Beta Power Controls is an ISO 9001:2015 certified company established in 2007 in Coimbatore, India, specializing in manufacturing power saving and conditioning equipment. The company offers a range of products, including voltage stabilizers, isolation transformers, UPS systems, and renewable energy solutions, aimed at providing efficient energy for a greener future. With a commitment to quality and customer satisfaction, they focus on continuous improvement and innovative research to meet diverse industrial needs.

1. BETA POWER CONTROLS
ISO 9001-2015 CERTIFIED COMPANY
Since 2007

2. STABLIZER
Servo Voltage Stabilizer - 15
Static Stabilizer - 17
TRANSFORMER
Isolation Transformers - 20
Ultra Isolation Transformer - 20
K-rated Isolation Transformers - 21
Resin Cast Transformers - 21
Step Up /Step Down Auto Transformers - 21
Control Transformers - 22
Drive Input/Output Chokes - 22
Harmonic Reactors - 22
Variable Auto Transformer - 23
CONVERTERS
Single Phase To Three Phase - 24
Two Phase To Three Phase - 24
Static Frequency Converter - 25
Rotary Frequency Convertor - 26
UPS - 27
Rectifier - 28
Harmonic Filter - 30
CONTROL PANEL
LT Panel - 33
APFC Panel - 34
Power Control Center (PCC Panel) - 35
Motor Control Center (MCC Panel) - 35
MV Panel - 36
LOAD BANK - 36
AUTOMATION PANEL
PLC Panel - 37
VFD Control Panel - 38
Scada Control Panel Systems - 39
PLC & HMI Panels - 39
ENERGY SAVER
Energy Saving Equipment - 40
Solar Project - 42
CONTENTS

3. BETA POWER CONTROLS, COIMBATORE, INDIA AN ISO 9001:2015 TVE
ACCREDITED COMPANY,
Leading manufacturing &Exports Established in 2007 with a corporate objective to provide
efficient energy for greener future, Beta power controls has grown to be one of the
country’s biggest manufacturers of power saving and power conditioning equipment’s with
the largest satisfied customer base. The products manufactured by us have made a distinct
place in the market owing to their features like excellent performance, longer lifespan and
less power consumption. with an objective to manufacture quality products, our experts
use the latest equipment and best quality raw material provided by our trusted vendors of
the market.
OUR SERVICES
▪ Servo Voltage Stabilizer
▪ Static Stabilizer
▪ Isolation Transformer
▪ UPS
▪ Control Transformer
▪ Voltage Variable Transformer
▪ Special Purpose Transformer
▪ Rectifiers
▪ Phase Converters
▪ Frequency Converter
▪ Harmonic Filter
▪ APFC Panel
▪ VFD Panel
▪ Electrical Panel
▪ Control Panel
▪ Plc Panel
▪ Energy Saving Equipment
▪ Solar Project
▪ Load Bank
▪ Maintenance ET Spare Support.
QUALITY POLICY
BETA POWER CONTROLS is committed to satisfy the customer by supplying the quality products as per
customer’s specification at reasonable price and will continually improve the effectiveness of quality
improvement system.
OUR VISION
Our vision is to become a technology based Indian Engineering Company & to emerge out as a leading
manufacturer in the domestic & international market.
OUR MISSION
“It’s our mission to strive for synergy between technology, systems and human resources, to produce products
and services that meet the quality, performance and price aspirations of our customers. while doing so, we
maintain the highest standards of ethics and social responsibilities.
CUSTOMER SATISFACTION
Quality for us is not just a word that defines our product but our capability to achieve complete customer
satisfaction. Working with the prime focus of achieving complete customer satisfaction, we work in
coordination with our clients to conceptualize their idea and manufacture machines exactly as per their
requirements. We also provide our customers excellent after sale service for the maintenance and long service
life of the machine. Equipped with the most sophisticated technology and competent engineers, we have
innate capability to meet every requirement of our esteemed customers.

4. AFTER SALE SUPPORT
In a quest to ensure complete customer satisfaction, we provide excellent customer service to
our customers. We also offer customer friendly technical assistance for new installation where
highly qualified engineers attend the queries.
R&D
Our R&D team has always kept us ahead by developing innovative products for usages in various industrial
applications. Committed to providing the best solution, our R&D team carries out intensive research for
developing components of varied configurations as per the requirement of our clients. Our R&D department
aims at developing cost effective and improved performance products to meet the ever-changing requirements
our customers.
FIELD OF APPLICATION:
▪ Cement Plants
▪ Flour Mills
▪ Clubs
▪ Engineering Units
▪ Hotels
▪ Pharmaceutical Units
▪ Hot & Cold Rolling Mills
▪ Rice Shellers
▪ Textile Mills
▪ Paper Mills
▪ Rubber
▪ Cold Storages
▪ Food Processing Unit
▪ Hospitals
▪ Nursing Homes
▪ Tea Estate
▪ Food ware
▪ Leather Units
▪ Distilleries & Beverages
▪ Tube Mills
▪ Oil & Vanaspati Plants
▪ High Rise Buildings
▪ Industries
EXPORTS
We regularly
Exports more than
30 countries.

5. APPROVALS

6. APPROVALS

7. CERTIFICATE

8. LEADERSHIP
Mr. Balkrishnan Sethuram
(Chief Executive Officer)
Mr. Senthil kumaran
(Executive officer)
Mr. Durairaj V
(Manager)
Mr. Vinoth Babu
(R&d)
Mr. Thaiyappan
(Electronic scientist)
Mr. Vijayakumar
(Sr. Advisor – Distribution
/Transmission)
PRODUCTION ENGINEERS
SERVICE ENGINEERS
SALES & MARKETING
ACCOUNTS & ADMINISTRATION
17
08
04
06
OUR
EMPLOYEES

