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M9MX40G4YG

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M9MX40G4YG Specification

Motor Type
Induction Motor

Cooling Method
Air Cooled

Rated Frequency
50Hz

Power Rating
40W

Rated Voltage
220V

Starting Type
Capacitor Start

Features
Corrosion Resistant, Low Maintenance

Sealed Type
Totally Enclosed

Ambient Temperature
-15°C to +40°C

Torque
0.28 Nm

Pressure
Atmospheric

Horse Power
0.05 HP

Poles Number
4

Noise Level
Less than 60 dB

Current Type
AC

Voltage
220V

Bearing Type
Ball Bearing

Efficacy
High Efficiency

Product Type
Single Phase Electric Motor

Output Power
40W

Frequency (MHz)
50Hz

Protect Feature
IP55

Phase
Single Phase

Speed
1350 RPM

Power
40W

Color
Grey

Dimension (L*W*H)
110 x 75 x 60 mm

Weight
1.2 Kg

Shaft Diameter
10 mm

Mounting Type
Foot Mounted

IP Rating
IP55

Temperature Rise
Max 65C

Service Factor
1.0

Insulation Class
Class B

Standard
IS:996

Lubrication Type
Grease Lubricated

Material
Aluminium Body

Frame Size
56

Rotor Type
Copper Bar Rotor

Application
Industrial Machinery, Pumps, Fans

Duty Cycle
Continuous (S1)

About M9MX40G4YG

M9MX40G4YG

Panasonic three-phase motor pinion shaft (lead wire type) M9MX40G4YG 90mm angle for output 40W 
Brand: Panasonic
 large Category: Giyamota 
small Categories: three-phase motor 
series: pinion shaft motor (lead wire type) 
Part Number: M9MX40G4YG 

 [Specifications] 
Size : 90mm angle 
Thickness: 105mm 
voltage: 200/220/230V 
number of poles: 4P 
Output: 40W 
corresponding gear head: MX9G  B, MX9G  M 
corresponding intermediate gear head: MX9G10XB

Robust Build and Efficient Performance

With its aluminium body and copper bar rotor, the M9MX40G4YG is engineered for durability and high efficiency. The class B insulation and grease-lubricated ball bearings further enhance its lifespan, while an IP55 rating provides protection from dust and water, making it ideal for challenging industrial environments.

Versatile Applications and Reliable Operation

This motor is suitable for a range of industrial machinery including pumps and fans. Featuring a continuous duty cycle (S1), capacitor start, and service factor of 1.0, it maintains consistent performance over extended periods. The air-cooled design and low noise operation ensure a comfortable and efficient workspace.

FAQs of M9MX40G4YG:

Q: How can the M9MX40G4YG motor be installed in my industrial setup?

A: The M9MX40G4YG is designed for foot mounting, which allows for secure installation on flat surfaces. Please ensure alignment and correct shaft fit (10 mm diameter) for optimal performance and minimal vibration.

Q: What are the main benefits of using a copper bar rotor in this motor?

A: A copper bar rotor enhances electrical conductivity, resulting in higher efficiency and reduced energy consumption. It also improves durability, allowing the motor to withstand frequent use in industrial environments.

Q: Where can the M9MX40G4YG be effectively utilized?

A: This motor is suitable for various industrial applications, including machinery, pumps, and fans. Its corrosion-resistant body and IP55 protection make it ideal for dusty or humid conditions commonly found in factories and processing plants.

Q: When should routine maintenance be performed on this motor?

A: Routine maintenance, such as checking lubricant levels and inspecting bearing wear, should be performed every six months or as recommended by the manufacturer. Regular servicing helps ensure long-lasting and trouble-free operation.

Q: What process does the motor follow for cooling?

A: The M9MX40G4YG uses air cooling, with airflow directed across its body to manage temperature rise. This method maintains a maximum temperature rise of 65C, even during continuous operation.

Q: How does the motors IP55 rating protect it during usage?

A: The IP55 rating provides protection from dust ingress as well as water jets from any direction. This enables the motor to operate securely in harsh industrial environments and extends its service life.

Q: What advantage does continuous duty cycle (S1) offer for industrial usage?

A: With a continuous duty cycle, the motor is built to run uninterrupted over extended periods without overheating, making it suitable for applications that demand persistent performance, such as conveyor systems and ventilation units.

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