E.Lesson-01

 

KVA, Voltage and Current Calculator

KVA Calculator is an online tool used in electrical engineering to measure the unknown quantity by two known quantities applied to the below formulas for single phase and three phase connection. To calculate KVA, you need to enter the known values of voltage and the current into the respective fields. These two values are applied to the below formulas used in this KVA Calculator to calculate the unknown quantity KVA. For single phase connection, KVA can be mathematically derived from this below formula Single Phase KVA Calculation Formula; KVA = volts x amps / 1000

For three phase connection, KVA can be mathematically derived from this below formula
Three Phase KVA Calculation Formula; KVA = volts x amps x √3 / 1000

Voltage Calculator is also used in electrical engineering to measure the unknown voltage by two known quantities KVA and current applied to the below formulas. For single phase connection, voltage can be mathematically derived from this below formula
Single Phase Voltage Calculation Formula; volts = KVA x 1000 / amps

For three phase connection, voltage can be mathematically derived from this below formula
Three Phase Voltage Calculation Formula; volts = KVA x 1000 / √3 x amps

Current Calculator is also used in electrical engineering to measure the unknown current by two known quantities KVA and voltage applied to the below formulas. For single phase connection, current can be mathematically derived from this below formula
Single Phase Current Calculation Formula; Amps = KVA x 1000 / volts

For three phase connection, current can be mathematically derived from this below formula
Three Phase Current Calculation Formula; Amps = KVA x 1000 / √3 x volts

https://ncalculators.com/electrical/kva-calculator.htm

 

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320 Amp MDB TEchnical

sonali-320-a-mdb

320a-lt-techsonali-320-a-mdb

222-1

PFI (Power Factor Improvement) Plant

Capacitor2

100-kvar-pfi

Power Factor of the system is degraded due to inductive load of different industries and big apartments. Energypac manufacture PFI (Power Factor Improvement) Plant for improving the degraded Power Factor of the system. We have microprocessor based PFC (Power Factor Correction) relay up to 16 stages. The Capacitors we use are of different ratings (2.5, 5, 10, 20, 25, 50 KVAR…. etc) and corresponding Magnetic Contactor for suitable stepping of the Capacitor bank. Sometimes we also use detuned Reactor with the Capacitors for harmonic filtration of the system. The standard panel size is 600x600x1700 mm (single unit) and the weight is around 200 kg.

Industrial Voltage Stabilizer:-

 industrial stablizer  AVR1

Stabilizers ranges from 5…….5000kVA (Typical Input Voltages 280V-460V)

0.415 kV / 0.415kV, 11kV / 0.415kV or 11kV / 11kV

Individual or Common Phase Control it can also Design & Manufacture any requirement by the Customer.

Sl. No Capcity Phase Input Output Cooling System Control System
1 15 KVA 3Ph. 280 V to 460 V 400V ± 2% Air Individual Ph.
2 20 KVA 3Ph. 280 V to 460 V 400V ± 2% Air Individual Ph.
3 30 KVA 3Ph. 280 V to 460 V 400V ± 2% Air Individual Ph.
4 40 KVA 3Ph. 280 V to 460 V 400V ± 2% Air Individual Ph.
5 50 KVA 3Ph. 280 V to 460 V 400V ± 2% Air Individual Ph.
6 60 KVA 3Ph. 280 V to 460 V 400V ± 2% Oil Individual Ph.
7 60/65 KVA 3Ph. 280 V to 460 V 400V ± 2% Oil Common Ph.
8 100 KVA 3Ph. 280 V to 460 V 400V ± 2% Oil Common Ph.
9 100 KVA 3Ph. 300 V to 460 V 400V ± 2% Oil Individual Ph.
10 150 KVA 3Ph. 280 V to 460 V 400V ± 2% Oil Common Ph.
11 200 KVA 3Ph. 280 V to 460 V 400V ± 2% Oil Common Ph.
12 250 KVA 3Ph. 280 V to 460 V 400V ± 2% Oil Individual Ph.
13 250 KVA 3Ph. 300 V to 460 V 400V ± 2% Oil Common Ph.
14 350 KVA 3Ph. 280 V to 460 V 400V ± 2% Oil Individual Ph.
15 350 KVA 3Ph. 280 V to 460 V 400V ± 2% Oil Common Ph.
16 500 KVA 3Ph. 320 V to 460 V 415V ± 2% Oil Common Ph.
17 500 KVA 3Ph. 280 V to 460 V 400V ± 2% Oil Individual Ph.
18 630/650 KVA 3Ph. 280 V to 460 V 400V ± 2% Oil Common Ph.
19 750/800 KVA 3Ph. 320 V to 460 V 415V ± 2% Oil Common Ph.
20 750/800 KVA 3Ph. 280 V to 460 V 400V ± 2% Oil Individual Ph.