11. OUR VALUABLE CUSTOMERS
BETA POWER CONTROLS
ISO 9001-2015 CERTIFIED COMPANY

12. GLOBAL CUSTOMERS
Customer Name City Country Contact Name
JAZZAH FACTORY ALUMINIUM PRODUCTION Riyadh Saudi Arabia Manu Krishna
AL WADI ALSAFI WATER PURIFICATION Sharjah UAE Sudesh
FINKEN HOLDINGS LTD Nairobi Kenya John wanjohi muchemi
ARUTHUR OLUAL Nairobi Kenya Aruthur olual
ARAR UTILITY & TRADING WLL Doha Qatar Nirmal kumar
TECHNO GEARS INDUSTRIES L.L.C Muscut Oman Munna
FAMILY BAKERS Male Maladives IZZATH RASHEED
ALMOAYYED AIR CONDITIONING Manama Bahrain Sankar Ganesh
KOTROL TEK LTD Bridgend UK Martin kelly
RESPACK POLYFILM SDN BHD KEDAH Malaysia CK Wan
SMH RAIL SDN. BHD. Kuala lumpur Malaysia Jamesh
KAWAS ENGINEERING LLC Muscut Oman Amith
TASK PLASTIC INDUSTRY PLC Djibouti Ethiopia Reji Abraham
INTACT CONTROL TRANSFORMER LLC Dubai UAE Sangeetha
ISA SARAL Lubambashi RD Congo Suresh
UNITED BUSINESS COMPANY LLC Jeddah Saudi Arabia Rajeeve
PLQ CONTRACTING LLC Dubai UAE Nirmal
JOAO MANUEL SEQUNDA Luanda Angola Joao manuel sequnda
ATLAS AL SHARRQ TRADING EST Dubai UAE Mohammed saleh Ali
POWER LINKS CONTRACTING W. L .L Tubli Bahrain SANKAR
E K PARTNERS LLC Sharjah UAE lMohammed
ALIF TRADING CO Doha Qatar Yasir Sherrif
GEODIS PROJECTS CAMEROON Douala Cameroon Kadidja
UNITED HYDROCARBON CHAD LIMITED Djamena Chad Harikumar
DELONEX ENERGY UK LIMITED London UK Edna Freitas
JAGDAMBA STEELS PVT LTD Kathmandu Nepal Promod rauniyar
SIMONES NEPAL PVT.LTD Kathmandu Nepal Krishna
TANELEC ZAMBIA LIMITED Ndola Zambia Nyaude Bada
MODERN UNION PAPER PRODUCTS Dubai UAE Alphonse paul
FIRST POINT PRINTING EQUIPMENTS Sharjah UAE Ram
UNIQUE ELECTRICALS PTE LTD Singapore Singapore Suresh
RT KNITS Upper vale Mauritius Shameem Russool

13. ACCOLADE CONSULTANCY AND ENGG The Adelphi Singapore
CREET INTERNATIONAL CONTRACTING
COMPANY LTD
Riyadh Saudi Arabia Ayman
Customer Name City Country Contact Name
BAKHRESA GRAIN MILLING (U) LTD Kampala Uganda Pursothaman
SULTAN CO FOR PLASTIC
INDUSTRIES
Tripoli Libya Eng. Mohammad
La corne d'abondance Versailles France Daniel Tonini
La maison d'Asie Toulouse France Annette Roulet
Laughing Bacchus Wine Cellars Vancouver Canada Yoshi Tannamuri
Lazy K Kountry Store Walla Walla USA John Steel
Lehmanns Marktstand Frankfurt a.M. Germany Renate Messner
Let's Stop N Shop San Francisco USA Jaime Yorres
LILA-Supermercado Barquisimeto Venezuela Carlos González
LINO-Delicateses I. de Margarita Venezuela Felipe Izquierdo
Lonesome Pine Restaurant Portland USA Fran Wilson
Magazzini Alimentari Riuniti Bergamo Italy Giovanni Rovelli
Maison Dewey Bruxelles Belgium Catherine Dewey
Mère Paillarde Montréal Canada Jean Fresnière
Morgenstern Gesundkost Leipzig Germany Alexander Feuer
North/South London UK Simon Crowther
Océano Atlántico Ltda. Buenos Aires Argentina Yvonne Moncada
Old World Delicatessen Anchorage USA Rene Phillips
Ottilies Käseladen Köln Germany Henriette Pfalzheim
SUMO CONSTRUCCTION & ENGINEERING PVT LTD. Kathmandu Nepal Mr.Sandip
DEYA ELEVATOR SERVICE INC Guayanabo Puerto Rico Ms.Angel
CUSTOMER DELIGHT TRADING Abu Dhabi UAE Mario Pontes
PT CATUR HARAPAN BATAM Indonesia Paneer
GLOBAL CUSTOMERS

14. ▪ All bought out components sourced from reputed
manufacturer and supplier as per standards.
▪ 100 % Raw materials inspection s per internal
Quality Plan.
▪ Individual assemblies and sub-assemblies tested
separately.
▪ All Electronics PCB’s are tested at 60 oC in oven.
▪ Final Equipment’s are tested for 24 hours with
continuous voltage variation from min. to max.
INSTRUMENTS USED FOR TESTING SR NO
Analog Insulation Meter MG-01
High Voltage Tester HV-01
Power Analyzer PA-01
Digital Clamp Meter DCM-02
Infrared Thermometer TG-01
FACTORY TEST is 9815: 1994, Part I indicates the various routine tests to be conducted on the stabilizer before
dispatch from the factory. The brief description of these tests are as below:
INSULATION TEST: The insulation between the terminals and body of the stabilizer shall not be less than 5 MΩ
when measured with a 500 V megger at the ambient not exceeding 45 °C.
HIGH VOLTAGE TEST:2.5kV(RMS) test voltage shall be applied at the rated frequency for one minute between
the windings and the body of the stabilizer after connecting the body of the stabilizer to the earth. There shall
not be any disruptive discharge or collapse of test voltage during this test.
OUTPUT VOLTAGE TEST: The output voltage shall be for different input voltages from no load and min Load 10A.
the test can be limited to no load if it is not feasible to load actually. The output voltage by this test shall not
differ by more than 2 % of the designated rated voltage.
NO LOAD CURRENT TEST: The no load current shall not exceed 5% of the rated full load output current.
LOAD TEST: This test shall be conducted similar to the test to the transformer. The total losses shall not be more
than 10 % for capacities up to 5 kVA and 5 % for higher capacities.
INDUCED VOLTAGE TEST: This test conducted to test the insulation of winding by applying AC voltage equal to
output voltage of frequency not less than twice the rated frequency at the output terminal of the windings for
periods not less than 15 seconds. After this test there shall not be any appreciable differences in the no load
current with reference to the no load current at normal frequency.
TEST FOR CONTINUOUS OPERATION(JIGTEST):By this test the stabilizer is subjected to the continuous run for
24 hours at no load while the input voltage is automatically varied from minimum to the maximum of the
designated input voltage and back to the minimum in not more than one minute. After this test the stabilizer
shall pass the output voltage test.
TEMPERATURE RISE TEST: This test is similar to the temperature rises to transformer and is done under actual
plant condition.
1A) QUALITY ASSURANCE
1b) Testing of Procedure

