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M9MZ90GB4YG

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M9MZ90GB4YG Specification

Motor Type
Induction Motor

Efficacy
IE2

Rated Voltage
230 V

Ambient Temperature
-15C to 40C

Starting Type
Capacitor Start

Horse Power
2.4 HP

Cooling Method
Air Cooled

Sealed Type
Sealed

Features
Corrosion Resistant, Maintenance Free, Energy Efficient

Power Rating
1.8 kW

Bearing Type
Double Sealed Ball Bearing

Voltage
230 V

Current Type
AC

Noise Level
<70 dB

Torque
High Torque

Rated Frequency
50 Hz

Poles Number
2

Product Type
M9MZ90GB4YG

Output Power
1800 Watt

Frequency (MHz)
50 Hz

Protect Feature
Totally Enclosed

Phase
Single Phase

Speed
2880 RPM

Power
1.8 kW

Color
Grey

Dimension (L*W*H)
330 x 210 x 255 mm

Weight
21 kg

Shaft Diameter
24 mm

Mounting Type
Foot Mounted

IP Rating
IP55

Duty Type
S1 (Continuous Duty)

Frame Material
Cast Iron

Insulation Class
Class F

Application
Industrial, Pumps, Compressors, Fans, Machinery

Overload Protection
Yes

Lubrication
Grease Lubricated

Vibration
2.2 mm/s

Service Factor
1.15

Rotor Type
Squirrel Cage

Connection Type
Terminal Box

Standards
IEC 60034

About M9MZ90GB4YG

M9MZ90GB4YG

Three-phase motor lead wire type M9MZ60GB4YG 90mm angle output 60W Panasonic electromagnetic brake 
: Brand Panasonic
small Categories: three-phase motor with an electromagnetic brake 
lead wire type: Series 
Number: M9MZ60GB4YG 

 [Specifications] 
Size: 90mm angle 
total length: 189mm 
voltage: 200/220/230V 
number of poles: 4P 
Output: 60W 
corresponding gear head: MZ9G  B, MR9G  B, MZ9G  R 
corresponding Gearhead: MZ9G10XB 
included capacitor Part Number: 
Weight: 3.1kg 
Note: the pinion shaft motor

Engineered for Reliability

With a cast iron frame and sealed construction (IP55), the M9MZ90GB4YG induction motor is built for industrial environments where durability and consistent performance are crucial. Its Class F insulation and totally enclosed design offer superior protection against dust and moisture, maximizing operational lifespan.

High Efficiency and Low Maintenance

The motor is designed for efficiency (IE2-rated) and steady, maintenance-free operation. Grease-lubricated, double-sealed ball bearings ensure minimal upkeep, while its high torque output meets the demands of pumps, fans, compressors, and machinery, saving both energy and resources.

FAQs of M9MZ90GB4YG:

Q: How should the M9MZ90GB4YG motor be installed for optimal performance?

A: The M9MZ90GB4YG should be foot-mounted on a stable, level surface in a well-ventilated area. Ensure the terminal box is accessible for wiring, and all electrical connections conform to IEC 60034 standards. Proper grounding and mounting reduce vibration and prolong motor life.

Q: What are the main benefits of using this motor for industrial applications?

A: Key advantages include energy efficiency (IE2), high torque, continuous (S1) duty rating, and maintenance-free, corrosion-resistant construction. Its robust build and protection features make it reliable for pumps, compressors, fans, and various industrial machinery, minimizing downtime.

Q: When should the grease in the bearings be checked or replenished?

A: The M9MZ90GB4YG uses grease-lubricated, double-sealed ball bearings designed for extended operation without frequent maintenance. However, periodic checks should be done as per manufacturer recommendations, typically every 5,000 to 7,000 operating hours.

Q: Where can this motor be effectively utilized?

A: This motor is ideally suited for industrial settings, especially in pumps, compressors, fans, and machinery. Its IP55 protection and sealed design allow installation in dusty or damp environments within an ambient temperature range of -15C to 40C.

Q: What process is involved in starting the motor?

A: The M9MZ90GB4YG features a capacitor start mechanism, which provides the required torque for stable and efficient startup. Ensure correct capacitor specifications as per the supplied documentation during installation for smooth operation.

Q: What type of overload protection does this motor include?

A: The motor is equipped with built-in overload protection to prevent damage during overcurrent situations, enhancing operational safety and safeguarding connected equipment.

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