module is a lighting dumm1 with an installed capacit1 of about E522? (incandescent). O+ON: di7ital instruments A-V- W-VAR- W;- VAR;- !&s 5&r sin7le and t;ree-<;ase measurements t,
WORDENC8 ;e w&r=ben!; is suitable t& satis5, t;e lab&rat&r, re?uests in t;e %ari&us se!t&rs &5 t;e s!;&&l. YE "'' "he wor*bench is suitable to satisf1 the laborator1 reuests in the various sectors of the school. Standard dimensions mm 8222762227K22h (ON &$9AN& other dimensions). "ubular structures mm <27<278 ?ooden plane covered on both sides in plastic laminated with anti-scratch wor* plane. ounded corners bordered in rubber eet adjustable b1 screw #ainting with epo71 thermo-hardening dust and phospho-degreasing treatment (the bench is guaranteed against scratch and rust). Availabilit1 of a wide range of options afterwards described that increases the versatilit1 of the des*. Adaptabilit1 to the various reuests of the user. • • • • • •

O+ONS FOR 8E WORDENC8 9RAWERS: m&unted under t;e w&r=t&<@ sin7le &r d&uble@ side b, side &r as a !;est &5 drawers. 8andle and l&!= in!luded. N9ER-OWER: <&wers m&unted under t;e w&r=t&< &n t;e s;&rt &r l&n7 side &5 t;e ben!; in!ludin7 • wide ran7e &5 a!!ess&ries. -OWER: <&wers m&unted &n t;e w&r=t&< &n t;e s;&rt &r l&n7 side &5 t;e ben!; • in t;is last !ase
universal soc*ets or single-phase standard 882 > : 62/64 A (on demand different configuration)3 three-phase soc*et W N W " J2 > (On demand different configuration)3 amp that signals the presence of voltage3 Pe1 emergenc1 mushroom3 >arious accessories at userDs reuest • •

DEYOAR9 8OL9ER: e3tra!table =e,b&ard
O+ON tr&lle,

!omfortable and practical trolle1 to lodge loads of several t1pes for eas1 and practical shifting #rovided with housing for accessories. Several models and measurements are available.


Rev 04.15


&sii&ne t&rretta a

Rev 04.15


OWER SLY 9C AN9 AC

S&lui&ne anti%andalism&

+NSRMENS


Rev 04.15

Energy Manager

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