15. WORKING OF SERVO VOLTAGE STABLIZER
Servo voltage stablizers work on servo mechanism which is negative feedback used to generate control over
voltage fluctuations.In servo voltage stablizers,there is a boost/buck transformer component which is primarily
used to regulate & control the input voltage.
SERVO VOLTAGE STABLIZER
ADVATAGES OF SERVO VOLTAGE STABLIZER
• It can support load capacity up to 5000 KVA and more
• Great voltage accuracy with +/- voltage correction
• Wide utility area like from home to school, industries and offices
• Available in both Air-cooled and oil cooled transformers
• Affordable and fit in the budget
• Fast and accurate
• No maintains cost
• Highly efficient
• Higher durability and great reliability

16. TECHNICAL SPECIFICATION
Characteristics Single phase Three phase
Capacity 1kva-50KVA 3kva-5000KVA
Input voltage
Output voltage
Frequncy 50/60HZ
Correction speed 20v/sec , 70v/sec , 110v/sec (As Required)
Response time Less then 10 milliseconds
Correction method
Step less correction using variac (Microprocessor Based control system for measurement
and correction)
Waveform Distortion Nil
Effect of power factor Nil
Efficiency 98% As per IS standards
Type of cooling Nature Air cooled /Forced air cooled/Oil cooled
Duty cycle Continuous 24 hrs 100%
No load losses 0.5% from the rated capacity/ As per Is standards
Operation mode Auto /Manual
Suitability
Suitable for 3phase,4wire Unbalanced Voltage & Unbalanced/balanced load all power
factors
Operating Temperature 0 to 55
Humidity 0 to 95% RH Max ,Noncondensing at 35
Noise Level <65dB For 1meter
High voltage Test Can withstand 2.5kV for 5 seconds
System construction As per IS : 9815 & ISO 2015
Degree of protection Ip21 - IP 55 (As Required) & Epoxy Powder coated ( 7 Tank processes)
Insulation Class- B /Class- H / Class – F (As Required)
MCB / MCCB Short circuit Protection
BYPASS
Inbuilt in up to 300KVA above 300Kva optional (Change over Switch to bypass the
stabilizer and use main voltage directly)
CONTACTOR Over load ,Under /Over voltage cut – Off Protection Through contactors
Log book memory History of error logs
Input /Output Terminations DIN Connectors up to 75Kva Above 75kva Busbar Connection
Monitoring facility
DIGITAL MICROPROCESSOR LCD DISPLAY FOR
A. Input Voltage - Phase to Neutral & Phase to Phase D. Frequency
B. Output Voltage – Phase to Neutral & Phase to Phase E. Earth Neutral Voltage
C. Load Current in Three Phase F. Fault annunciation
197v- 277v 360v-460v
170v-270v 340v-480v
140v-270v 295v-470v
110v-270v 240v-460v
90v-270v 190v-460v
220v/230v +/- 1% (Adjustable) 380v/400v/415v +/-1%(Adjustable)
1 Phase + Neutral, Ground 3 Phase + Neutral, Ground
Other Range also available as per customer requirements
Optional Features and Protections
1. Low voltage cut-Off & Alarm
2. High voltage cut-Off & Alar
3. Over Load Cut-Off & Alarm
4. Single Phase Prevention Cut-Off & Alarm
5. Reverse Phase Cut-Off & Alarm
6. Neutral Trip
7. Auto Phase Correction in case of Phase Reversal
8. Short Circuit Protection for Input MCB/MCCB/ACP
9. Surge & spike Protection.
10. Stabilizer Bypass System
11. Delay on Circuits
12. Auto / manual operation

17. Why Static Voltage Stabilizers?
• Super quick response time of 50 microseconds
• Fast regulation speed of 2500 volt/sec (minimum)
• Continuous supply of highly stable output voltage
• Independent phase correction and capable to handle unbalanced 3-
phase input without any trouble
• Built in protections against: over / under voltage, phase reversal,
single phasing, over load, over temperature & short circuit
• Zero maintenance cost because of no mechanical or moving parts.
• Completely noiseless operation
• Lowest foot print (less space needed)
• Compatible for all kinds of loads
• >99.8% efficiency
• Greatly improves power quality and reduces electricity
consumption at site of installation
STATIC STABILIZER

18. Operating Voltage
1F+F (225-470VAC) Standard
Input Voltage Ranges
1F+F (300-450V)Standard
Output Voltage
1F+N 380 VAC +/- %1~3 Standard
( 400V ve 415V optional )
Control and Process
Control
Multi-Microprocessor Control (DSPIC)
Operating Frequency
50 Hz +/-%5
(60 Hz Adjustable )
Efficiency >%97 ( in nominal terms, at full load )
Operating Temperature
-10 C lie + 50 C
range ( Special
cooling unit )
Protection
Pasive and electronic Protection
(Overvoltage, under voltage, overcurrent, peak, surge, right and spike
protection)
Display
Graphic LCD Display for each Phase Output Voltage, Output Voltage, Output
Current, Load Percentage, Output Frequency, Regulator Status and Fault
Information, Overload Warning, Input Fault Warning, Output Fault Warning, etc.
information can be monitored.
Communication
Dry Contact
( Optional; Ethernet /USB / MODBUS TCP/IP )
Filter
At the entrance of the system there is an electricity noise filtering special
filter system and network filters.
By Pass
Manuel by pass
(Opsiyonel; Auto
By Pass )
Relative humidity
%90 ( condensing )
Acoustic Noise 50 dB(A)'less
Protection Class
Ip 20 ( Optional; Outdoor Cabinet )
Standards EN50091-1/EN62040-1(Safety) EN50091-2/EN62040-2 (EMC
TECHNICAL SPECIFICATION