Components :

  1. Circuit Breaker (ABB) Italy.
  2. Magnetic Contactor (LG/TOGAMI/ABB)
  3. Variac (Green dot./Penta) India.
  4. Electronic Component- Taiwan/Japan.
  5. Core – Japan.
  6. Servo motor – India.
  7. Oil – Malaysia./Korea

NB: Price will vary depending upon input range IVS/AVR of any kind of rating will be available

 

 

Protection and Automation:-

 

 

  •  Miniature Circuit Breaker (MCB):
Function: Protection and control of the circuits against overloads and short-circuits; protection people and big-length cables in TN and IT systems.
Operating Voltage: 230/440 V
Breaking Capacity, 3kA
Rated current In
SP
DP
TP
Model No.
Model No.
Model No.
6 Amp
SH 201 T-C06
SH 202 T-C06
SH 203 T-C06
10 Amp
SH 201 T-C10
SH 202 T-C10
SH 203 T-C10
16 Amp
SH 201 T-C16
SH 202 T-C16
SH 203 T-C16
20 Amp
SH 201 T-C20
SH 202 T-C20
SH 203 T-C20
25 Amp
SH 201 T-C25
SH 202 T-C25
SH 203 T-C25
32 Amp
SH 201 T-C32
SH 202 T-C32
SH 203 T-C32
40 Amp
SH 201 T-C40
SH 202 T-C40
SH 203 T-C40
Origin : Germany
Breaking Capacity, 6kA
Rated current In
SP
DP
TP
Model No.
Model No.
Model No.
6 Amp
SH 201 -C06
SH 202 -C06
SH 203 -C06
10 Amp
SH 201 -C10
SH 202 -C10
SH 203 -C10
16 Amp
SH 201 -C16
SH 202 -C16
SH 203 -C16
20 Amp
SH 201 -C20
SH 202 -C20
SH 203 -C20
25 Amp
SH 201 -C25
SH 202 -C25
SH 203 -C25
32 Amp
SH 201 -C32
SH 202 -C32
SH 203 -C32
40 Amp
SH 201 -C40
SH 202 -C40
SH 203 -C40
50 Amp
SH 201 -C50
SH 202 -C50
SH 203 -C50
63 Amp
SH 201 -C63
SH 202 -C63
SH 203 -C63
Origin : Germany
  • Molded Case Circuit Breaker (MCCB):-
Function: Protection and control of electrical machinaries against overloads, short-circuits and ground fault protection (Optional).
Application : The moulded-case circuit-breakers are used in industrial and civil low voltage plants with currents from 16 to 1600A. They are used in D.C. & A.C. switchgear, for motor protection, generators, capacitors etc.
Breaking Capacity, 16 kA
Rated Current
Model No.
Number of Pole
16A
Tmax T1B 160 FF R16
TP
25A
Tmax T1B 160 FF R25
TP
32A
Tmax T1B 160 FF R32
TP
40A
Tmax T1B 160 FF R40
TP
50A
Tmax T1B 160 FF R50
TP
63A
Tmax T1B 160 FF R63
TP
80A
Tmax T1B 160 FF R80
TP
100A
Tmax T1B 160 FF R100
TP
Origin : Italy
Breaking Capacity, 25 kA
Rated Current
Model No.
Number of Pole
16A
Tmax T1B 160 FF R16
TP
25A
Tmax T1B 160 FF R25
TP
32A
Tmax T1B 160 FF R32
TP
40A
Tmax T1B 160 FF R40
TP
50A
Tmax T1B 160 FF R50
TP
63A
Tmax T1B 160 FF R63
TP
80A
Tmax T1B 160 FF R80
TP
100A
Tmax T1B 160 FF R100
TP
125A
Tmax T1B 160 FF R125
TP
160A
Tmax T1B 160 FF R160
TP
Origin : Italy
Breaking Capacity, 36 kA
Rated Current
Model No.
Number of Pole
200A
Tmax T3N 250 FF R200
TP
250A
Tmax T3N 250 FF R250
TP
320A
Tmax T5N 400 FF R320
TP
400A
Tmax T5N 400 FF R400
TP
500A
Tmax T5N 630 FF R500
TP
630A
Tmax T6N 630 FF R630
TP
Origin : Italy
Breaking Capacity, 50 kA
Rated Current
Model No.
Number of Pole
800A
Tmax T6S 800 FF R800
TP
1000A
Tmax T7S 1600 FF R1000
TP
1250A
Tmax T7S 1600 FF R1250
TP
Origin : Italy
Breaking Capacity, 65 kA
Rated Current
Model No.
Number of Pole
1600A
Tmax T7H 1600 FF R1600
TP
Origin : Italy
MCCB ACCESSORIES
Sl No.
DESCRIPTION
SUPPORTED MCCB
1
Shunt Opening Release
T1 – T2 – T3
2
Shunt Opening Release
T4- T5- T6
3
Shunt Opening Release
T7
4
Under Voltage Release
T1 – T2 – T3
5
Under Voltage Release
T4- T5- T6
6
Under Voltage Release
T7
7
Auxiliary Contacts
T1 – T2 – T3
8
Auxiliary Contacts
T4- T5- T6
9
Auxiliary Contacts
T7

