3 Speed cooler motor winding data:- Winding of cooler motor. There are two types. One is single speed cooler motor winding. And the other is Three speed cooler motor winding. In single speed cooler motor winding the motor runs at the same speed. We cannot increase or decrease the speed of the cooler motor according to our needs. And we can increase or decrease the RPM in the second 3 speed cooler motor winding Can do. In today’s article, we will know how we can do the winding of a three speed cooler motor.
Topics Cover In This Post
- 1 What is the cooler motor stamping size?
- 2 What is 3 speed cooler motor winding data?
- 3 3 Speed cooler motor coil winding ?
- 4 Cooler motor starting winding data?
- 5 Which capacitor is used in cooler?
- 6 What is 3 speed cooler motor connection?
- 7 3 Speed Cooler Motor पूरा वाइंडिंग डाटा हिंदी में देखने के लिए यहाँ क्लिक करें
- 8 3 Speed cooler motor winding video?
- 9 3 Speed cooler motor winding connection video?
- 10 36 Slot cooler motor winding video?
- 11 FAQ on cooler motor winding:
What is the cooler motor stamping size?
| Slot | 24 |
| Rpm | 1440 |
| Watts | 370 |
| Voltage | 220-240 (Single Phase Supply ) |
| Capacitor | 4 Mfd |
| Core Length | 1 Inch |
| Inner Diameters | 3 Inches |
| Outer Diameter | 5 Inches |
| Pole | 4 Poles |
| Copyrights | Motorcilwindingdata.com |
| Winding Wire | Copper Winding |
What is 3 speed cooler motor winding data?
When you making a Coil with speed in 3-speed cooler winding, you will first take 32 number wire, and first, you will put 40 Winding Turns with 32 Number Wire after that one Loop will be extracted, then make 60 Winding Turns will be put by same 32 Number Wire. After that, you need to use the 29 Number Wire, and done 100 Winding Turns will be put from that 29 number wire.
There are usually two types of winding in cooler motor. One is running coils winding and the other is starting coil winding. Different data are inserted in both. The number of wire in running winding and the number of wire in starting are different. The running winding always has a thicker wire number than the starting winding.
| Cooler Motor Running Winding Pitch | 1-4 & 1-6 Coil Pitch |
| Running Winding Turns | 150 – 300 |
| Coils Round | 1-4 pitch = ( 1 Round ) |
| Coils Round | 1-6 pitch = ( 2 Round ) |
| Standard Wire Number | 29 Number |
| Winding Wire Type | Copper Wire Winding |
| Coil Size | 25 Inch. |
3 Speed cooler motor coil winding ?
| 1. | First start with | Wire No —-32 —- -Turns ==40 (speed coil) |
| 2. | Next Loop with | Wire No —32 —— Turns ==60 (speed coil) |
| 3. | Next Loop with | Wire No —-29 —– -Turns===100 (speed coil) |
Cooler motor starting winding data?
| Cooler Motor Starting Winding Pitch | 1-4 Coil Pitch |
| Starting Winding Turns | 155 – 310 |
| Coils Round | 1-4 pitch = ( 1 Round ) |
| Coils Round | 1-6 pitch = ( 2 Round ) |
| Standard Wire Number | 33 Number |
| Winding Wire Type | Copper Wire Winding |
| Coil Size | 25 Inch. |
Which capacitor is used in cooler?
Mostly 4 mfd capacitor is used in cooler motor. But where the voltage is low, we can also use 6 mfd capacitor like in village.
Mostly 4 mfd capacitor is used in cooler motor. But where the voltage is low, we can also use 6 mfd capacitor like in village.
What is 3 speed cooler motor connection?
There are two types of connection of a three speed cooler motor winding. In one we take out all the three speed from the same coils. And in the second type. We take out the speed wire from all the four coils.
In 3 Speed Cooler Connections you will pull out 6 wires, the Blue wire will be common wire, and white wire will be SLOW-SPEED, and Red wire will be MEDIUM-SPEED, and Black wire will be HIGH-SPEED. And besides this, there will be two (2) more wires which will be the stars of Capacitors Wire.
3 Speed Cooler Motor पूरा वाइंडिंग डाटा हिंदी में देखने के लिए यहाँ क्लिक करें
Cooler Motor Connection diagram Here:-
All Types Motor Winding Farma Available Here:-
3 Speed cooler motor winding video?
3 Speed cooler motor winding connection video?
36 Slot cooler motor winding video?
FAQ on cooler motor winding:
What is the rpm of cooler motor?
Normal cooler motor runs on a 1400 Rpm.
How does a cooler motor work?
Uncooled motors radiate heat into the machine housing in which they are mounted and inside the surrounding by operation. Air-cooled motors have a fan that blows air over the motor housing, thereby cooling it. Liquid cooling motors are cooled with water or oil that flows through the cooling channels in the motor.
Which motor is best for cooler?
24 & 36 slot motor with a single speed is best for a cooler.
What is the difference between 24 slot & 36 slot cooler motor winding?
The difference between 24 slot cooler motor & 36 slot is only with slots.What is the rpm of cooler motor? Normal
Which direction does a cooler motor rotate?
Hello, this is due to the clockwise motion of the motor. The blades of the fan are attached to the motor so the blades rotate in the opposite direction of the clock.
What are the 3 types of cooler?
A private cooler. This type of air cooler is made for small spaces and provides good portability. …
Tower cooler. Tower air coolers are capable of cooling a large area or space and thus they are also very powerful. …
Window cooler. …
Desert cooler.
What material is used for motor winding?
Copper is the most common material used for motor winding construction. This is mainly due to its high power conductivity (5.96 x 107 S/m) and relatively low cost.
Which material is used for cooler motor winding?
Copper is a great option for motor winding because of its high conductivity and relatively low cost, but it is also a very dense and heavy material; This is another problem for electric vehicles or motors used in airplanes, which require a light weight.
Which direction does a cooler motor rotate?
Hello, this is due to the clockwise motion of the motor. The blades of the fan are attached to the motor so the blades rotate in the opposite direction of the clock.
Why does a cooler motor have a heating problem?
Incorrect voltage supply: Too many volts or too few volts can damage the motor. When your motor doesn’t have the right voltage support, it needs to work hard to perform, causing the parts to overheat. A bad surrounding environment: A motor needs room to breathe so that it can perform its best.