19. TRANSFORMER
What is an Isolation Transformer?
A transformer is a static electrical device which transfers power from one voltage level to another while keeping
the frequency same. And, if the primary and secondary windings are coupled through a common iron core, they
are considered as the Isolation Transformer.
The secondary winding, as usual in transformers, is physically and electrically isolated from the primary winding.
There is no literal electrical link between the two windings. They are magnetically coupled, not
electrically linked.
This “line isolation” is a very desirable characteristic for various applications. As there is no electrical connection
between the load and source, the transformer behaves like a filter between the two windings by segregating them
from each other.
The Isolation Transformers significantly block the voltage spikes, switching transients and noise that originate in
the supply side from being getting transferred to the load side.
Some isolation transformers are built with a turn ratio of 1:1. Such transformers are exclusively built to have the
same input and output voltage and are used for isolation only.
All transformers except autotransformers provide isolation.
When used with a switching power supply, an Isolation Transformer prevents higher-order harmonic signals from
degrading the performance of adjoining circuitry.
It is especially crucial in computers or other equipment incorporating microprocessors. Improper isolation can
cause interference to other functions of the system and can cause excess ripples at the output voltage waveform.
What are the Benefits of Isolation transformers?
The Isolation Transformers have numerous benefits as-
• Protection of the users from the faulty equipment.
• To have safe, reliable and accurate measurements.
• To avoid ground loops.
• To physically isolate/separate some part of an electrical system from the other or rest of the
system.
• On drives, they help to filter the electrical noise caused by SCR’s

20. ISOLATION TRANSFORMERS
INPUT OUTPUT RATING AVAILABLE
400V AC 3 PH 400V AC 3 PH 1 KVA TO 2000 KVA
230V AC 1 PH 230V AC 1 PH 1 KVA TO 20 KVA
Or as per requirement Both Oil & Dry type
System Connections Delta/star(as per requirement)
Ratios Delta /Star (as per requirement)
Regulation 5%
Insulation resistance Better then 5Mega ohm
Coupling capacitance 0.01 PF for 100Db
Leakage current Less than 20 Micro Amps
Type of Execution Closed Type
Operating Temperature 0 c to 45 c
Type of Cooling ONAN/Natural Air/Forced air
TECHNICAL SPECIFICATION

21. K-RATED ISOLTION TRANSFORMERS
K factor is a value used to determine how, much harmonic current a
transformer can withstand without exceeding its maximum temperature level.
Huge numbers of single phase loads like computer also creates a non- linear
harmonic. A standard transformer cannot handle the harmonics due to non-
linear loads. When harmonic enter into the transformer the core gets
saturated, as result it produces lot of heating causing the failure of the
transformer. K Rated transformers are specially designed to withstand
this non-linear harmonic. K rating differs according to the harmonics level like
K-1,K-4,K-7, k-13, and K-20
RESIN CAST TRANSFORMERS
Cast resin transformers are characterized by the conductors of winding being
embedded in an enclosed resin body completely with a smooth surface. Cast resin
transformers is used where safety, pollution and economy matters. Beta power
controls Resin cast transformers are designed to withstand toughest environment
conditions and offer high level of reliability even under the toughest condition. Our
resin cast transformer can be installed in E4 environment class.
FEATURS OF BETA RESIN CAST TRANSFORMER
1. High security 2. Reduced cost
3. Low fire risk 4. Maintenance free
5. Completely sealed winding 6. High mechanical strength for the winding
7. High grade core with minimum losses
STEP UP /STEP DOWN AUTO TRANSFORMERS
An auto transformer is a device where same part of the winding acts as primary
and secondary side of the transformer. Auto transformer is often used to step up
and step down the voltages. Auto transformer does not provide Electrical
isolation between the winding.
In an auto transformers primary & secondary are connected magnetically and
electrically insulated Step up transformers is one whose secondary voltage is
greater than primary voltage. This kind of transformers used to “STEP Up” the
voltage applied to it.
Step Down transformer is one whose secondary voltage is lower then primary
voltage. This kind of transformer used to “STEP DOWN” the voltage applied on it.

22. CONTROL TRANSFORMERS
A Control transformer are to supply power to control and
auxiliary equipment’s which are not intended to connect direct
supply. Control transformers are used to control supply voltage
for control circuits of AC starter motor i.e. starter coils, timers,
indicating lamps, electronics protection relay, etc., A control
transformer is used to supply control power thus allowing lower
,safer and more efficient control circuit voltage to be used in high
working voltages applications The excellent inrush current
handling characteristics of the transformer also makes the system
more efficient.
DRIVE INPUT/OUTPUT CHOKES
Utilizing variable speed drives to control motor speed
has impacted industry in energy saving and increased
efficiencies. The challenges for today’s designers is
dealing with non-linear waveform generated by solid
state devices. By choosing our line reactor, many line
problems can be eliminated. Additionally performance
life expectancy of both the motor and the drive itself
are significantly enhanced.
HARMONIC REACTORS
De tuned filter Reactors, are used in series with
capacitor banks in power factor correction units. By
using these type of detuned reactors it is possible to
avoid following effects on system.

23. VARIABLE AUTO TRANSFORMER
As with two winding transformer , auto transformer may be equipped with many
taps and automatic switchgear to allow them to act as automatic voltage
regulators, to maintain a steady voltage at the customers service during a wide
range of load conditions.
A Auto transformer is also a single wound transformer with two end terminals and
one or more terminals at intermediate tap points. The primary voltage taken from
the terminals almost having one terminal in common with primary voltage.
SPECIFICATION REQUIREMENT
CAPACITY 1 A -5000A
INPUT PHASE SINGLE PHASE THREE PHASE
INPUT VOLTAGE 230V 400V
OUTPUT VOLTAGE 0-270 0-470
COOLING AIR COOLED OR OIL COOLED
VECTOR GROUP DYN-11
REFERENCE STANDARD ACCORDANCE WITH RELEVANT IEC AND EN
AMBIENT TEMPERATURE 0-60 Deg.C
VOLTAGE VARIATION MANUL OR MOTORIZED VARIABLE
FREQUNCY 50/60HZ +-3%
INSULTION CLASS F
% REACTANCE 2-3%
DUTY CONTINUOUS
WINDING COPPER 99.9% ELECTROLYTIC
CORE TYPE ,GRADE OF LAMINATION CRGO TOROIDAL CONSTRUCTION,M3,0.23MM
METERING I/P VOLTAGE,O/P VOLTAGE,O/P AMS
PROTECTION MCCB FOR INPUT
TECHNICAL SPECIFICATION