 

 

  • Air Circuit Breaker (ACB):
Function: Protection and control of electrical machinaries against overloads, short-circuits and ground fault protection (Optional).
Application : The Air circuit breakers are used in industrial low voltage plants for currents from 800A to 6300A. They are used in switchgear and and for protection for motors, generators, capacitors etc. They are also used in auto transfer switch (ATS) and generator synchronising panel.
Common data
Rated service voltage Ue                        [V] 690~
Rated insulation voltage Ui                      [V] 1000
Rated impulse withstand voltage Uimp     [kV] 12
Frequency f                                          [Hz] 50 – 60
Number of poles                                   3 – 4
Rated Current
Model No.
Number of Pole
Breaking Capacity
800A
E1N 800 PR121/P-LI In=800A 3p F HR
TP
50kA
1000A
E2N 1000 PR121/P-LI In=1000A 3p F HR
TP
65kA
1250A
E2N 1250 PR121/P-LI In=1250A 3p F HR
TP
65kA
1600A
E2N 1600 PR121/P-LI In=1600A 3p F HR
TP
65kA
2000A
E2N 2000 PR121/P-LI In=2000A 3p F HR
TP
65kA
2500A
E3N 2500 PR121/P-LI In=2500A 3p F HR
TP
65kA
3200A
E3S 3200 PR121/P-LI In=3200A 3p F HR
TP
75kA
4000A
E4S 4000 PR121/P-LI In=4000A 3p F HR
TP
75kA
5000A
E6H 5000 PR121/P-LI In=5000A 3p F HR
TP
100kA
6300A
E6H 6300 PR121/P-LI In=6300A 3p F HR
TP
100kA
Origin : Italy
ACB ACCESSORIES
Shunt Opening 220/240
For Air Circuit Breaker
Shunt Closing 220/240
For Air Circuit Breaker
Undervoltage Release
For Air Circuit Breaker
Aux Contact
For Air Circuit Breaker
Gear Motor
For Air Circuit Breaker
Electronic Time Delay
For Air Circuit Breaker
Mechanical Interlock ( 1 Set )
For Air Circuit Breaker
Origin : Italy
  • Surge Protectve Device (SPD):-
Function: The single-block multi-pole modular power Type 2 surge arresters provide protection for against transient overvoltages that occur on the electrical network (mains).
Sl No.
Model
Breaking Capacity kA
1
OVR 3N-40-275SP
40 kA
2
OVR 3N-65-275SP
70 kA
Origin : France

 

