Single Layer Winding Diagram 1500 Rpm with 4 Group Coils in Series

 Elektrim AC Motor Single Layer Winding Diagram

Number of poles in an electric motor will affect the speed of rotation of the motor. the fewer the number of poles located on the electric motor rotational speed will be faster and vice versa, the more the number of motor poles it will be slow. 2 pole motor that has had an average speed of 3000 rpm, 4 pole 1500 rpm rotational speed, 6 poles 900 rpm rotational speed and the average speed of 8 polar rotation of 750 rpm.

 

Winding diagram above is of electric motor windings which are divided into 4 groups that surrounds the stator in single layer type windings, this means the motor average rotation speed is 1500 rpm, with a total of 36 slots, each group has a different number of coils, there are 2 groups which has 2 coils and 2 other groups only had one coil, all coils are connected in series.

Detailed diagram is shown by the figure below.

Based on " Elektrim AC Motor"

Description

Rated Speed  : 1450 Rpm
Rated Output : 10 Hp
Rated Voltage : 415V Δ/600V Y
Slots : 36
No of Turns : 42,42,42
Coil Span : 7,9,7
Wire Diameter : 3 x 0,80mm

Double Layer Winding Diagram 1500 rpm in Series and Parallel

Double Layer Induction Motor Winding Diagram in Series and Parallel Connections

On this occasion we will describe the method to connect the motor coil using a combination of series and parallel, the diagram below looks a coil 3 phase induction motor with double layer winding having 4 poles with 36 slots, each phase has four groups that surrounds the stator coils, where each group has 3 coils.
the first phase coil (blue) X1 is connected in series with the coil X2, as well as that there is just opposite to the coil, the coil X3 and X4, we will connect in parallel coil X1, X2 with X3, X4 with the goal of producing 6 outputs, namely U1, U2 , V1, V2, W1 and W2

Connected Description

U1  : X1+X3

U2  : X2+X4

V1  : Z1+Z3

V2  : Z2+Z4

W1 : Y4+Y2

W2 : Y1+Y3












Based On " MEZ Induction Motor"
Phase  : 3
Rated Voltage  : 380V Δ / 600V Y
Rated Output   : 20 Hp
Rotation  : 1450 Rpm
Coil Span :  8 Slots
No of turns : 11
Wire Diameter : 0,80mm x 3

Double Layer Winding Diagram 1500 Rpm In Series

Three Phase AC Motor 1500 Rpm in Double Layer Winding  With 4 Coil Group in Series

There are many kinds of ways and types to perform rewinding electric motors and is very influential in the use of wire diameter and also on the relationship between the coils, either in series or parallel or a combination of both these connections type.

The image below shows a diagram of an electric motor in double layer windings which have a rotation speed 1500 rpm, has 4 poles and using a three-phase voltage can also be seen that each phase coil divided into 4 groups, where each group has 3 coils and all groups are connected in series.

 

Description

Based on "Poland Induction Motor"
Phase      : 3
Voltage   : 380  / 600 Y
HP          : 5,5
Rotation : 1430 rpm
Freq        : 50 Hz
No of slots : 36
No of poles : 4
Wire Diameter : 1mm
No of turns : 48,48,48
Coil span    : 8,8,8

Honda Generator Set Condensor Regulation System Winding Diagram

Single Phase Honda Genset 

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WINDING DESCRIPTION

Phase : Single
AC Output Voltage: 220 v
AC Frequency : 50 Hz
AC Output : 2000VA
Rotation speed : 3000 rpm
No of Slots : 30
Requires Capacitor : 24 uf






AC Output
L1 : U1
L2 : U2

Capacitor Input
L1 : C1
L2 : C2

AC Coil ( Red Color)
Coil Span : 6,8,10,12,14
No of Turns :  26,26,26,26,26,
Wire Diameter : 0,75mm x2

Capacitor Coil (Blue Color)
Coil Span : 12,14
No of Turns : 26,26
Wire Diameter : 0,85mm

Honda Generator Set AVR Regulation System Winding Diagram

SINGLE PHASE WINDING DIAGRAM (AVR)

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Rated AC Output    : 3500W
AC Output Voltage :  220V
AC Frequency         : 50 Hz
DC Output               : 12V,  8,3A
Rotation Speed        : 3000 rpm
No of Slots              : 30 Slots

Diagram Description

Red & Green : Main Coil/AC Output + AVR Input source 1
Blue   : Exciter Coil/AVR Input Source 2
Yelow : Charger Coil/DC Output

The main coil is composed of two parts, red and green, this is due to the need for the input source that will go into the AVR, AC voltage required for entry into the AVR is equal to 10 percent of the total amount of electricity generated voltage as a whole. The two coils are connected in series (U2+U3) so that the total number of coils will generate a voltage of 220 volts.


Output Line
L1   : U1 
L2   : U4 
Connect U2+U3 = AVR input1

AVR  Input 1
L1    : U4
L2    : U2+U3
AVR Input 2 (Blue coil)
L1    : E1
L2    : E2

DC Output : C1 & C2
Main Coil 
Red Coil                                                           GreenCoil                                                                       
No Of Turns : 18,18,18,18,18                          No of turns  : 2,2,2,2,2                                                    
Coil Span : 6,8,10,12,14                                  Coil Span : 6,8,10,12,14                                                  
Wire diameter :  0,65mm x 3                           Wire diameter : 0,65mm x 3

AVR Coil (Blue Coil)                                      DC Output(Yellow Coil)
No of turns  : 35,35                                           No of Turns : 10
Coil Span  : 13,15                                             Coil Span : 13                  
Wire Diameter : 0,70mm                                  Wire Diameter : 0,85mm

Dual Voltage Electric Pumps Winding Diagram

SINGLE PHASE ELECTRIC PUMP WINDING DIAGRAM

in industrial world, electric water pump is an important equipment and it is very vital to support the p production process,  therefore, the water pump will be very easy to be found, not only in the industry but also in almost every house because water is a basic requirement for human life.
electric water pump is a combination of an electric motors with a mechanical pump. on this occasion I will present a winding diagram of electric water pump with dual voltage. an electric pump have 3000 rpm rotation speed with many type and kind.

Description
Blue  : Main coil
Red   : Starting coil

Phase : Single
Volt    : 110/220
Freq   : 50 hz
Requires cap : 30 uf
  
High voltage (220V)
Input Line
L1    : U1+S1
L2    : U4
Capacitor Input
C1    : S2
C2    : U4
Connect U3 + U4 

Low voltage (110V)
Input Line
L1    : U1+U3+S1
L2    : U2+U4
Capacitor Input
C1    : S2
C2    : U2=U4 

Main Coil
Coil span : 5,7,9,11
No of turns : 40,40,40,40
Wire diameter : 0,90mm

Starting Coil
Coil span : 9,11
No of turns : 70,70
Wire diameter : 0,60mm

Briggs & Stratton GenSets Winding Diagram

Single Phase Generator Set 2,2 Kva

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Description

Output Voltage : 115 / 220 V
Rated output     : 2,2 KW
Phase                : Single

Rated Freq        : 50 Hz
Rotation            : 3000 rpm

High Voltage (220 V)
Output Line
L1  :  U1
L2  :  U4
Connect : U2+U3
Capacitor Input  : C1 & C2

Low Voltage (110 V)
Output Line
L1  :  U1+U3
L2  :  U2+U4
Capacitor Input C1 & C2

Coil Span : 5,7,9,11 slots
No of turns : 45,45,45,45
No of Slots : 24 Slots

Wire Diameter :
Main Coil  : 0,80mm x 2
Capacitor coil : 0,70mm