24. PHASE CONVERTERS
SINGLE PHASE TO THREE PHASE BETA phase converter is a device that converts
single phase electrical to 3 phase supply. Most phase converters are used to produce
three-phase electric power from a single-phase source, thus allowing the operation
of three-phase equipment at a site that only has single-phase electrical power supply.
BETA Phase converter first converts 230v single phase supply to 440v through step up
transformer and it again given to AC derive where the 3 phase AC supply is given to
the electrical load through converting DC to AC.
TWO PHASE TO THREE PHASE three-phase power is not always available. To
keep cost down, often only one phase is fed from a street transformer to a house.
There are two options, if an industrial machine has to be connected. Installation
cost for three-phase power lines may be high. Phase convert two phase 415v into
three phase 380v,400vor415v.Booster: standard converters for multi-motor
applications. Motors will produce 100% nameplate torque continuously, up to
200% during start-up or excessive loads. One output socket. Booster e: high
performance converters for all single and multi-motor applications and all hard-
start conditions. Motors will produce 100% of nameplate torque continuously and
up to 600% during motor start-ups and excessive loads. Two output sockets. For all
motor start-stop, reverse, hard-start conditions (metal lathes, wheel balancers,
irrigation pumps, conveyors, elevators, refrigeration systems, compressors, deep
submersible pumps, hydraulic systems).
INPUT PHASE SINGLE PHASE TWO PHASE
CAPACITY 1HP -15HP 1HP - 300HP
INPUT VOLTAGE 230V 400V
INPUT RANGE
200-250V 340-460V Other Range also available as per customer
requirements
OUTPUT VOLTAGE 400V
OUTPUT PHASE
3 PHASE 3 WIRE (R, Y, B) OR
3 PHASE 4 WIRE (R,Y,B,N) as per customer requirements
INPUT FREQUENY 50/60HZ +-0.5%
OUTOUT
FREQUENCY
50/60HZ +-0.5%
POWER FACTOR 0.95
EFFICIENCY <97%
COOLING FORCED AIR COOLED
PROTECTION
I/P AC OVER VOLTAGE/UNDER VOLTAGE,O/P OVER LOAD, SHORT CIRCUIT
PROTECTION
TECHNICAL SPECIFICATION

25. FREQUENCY CONVERTER
What is the frequency converter?
Frequency converter outputs the AC power to pure sine
wave after the transformation of AC→DC→AC, the output
frequency and voltage can be adjusted within a certain
range. It is different from the variable frequency drive
used for motor speed regulation, and also different from
the common AC regulated power supply. An ideal AC
power supply is characterized by stable frequency, stable
voltage, zero internal resistance and pure sinusoidal
voltage waveform (without distortion).
Frequency converter is quite close to the ideal AC power
supply, so more and more countries use it as standard
power supply to provide the best power supply
environment for electrical appliances, so as to assess the
technical performance of electrical appliances.
TECHNICAL SPECIFICATION
Characteristics
Capacity 3KVA TO 2000KVA
Number of Phase 1 phase or 3 phase
Input Voltage 110V TO 600V 3W or 3W+N
Input Frequency either 50Hz or 60 Hz
Output Voltage 110V TO 600V 3W or 3W +N
Output Frequency either 50±0.5Hz or 60±0.6Hz or 400±2Hz
Waveform Pure Sine Wave
Response Time 10ms
Noise Level soundproof 65dBA
Type of cooling Nature air cooled/Forced air cooled
Efficiency 92%
Instruments
Status Lamp, Voltmeter, Ammeter, Frequency Meter,
Thermometer
MONITORING FACILITY
INPUT VOLTAGE & OUTPUT VOLTAGE INPUT
FREQUENY & OUTPUT FREQUENCY OUTPUT LOAD

26. ROTARY FREQUNCY CONVERTOR
Characteristics
Capacity 50KVA TO 5000KVA
Number of Phase 1 phase or 3 phase
Input Voltage 110V TO 600V 3W or 3W+N
Input Frequency either 50Hz or 60 Hz
Output Voltage 110V TO 600V 3W or 3W +N
Output Frequency either 50±0.5Hz or 60±0.6Hz or 400±2Hz
Waveform Pure Sine Wave
Response Time 20ms
Coupling Belts and Pulleys System or Common Shaft or Direct
Coupler
Soft Start Soft Starter Control Circuitry or Soft Starting
Technology
Efficiency 92%
Instruments Status Lamp, Voltmeter, Ammeter, Frequency Meter,
Thermometer
Protections Fuses, Over Current, Under Voltage, Under Frequency,
Over Frequency, Over Temperature
Type of cooling Nature air cooled/Forced air cooled
Noise Level Standard 88dBA, low noise 75dBA or soundproof
65dBA
Monitoring facility HMI
A. Input voltage B. Output voltage
C. Input Frequency D. Output Frequency
E. Load Current F. Fault Annunciation
TECHNICAL SPECIFICATION

27. UPS ( Uninterruptible power supply )
In an online UPS, the batteries are always connected to the inverter, so it isn’t necessary to
have a power transfer switch. When a loss of power occurs, the rectifier just drops out of
the circuit and the batteries keep the flow of power steady and unchanged.
When the power is restored, the rectifier resumes carrying most of the load and also
begins charging the batteries. However, the charging current may be limited to prevent the
high-power rectifier from overheating the batteries and boiling off the electrolyte. The
most beneficial advantage of an on-line UPS, in comparison with the other types of UPS, is
its ability to provide an “electrical firewall” between the incoming utility power and
sensitive electronic equipment.
The online UPS is ideal for environments where electrical isolation is necessary or for
equipment that is very sensitive to power fluctuations. However, with the advances in
technology, the online UPS unit was once only used for very large installations of 10 kW or
more. Now they are available as a common consumer device, supplying 500 W or less.
The initial cost of the online UPS may be higher, but its total cost of ownership is generally
lower due to longer battery life. The online UPS may be necessary when the power
environment is “noisy”, when utility power sags, outages and other anomalies are
frequent, when protection of sensitive IT equipment loads are required or when operation
from an extended-run backup generator is necessary.
The basic technology of the online UPS is the same as in the standby or line-interactive
UPS. However, it typically costs much more, due to it having a much greater current AC-to-
DC battery-charger/rectifier, and with the rectifier and inverter designed to run
continuously with improved cooling systems. It is called a double-conversion UPS due to
the rectifier directly driving the inverter, even when powered from normal AC current.
Input connection Dual input, hardwired
Output connection Hardwired
Nominal input voltage (Vac) 220/230/240 Vac single phase; 220/380, 230/400, 240/415 Vac three phase
Input voltage range +10%, -15%
Operating frequency 50/60 Hz (45 to 65 Hz)
Input power factor 0.99
Input current distortion 5% THD
Nominal output voltage 220/230/240 VAC single phase
Output voltage regulation ±2% static; ±5% dynamic at 100% load change, <1 ms response time
Overload capacity 150% for 5 sec / 125% for 1 min (online), 1000% for 5 msec (bypass)
Efficiency 92% with nominal linear load; 91% with nominal computer load. User interface
LCD-display
Std. Graphical LDC with blue back light; English, Germany, French and Spanish
language support as standard.
Standard communication ports
1 x RS232 for local support, 2 x X-slot (empty); 1 x relay contacts, 1 x emergency
power off input
Optional
External battery cabinets; Isolation transformer; X-slot: SNMP/web, Modbus/Jbus,
Relay card;