  •  Magnetic Contactor:
Application: Magnetic Contactors are used for controlling 3-phase motors and power circuits and other applications like bypass, capacitor switching lighting etc.
AC-1 : Rating for non-inductive or slightly inductive loads, resistance furnace etc.
AC-3 : Rating for squirrel-cage motors: starting, switching-off motors during running.
Sl. No.
Model
Operational Current
Auxiliary Contacts
AC-3
AC-1
Model No.
1
A 9-30-10
9 Amps
25A
1NO Aux
2
A 9-30-01
9 Amps
25A
1NC Aux
3
A 12-30-10
12 Amps
27A
1NO Aux
4
A 12-30-01
12 Amps
27A
1NC Aux
5
A 16-30-10
17 Amps
30A
1NO Aux
6
A 16-30-01
17 Amps
30A
1NC Aux
7
A 26-30-10
26 Amps
45A
1NO Aux
8
A 26-30-01
26 Amps
45A
1NC Aux
9
A 30-30-10
32 Amps
55A
1NO Aux
10
A 30-30-01
32 Amps
55A
1NC Aux
11
A 40-30-10
37 Amps
60A
1NO Aux
12
A 40-30-01
37 Amps
60A
1NC Aux
13
A 50-30-11
50 Amps
100A
1NO+1NC
14
A 63-30-11
63 Amps
115A
1NO+1NC
15
A 75-30-11
75 Amps
125A
1NO+1NC
Origin : ABB, France.
16
A 95-30-11
96 Amps
145A
1NO+1NC
17
A 110-30-11
110 Amps
160A
1NO+1NC
18
A 145-30-11
145 Amps
250A
1NO+1NC
19
A 185-30-11
185Ams
275A
1NO+1NC
20
A 210-30-11
210 Amps
350A
1NO+1NC
21
A 260-30-11
260 Amps
400A
1NO+1NC
22
A 300-30-11
305 Amps
500A
1NO+1NC
23
AF 400-30-11
400 Amps
600A
1NO+1NC
24
AF 460-30-11
460 Amps
700A
1NO+1NC
25
AF 580-30-11
580 Amps
800A
1NO+1NC
26
AF 750-30-11
750 Amps
1050A
1NO+1NC
27
AF 1350-30-11
1350 Amps
1350A
1NO+1NC
Origin : ABB, Sweden.
MAGNETIC CONTACTOR FOR CAPACITOR
* Peak Current I<100 Times the rms Current
Sl. No
Model
Max. Peak Current
Rated Power
Auxiliary Contacts
1
UA 16-30-10
1.8 kA
12.5 Kvar
1NO Aux
2
UA 30-30-10
3.5 kA
25/27.5 Kvar
1NO Aux
3
UA 75-30-11
7.5 kA
50 Kvar
1NO+1NC Aux
Origin : ABB, France.
INTERLOCKS (ELECTRICAL & MECHANICAL)
Sl. No
Model
Max. Peak Current Rated Power
Left
Right
1
VE 5 – 1
A9…..A40
A9…..A40
2
VE 5 – 2
A50…..A75
A50…..A75
3
VM 5 – 1
A9…..A40
A9…..A40
4
VM 300H
A95…..A18
A145…..A300
5
VM 300/460H
A210…..A300
AF400…..A460
6
VM 750H
AF400…AF750
A145…..A300
Origin : ABB, France.
PNEUMATIC TIMER
Supported Contactor : A9 – A75
Sl. No
Description
Timing Range
Auxiliary Contacts
Model
1
Direct (ON) delay timer
0.1 – 40 sec
1NO+1NC
TP 40 DA
2
Direct (ON) delay timer
10 – 180 sec
1NO+1NC
TP 180 DA
3
Inverse (OFF) delay time
0.1 – 40 sec
1NO+1NC
TP 40 IA
4
Inverse (OFF) delay time
10 – 180 sec
1NO+1NC
TP 180 IA
Origin : ABB, France.
AUXILIARY CONTACT BLOCK FOR MAGNETIC CONTACTOR
Supported Contactor : A9 – A75
Sl. No
Model
Position
Auxiliary Contacts
1
CA 5-10
Front face
1NO Aux
2
CA 5-01
Front face
1NC Aux
3
CA 5-40E
Front face
4NO Aux
4
CA 5-31E
Front face
3NO+1NC
5
CA 5-22E
Front face
2NO+2NC
6
CA 5-04E
Front face
4NC Aux
7
CA 5-22M
Front face
2NO+2NC
8
CAL 5-11
Side
1NO+1NC
Supported Contactor : A95 – AFF1350
9
CAL 18-11
Side
1NO+1NC
Origin : ABB, France.