28. Reasons to choosing us….
Work in optimizing system regulationMaximum stability
Excellent power quality even under weakgrid conditions
Independent voltageand current control
Maximum flexibility with respect to raw material types −
Robust and reliable de- sign Reasons for choosing BETA
Customized rectifier, transformer and DC reactor system
Intelligent control add-on packages for even higher electrode
regulation performance
Support throughout the full life cycle and access to our
worldwide 24x7 support line
Vast experience in various DC applications Total power
system simulation capability
Integration of rectifier and power quality control equipment to
enhance flickerperformance
RECTIFIERS
OUR WATER-COOLED THYRISTORS
• High power density
• Compact design/small dimensions
• Integration in already existing cooling
• Systems/heat recovery
• No fire protection measures required
• No environmental constraints
• Low maintenance requirements
• Micro SCADA interfaceable
OPTIONAL
An intuitive touchscreen controller
Integrated with a programmable
logic Controller that features:
• System protection
• Dynamic unit response
• Easy to browse menus

29. SupplyVoltage: Up to 0.48kV VAC ±5%, 1 –3Phase, 45-60 Hz
Output Voltage: Upto 400V (Custom higher outputs avail- able)
Output Current: Upto 5000A (Custom higher outputs available)
Pulse: Up to 24 pulse system
Ambient Temp: Max 40°C
Protection Class: NEMA 1
Cooling: Air or water-cooled with air to water or water to water heat exchangers
Control Precision: Voltage/current ±1%
Regulation Range: Stepless at constant voltage or current 10- 100%
Documentation
We provide Factory Test Report(Routine Test) As per standard & Instruction
Operation Manul Book,(Third party test certification SGS,SASO,INTEK Which can be
incorporated extra cost)
Oil cooled voltage variable rectifier
Air cooled rectifier
TECHNICAL SPECIFICATION

30. SYMPTOMS OF HARMONICS WHEN IT PRESENT IN SYSTEM
• Increase KVA Demand.
• Neutral Over loading & excessive N-G Voltage.
• Excessive Capacitor current, frequent capacitor failure.
• Overheating of transformer.
• Error in electricity metering i.e. erratic meter reading.
CAUSES OF HARMONICS
Harmonics are generated by various sources which inherently have non – linear
load like VFD, Diode, Computer, & all electronics equipment’s. That is generally where frequency as
well as voltage conversion system are used. These loads use current in a pulsating manner at times
of feed harmonic currents back in to the wiring. In non-linear load current waveform is different
from voltage waveform. The major equipment’s which generates Harmonics.
• AC /DC Drives
• VFD
• LED
• Booster
• Converters
• Electronics load
HARMONIC FILTER PLANT
STANDARD HARMONIC LIMIT AS PER IEEE
Institute Electrical & Electronics Engineering (IEEE) has
set recommended limit on both current & voltage
distortion in IEEE 519-1992
Sr. No. Bus Voltage at PCC Individual Voltage Distortion Total Voltage Distortion
1 Below 69 kV 3.0 5.0
2 69 kV to 161 kV 1.5 2.5
3 161 kV & above 1.0 1.5
Voltage Harmonics Distortion Limit

31. HARMONICS FILTER CONSISTS OF
1. Double Dielectric type ultra-heavy duty All PP Capacitor
2. Dry type Aluminum / Copper Reactor (percentage of reactance is depends on harmonics level)
3. Conducting Material: 99% pure Aluminum foil
4. Housing — CRCA / Stainless steel Panel.
5. Busbar – Aluminum / Copper.
6. Finish – Anti corrosive & UV Protected powder coating.
Active Harmonic Filtering
Provides harmonic compensation by being installed on the line side of the offendingload (for example, VSD).They
introduce current waveforms which cancel out undesired harmonic components.
Trend Impact
Line and load reactors
Reactors are used to provide current limiting. Reactors
oppose rapid changes in current and hence limit spikes
as a result of current pulses
Passive harmonic filtering
Uses a combination of reactors and capacitors to filter
out harmonic frequencies.

32. Grid voltage (+10/-15% 415 ˜ 690 Urms
Grid Frequency 50Hz(+/-)5% (60Hz on request)
FILTER
Inverter technology 2-level /3-level/Multi-level
Controller 32-bit digital signal processors
Reactive compensation Both leading/lagging
Load balancing Yes(negative sequence)
Harmonic range
All natural harmonics up to51st order(zerosequence in APF3+N
model only
Individual harmonic selection Available
Magnetics Solid core technology
C.T secondary 5A
Interface(communication) MODBUS TCP, USB, Ethernet, SD Card, CAN.
PHYSICAL CHARACTERISTICS
Protection class 1130/IP41(higher on request)
Cooling Forced air cooling
Overheating protection Yes
Cable entry Bottom /top (on request)
ENVIRONMENTAL
Ambient temperature Upto 45Deg
Relative Humidity 95%(non condensing)
Maximum operating altitude 1500m
Acoustic noise(at1m) <70db
USER INTERFACE
HMI BETA POWER CONTROLS offers the advanced HMI in the industry
PROTECTIONS AND STANDARDS
Hardware protections
MCCB,Fuses,Gate Driver protection for IGBT,over temperature cutoff,
single phasing,
Software protections
DC over voltage, over current, no synchronization, voltage high/low,
improper phasesequence, temperature derating.
Total harmonic current
distortion THDi
* <8% @ rated power for drives without Ldc <5% @ rated power for drives
equipped with 4% Ldc
Efficiency >99% for rated voltage and power
Overload capability 1.6x rated current for 1 minute, once per hour
SCCR** 100 kA (UL approved)
High potential test voltage P -> E 2520 VAC (1s)
Overvoltage category OV III (IEC 60664-1)
Cooling External cooling
Ambient temperature range
–25°C to +40°C fully operational | +40°C to +70°C derated operation**** | –
25°C to +85°C transport and storage
Flammability corresponding to UL 94 V-0
TECHNICAL SPECIFICATION