 

  • Motor Starter:
Sl. No
Current Rating
kW Rating
Model
1
0.40-0.63A
0.25KW
MS 116 – 0.63
2
0.63-1.00A
0.37KW
MS 116 – 1.0
3
1.00-1.60A
0.55 KW
MS 116 – 1.6
4
1.60-2.50A
1.1 KW
MS 116 – 2.5
5
2.50-4.00A
1.5 KW
MS 116 – 4
6
4.00-6.30A
2.2 KW
MS 116 – 6.3
7
6.30-10.00A
4.0 KW
MS 116 – 10
8
8.00-12.00A
5.5 KW
MS 116 – 12
9
10.00-16.00A
7.5 KW
MS 116 – 16
10
16.00-20.00A
9 KW
MS 325 – 20A
11
20.00-25.00A
11 KW
MS 325 – 25A
12
22.00-32.00A
15 KW
MS 450 – 32A
13
28.00-40.00A
18.5 KW
MS 450 – 40A
14
40.00-50.00A
22 KW
MS 450 – 50A
15
45.00-63.00A
30 KW
MS 495 – 63
16
57.00-75.00A
37 KW
MS 495 – 75A
Origin : ABB, Germany.
AUXILIARY CONTACT BLOCK FOR MANUAL MOTOR STARTER
Sl. No.
Model
Position
Auxiliary Contacts
1
HKF1-11
front (MMS-116)
1NO+1NC
2
HK1-11
Side (MMS-116)
1NO+1NC
3
HKF-11
front(MMS-325)
1NO+1NC
4
HK-11
Side(MMS-325)
1NO+1NC
5
HK4-11
front(MMS-450)
1NO+1NC
6
HKS4-11
Side(MMS-450)
1NO+1NC
Origin : ABB, Germany.

 

  • Thermal Overload Relay:
Function: Thermal overload relays are used in connection with comtactors A and AF to protect motors against overload and phase missing with a rated operating voltage.
Sl. No
Current Rating
Supported Contactor
Model
1
0.4 – 0.63A
A 9- A 30
TA 25 DU 0.63
2
0.63 – 1.00A
A 9- A 30
TA 25 DU 1.0
3
1.0 – 1.4A
A 9- A 30
TA 25 DU 1.4
4
1.3 – 1.8A
A 9- A 30
TA 25 DU 1.8
5
1.7 – 2.4A
A 9- A 30
TA 25 DU 2.4
6
2.2 – 3.1A
A 9- A 30
TA 25 DU 3.1
7
2.8 – 4.0A
A 9- A 30
TA 25 DU 4.0
8
3.5 – 5.0A
A 9- A 30
TA 25 DU 5.0
9
4.5 – 6.5A
A 9- A 30
TA 25 DU 6.5
10
6.0 – 8.5A
A 9- A 30
TA 25 DU 8.5
11
7.5 – 11A
A 9- A 30
TA 25 DU 11
12
10 – 14A
A 9- A 30
TA 25 DU 14
13
13 – 19A
A 9- A 30
TA 25 DU 19
14
18 – 25A
A 9- A 30
TA 25 DU 25
15
24 – 32A
A 9- A 30
TA 25 DU 32
16
18 – 25A
A30 – A40
TA 42 DU 25
17
22 – 32A
A30 – A40
TA 42 DU 32
18
29 – 42A
A30 – A40
TA 42 DU 42
19
18 – 25A
A50 – A75
TA 75 DU 25
20
22 – 32A
A50 – A75
TA 75 DU 32
21
29 – 42A
A50 – A75
TA 75 DU 42
22
36 – 52A
A50 – A75
TA 75 DU 52
23
45 – 63A
A50 – A75
TA 75 DU 63
24
60 – 80A
A50 – A75
TA 75 DU 80
25
29 – 42A
A95 – A110
TA 80 DU 42
26
36 – 52A
A95 – A110
TA 80 DU 52
27
45 – 63A
A95 – A110
TA 80 DU 63
28
60 – 80A
A95 – A110
TA 80 DU 80
29
65 – 90A
A95 – A110
TA 110 DU 90
30
80 – 110A
A95 – A110
TA 110 DU 110
31
66 – 90A
A 145 – A 185
TA 200 DU 90
32
80 – 110A
A 145 – A 185
TA 200 DU 110
33
100 – 135A
A 145 – A 185
TA 200 DU 135
34
110 – 150A
A 145 – A 185
TA 200 DU 150
35
130 – 175A
A 145 – A 185
TA 200 DU 175
36
150 – 200A
A 145 – A 185
TA 200 DU 200
37
130 – 185A
A 210 – A 300
TA 450 DU 185
38
165 – 235A
A 210 – A 300
TA 450 DU 235
39
220 – 310A
A 210 – A 300
TA 450 DU 310
Origin : ABB, Germany
SEPARATE MOUNTING KITS FOR OVERLOAD RELAYS :
Sl. No.
Model
Supported Thermal Overload Relay
1
DB 25/32 A
TA 25 DU 32
2
DB 80
TA 42 DU, TA 75 DU, TA 80 DU
3
DB 200
TA 110 DU
4
DB 200
TA 200 DU
Origin : ABB, Germany

 

  • Variable Frequency Drive:
Overload Capacity
LD (Light Duty)
ND (Normal Duty)
Price
60 s Overload
120%
150%
3 s Overload
150%
200%
Ambient temperature
50 °C
50 °C
Price incld all charges.
Mitsubishi
Rated Motor
Rated
Rated Motor
Rated
Model No.
Capacity [KW]
Current [A]
Capacity [KW]
Current [A]
FR-D740-012EC
0.4
1.2
FR-D740-022EC
0.75
2.2
FR-D740-036EC
1.5
3.6
FR-D740-050EC
2.2
5
FR-D740-080EC
3.7
8
FR-D740-120EC
5.5
12
FR-D740-160EC
7.5
16
FR-E740-170EC
7.5
17
FR-E740-230EC
11
23
FR-E740-300EC
15
30
FR-A740-00380-IN
18.5
35
15
31
FR-A740-00470-IN
22
43
18.5
38
FR-A740-00620-IN
30
57
22
44
FR-A740-00770-IN
37
70
30
57
FR-A740-00930-IN
45
85
37
71
FR-A740-01160-IN
55
106
45
86
FR-A740-01800-IN
75
144
55
110
FR-A740-02160-IN
90
180
75
144
FR-A740-02600-IN
110
216
90
180
Origin : MITSUBISHI, Japan
N.B. For VFD of higher ratings please contact with us.

 

  • Industrial Voltage Stabilizer
Our Stabilizers ranges from 5…….5000kVA
Typical Input Voltages 280-460V
0.415 kV / 0.415kV, 11kV / 0.415kV or 11kV / 11kV
individual or Common Phase Control
We can also Design & Manufacture any requirement by the Customer.
Sl. No
Capcity
Phase
Input
Output
Cooling System
Control System
1
15 KVA
3Ph.
280 V to 460 V
400V ± 2%
Air
Individual Ph.
2
20 KVA
3Ph.
280 V to 460 V
400V ± 2%
Air
Individual Ph.
3
30 KVA
3Ph.
280 V to 460 V
400V ± 2%
Air
Individual Ph.
4
40 KVA
3Ph.
280 V to 460 V
400V ± 2%
Air
Individual Ph.
5
50 KVA
3Ph.
280 V to 460 V
400V ± 2%
Air
Individual Ph.
6
60 KVA
3Ph.
280 V to 460 V
400V ± 2%
Oil
Individual Ph.
7
60/65 KVA
3Ph.
280 V to 460 V
400V ± 2%
Oil
Common Ph.
8
100 KVA
3Ph.
280 V to 460 V
400V ± 2%
Oil
Common Ph.
9
100 KVA
3Ph.
300 V to 460 V
400V ± 2%
Oil
Individual Ph.
10
150 KVA
3Ph.
280 V to 460 V
400V ± 2%
Oil
Common Ph.
11
200 KVA
3Ph.
280 V to 460 V
400V ± 2%
Oil
Common Ph.
12
250 KVA
3Ph.
280 V to 460 V
400V ± 2%
Oil
Individual Ph.
13
250 KVA
3Ph.
300 V to 460 V
400V ± 2%
Oil
Common Ph.
14
350 KVA
3Ph.
280 V to 460 V
400V ± 2%
Oil
Individual Ph.
15
350 KVA
3Ph.
280 V to 460 V
400V ± 2%
Oil
Common Ph.
16
500 KVA
3Ph.
320 V to 460 V
415V ± 2%
Oil
Common Ph.
17
500 KVA
3Ph.
280 V to 460 V
400V ± 2%
Oil
Individual Ph.
18
630/650 KVA
3Ph.
280 V to 460 V
400V ± 2%
Oil
Common Ph.
19
750/800 KVA
3Ph.
320 V to 460 V
415V ± 2%
Oil
Common Ph.
20
750/800 KVA
3Ph.
280 V to 460 V
400V ± 2%
Oil
Individual Ph.
Components :
01. Circuit Breaker (ABB) Italy.
02. Magnetic Contactor (LG/TOGAMI/ABB)
03. Variac (Green dot./Penta) India.
04. Electronic Component- Taiwan/Japan.
05. Core – Japan.
06. Servo motor – India.
07. Oil – Malayasia./Korea
Origin: Energypac
NB: Price will vary depending upon input range
IVS/AVR of any kind of rating will be available
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