33. Electrical Panels are primarily designed to distribute and control the power for various mechanical
implements. These panels are unit products of smart quality raw materials in accordance with
industrial quality standards.
Electrical control panels are widely used in the industrial and commercial sector for various
applications and utilities, including commercial buildings, hospitals, dairies, telecommunications,
research laboratories, and others.
There are primarily two types of electrical panels available in the market – High Tension (HT) and
Low Tension (LT) panels, each one is designed for a specific arrangement and include devices to
operate specific equipment
LT Panels are used with low tension cables to obtain power from the generator or transformer and
distribute electricity to various electrical devices and distribution boards.
LT panels are designed to function at lower voltages (up to 690 Volts) with low insulation levels.
L.T PANEL
SPECIFICATION AS PER CUSTOMER REQUIREMENTS

34. Automatic power factor control or APFC panels are mainly used for the improvement of power
Factor. Power factor is the ratio of active power to apparent power and it is a major component in
measuring electrical consumption. APFC is an automatic power factor control panel which is used to
improve the power factor, whenever required, by switching ON and OFF the required capacitor bank
units automatically. Control
APFC PANEL
Parameters
Design Standardized Modular Sheet Steel Enclosures
Rated Voltage 415V-440V/50Hz (Design available for 380V, 480V, 690V, 750V - 50/60Hz)
Output Rating
Refer to the table
Other output ratings, switching combination or design voltages are
available upon request
Capacitors
DUCA POWDER Super Heavy Duty Series used are rated at525V, 690V and
880V, 50/60Hz as per network voltage
Reactors H-Class5.6%, 7%,14% or other Tuning/Detuning rating on request
Incoming / Outgoing
MCCB / ACB as Incomer and HRC Fuses for backup protection (other
combination on request)
Protection class IP 40
Unbalanced Activcomp System
For Unbalanced ACTi comp System ratings &specifications Contact our
Sales Office
TECHNICAL SPECIFICATION

35. Let's get started! First, let's talk about the power control center
(PCC Panel), PCC panel contains all of the electrical switchgear
like an air circuit breaker, MCC’s, MCB, and suitable size
aluminum or copper busbar.
The main circuit breaker is where the power comes into the
control panel for all of the switchgear. This circuit breaker
generally has an isolate on the panel that allows us to shut off
the power. Always remember the incoming side of the breaker
will still have power.
The power that comes into the panel can be anywhere from
440 volts to 800V AC.
POWER CONTROL CENTER (PCC Panel)
SPECIFICATION AS PER CUSTOMER REQUIREMENTS
In many commercial and Industry applications,
multiple electric motors are required, and it is often
desirable to control some of the motors. The
apparatus designed for this type of function is the
motor control center panel (MCC Panel).When a
motor operation runs with the protection of
overload relays or solid-state motor controllers.
An MCC Panel manufacturer has a control from a
remote or local that is called a motor control panel.
There are combinations of different types of starters
like direct online (DOL) Starter or star-delta starter.
MCC Panel (motor control center) is using for motor
control of various electrical power Industries.
Therefore, it is most important in electricity. MCC
panel is an Electrical control panel in LT panels. In
other words, it can control the motor from
generation to production
MCC PANEL
SPECIFICATION AS PER CUSTOMER REQUIREMENTS

36. From 3 KV to 36 KV switchgear system is categorized as
medium voltage switchgear or MV switchgear. These
switchgears are of many types.
They may metal enclosed indoor type, metal enclosed outdoor
type, outdoor type without metal enclosure, etc. The
interruption medium of this switchgear may be oil, SF and
vacuum.
The main requirement of MV power network is to interrupt
current during faulty condition irrespective of what type of CB
is used in the MV switchgear system. Although it may be
capable of functioning in other conditions also.
A medium voltage switchgear, should be capable of,
MV PANEL
SPECIFICATION AS PER CUSTOMER REQUIREMENTS
LOAD BANK
Performance testing of any equipment is very
crucial step ensuring that it would function very
efficiently without breakdown when the actual
load is used.
The importance of this test OS slowly being
realized in different sectors of the electrical and
power electronic industry and is on its way to
becoming mandatory norm for erection,
commissioning and maintenance of electrical
equipment’s.
These load bank has been employed as dummy
loads to energy generators to keep voltage
regulation in check.
Load bank is a device which develops an electrical load, applies the load to an electrical power
source and converters or dissipates the resultant power output of the source.
SPECIFICATION AS PER CUSTOMER REQUIREMENTS

37. Programmable Logic Controllers (PLCs) are small industrial computers with modular components designed to
automate customized control processes. PLCs are often used in factories and industrial plants to control motors,
pumps, lights, fans, circuit breakers and other machinery. Integrated PLC Panel can monitor any process and
provide data wherever and however you need it.
There are many components to a PLC, but most of them can be put in the following three categories:
• Processor (CPU)
• Inputs
• Outputs
PLCs are complex and powerful computers; it takes inputs, performs logic on the inputs in the CPU and then turns
on or off outputs based on that logic. We can take the following case for example:
1. The CPU monitors the status of the inputs (for example, proximity sensor off, valve 40% open, etc.)
2. The CPU takes the information that it gets from the inputs and performs logic on the inputs
3. The CPU operates the outputs based on the logic (for example, turn off motor, open valve, etc.)
PLC PANEL
SPECIFICATION AS PER CUSTOMER REQUIREMENTS

38. What is VFD Panel?
Variable frequency drive control panel (also named VFD panel, AC drive electrical control panel) is consisted of
inner VFD inside the cabinet with external control, protect, display and other electrical, it's an frequency
conversion device to control three phase AC motor (including fans and pumps) in variable speed to save energy.
Why we use VFD Panels?
1, Power switching and protection
VFD panels are designed with a circuit breaker usually, which are connected to the input line power supply to
switch the panel on/off, and provide protection when short circuit or overload occurs in the circuits and variable
speed drives. In addition, VFD panels can disconnect power to ensure operator's safety during motor
maintenance.
2, Adjustable speed
A frequency control potentiometer is installed on the VFD panel's door, to transmit command signals to the motor
according to operator assigned. VFD panel has mains switching function to ensure the system continues operation
in case of the variable frequency drive failed.
3, Visual control
VFD panel has display and operation panel on the front body, which is connected to the electrical components
inside the control cabinet. It can display the panel's operational status visually, and convenient for operator control
the motor in actual field operations.
Manufacturers also equip with a variety of instruments and indicators inside the variable frequency drive panels,
such as voltmeter, ammeter, frequency meter, and power indicator light, alarm lights, running lights, power
frequency lights etc., which will monitor the VFD control panels working status in real time.
4, Security protection
Include variable frequency drive, all other electrical components are integrated inside the VFD panel, thus
reducing the impact of external environment to the electrical components, and ensure the operator safety level
like reducing shock hazard rate, so it has a better safety protection function.
Typical applications: water supply, air compressors, central air conditioning, port machinery, machine tools,
boilers, paper machinery, food machinery and so on.
VFD CONTROL PANEL
SPECIFICATION AS PER CUSTOMER REQUIREMENTS

39. Supervisory Control and Data Acquisition (SCADA) systems are
robust industrial control systems that allow multiple users to
monitor and control an unlimited number of processes from
multiple locations throughout your facility. The key advantage to
SCADA controlled systems is that the controlling software is
located at a single, central location. All the users access the system
through a basic internet web browsing program. Hydro-Flo SCADA
systems are a reasonable-cost alternative to operating and
maintaining multiple systems throughout your facility.
Managing and maintaining a SCADA system is much less
cumbersome than trying to keep multiple systems updated. A SQL
database (common throughout most network systems) stores all
the data in a single location. Your IT staff will find system updates
fast and simple. A Hydro-Flo SCADA system will make your overall
operation more efficient, and less prone to operating system
errors.
SCADA Control Panel Systems
SPECIFICATION AS PER CUSTOMER
REQUIREMENTS
Most modern control systems employ a PLC
(Programmable Logic Controller) as a means to
control motors, pumps, valves and various other
equipment used in a process.
Computer based HMI (Human Machine Interface)
products provide the means by which process
personnel interact with the PLC control system. A
well designed combination of PLC’s and HMI’s can be
a solid foundation for your process automation
needs.
Van Ert Electric blends the right components with
customized design to build quality automation
solutions. Our goal is to provide efficient, well
documented programs that blend well with existing
system logic and maintenance personnel expertise.
Our extensive system control history and knowledge
of current development platforms allows us to
provide proven technologies that can improve your
process efficiencies
PLC & HMI Panels
SPECIFICATION AS PER CUSTOMER REQUIREMENTS

40. BETA is an Energy Efficiency Technology Company that Consults, designs, automate and manufacture to utilize
energy optimization techniques and savings energy for industries, Commercial and Residential buildings. The
company was founded to focus on optimizing Energy losses and resolving the issues of weak power transmissions
to create a better solution in Energy Efficiency. EMPORES is dedicated to the research of Electrical Efficiency,
suppression of energy losses and improve Energy savings.
ENERGY SAVING EQUIPMENT
BETA Combines Machine learning (ML), Embedded Artificial intelligence (AI) and impedance matching technique
in which the Maximum power is transferred from a source to load when the load resistance matches the
internal resistance of the source. The system is high advanced and sophisticated that are equipped with State of
the Art Control systems that has monitoring, measuring and reporting techniques. Each System is carefully
calibrated according to the electrical equipment and load profile of the client. In BETA addition to allowing
considerable energy savings, this also guarantees safe and protected operation and a longer service life for both
the system and the connected equipment.
All power transferring devices, including transformers, have inherent impedance with resistive, inductive or
capacitive components. The resistive component is of particular importance in energy efficiency because it
causes a power loss (I2R). In the power loss is less than 0.3%, contributing to the overall reduction of energy
costs.
Electrical feeders cause a power loss due to the resistive component of their impedance, and this power
consumption is increased when the line and load impedances are not matched. Being positioned between the
feeder line and the load, BETA units are capable of providing impedance matching, dynamic control and
equipment protection which reduces resistive losses and conserves energy, optimizing the delivery of electrical
power to the user’s equipment.
TECHNOLOGY

41. BENEFITS
BETA does not have any moving parts, which means that none of its components will suffer mechanical wear over
time. This eliminates maintenance costs and ensures a long service life of more than 20 years.
The Advanced Design of BETA has been able to achieve an efficiency of more than 99.3% at both full-load and
part-load conditions. This high efficiency is not achievable with regular step down transformers, where it is
affected negatively during part-load operation.
Few Autotransformers or voltage management transformers are implemented only with the goal of saving energy,
without considering the presence of transient phenomena in the electric supply. BETA transformer design has a
unique winding configuration that provides additional benefits such as power quality, phase balancing, protection
against transients and mitigation of harmonics. This device protects your electrical installation completely and
provides a risk-free electrical power supply.
Each device is manufactured according to the needs and requirements of the customer, considering the specific
electrical issues at each facility. We have an individual approach to our customers, considering in each case the
electrical devices owned, type of operation and load characteristics. This allows us to calculate with great
precision, the potential energy savings and the reduction in power consumption. We have clear and established
procedures, technological expertise and very attractive return on your investment.
COMMERCIAL POWER OPTIMIZER WITH AUTOMATED DEMAND RESPONSE

42. SOLAR PROJECT Working principle
The whole system comprises of Solar PV Modules, Inverters, Mounting Structures, Transformers, LV/MV/EHV
switchgears & other vital components. The Solar PV Modules generates DC electricity in proportion to the amount
of sunlight available, generating the most power on a clear day when the sun is at a normal angle to the Solar PV
Modules. These Solar PV Modules are connected in series and parallel to form a Solar Array.
Sri Lanka Project

43. 4/305, Bodipalayam, Mother India Industrial Land, Madukkarai Via, Coimbatore -641 105, Tamilnadu, India.
GST : 33AAIFB6031E1ZZ | IEC : 3214002252
+91 422 296 1101 | +91 9092 987 744 | +91 8754 860 606
Email: betaservo@gmail.com | info@servostabliser.com
Website: www.servostabliser.com | www.betapower.in
Thank You