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PANASONIC M9RZ60GK4GGA geared motor

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PANASONIC M9RZ60GK4GGA geared motor Specification

Sealed Type
Totally Enclosed Fan Cooled (TEFC)

Starting Type
Direct Start

Features
Compact, Durable, Overload protected

Voltage
220-230 V AC

Cooling Method
Fan Cooled

Efficacy
High Efficiency

Torque
0.54 Nm to 36 Nm (varies by gear ratio)

Horse Power
0.08 HP

Poles Number
4 Poles

Ambient Temperature
-10C to 40C

Pressure
Atmospheric

Noise Level
Low (50 dB)

Rated Voltage
230 V

Motor Type
Induction Geared Motor

Bearing Type
Ball Bearing

Power Rating
60 W

Rated Frequency
50/60 Hz

Current Type
AC

Product Type
AC Geared Motor

Output Power
60 W

Frequency (MHz)
50/60 Hz

Protect Feature
Overload protection

Phase
Single Phase

Speed
901350 RPM (variable, depending on gear ratio)

Power
60 W

Color
Grey/Black

Dimension (L*W*H)
Approx. 162 x 90 x 77 mm

Weight
Approx. 2.6 kg

Shaft Diameter
12 mm

Mounting Type
Flange Mount

IP Rating
ip44

Gearbox Type
Helical Gear

Rotation
Bi-directional

Suitable Application
Automation, conveyors, machine tools

Thermal Protection
Included

Gear Ratio Options
Multiple (please check variant), e.g. 1:10, 1:20, 1:30, etc.

Service Duty
Continuous (S1)

Insulation Class
Class B

About PANASONIC M9RZ60GK4GGA geared motor

PANASONIC M9RZ60GK4GGA geared motor

Brand Name :Panasonic

Capacity (W) :60

Shaft Type :Pinion

Connector Type :Sealed connector

Gear Head Hinge not Attached :MZ9G_B

Gear Head Hinge Attached :MY9G_B

Speed Controller With Display :NA

Speed Controller Without Display :NA

Brake Unit :DZ9202

Advanced Gearbox Technology

The M9RZ60GK4GGA motor incorporates a helical gear system, ensuring smoother torque transmission, reduced vibration, and improved efficiency compared to standard gears. This design enhances the operational lifespan and sustains consistent performance in automated environments such as conveyors and machine tools.

Designed for Continuous Operation

With a class B insulation rating and continuous (S1) service duty, this geared motor excels in applications requiring persistent operation. It features integrated overload and thermal protection, offering peace of mind even under demanding workloads or fluctuating conditions.

FAQs of PANASONIC M9RZ60GK4GGA geared motor:

Q: How does the helical gear design benefit the M9RZ60GK4GGA geared motor?

A: The helical gear configuration reduces vibration, ensures quieter operation, and provides more reliable, efficient torque transfer, making it ideal for automation and conveyor applications where smooth and consistent motion is critical.

Q: What safety features are included in the motor for protection against overloads?

A: The motor features both thermal and overload protection mechanisms. These features automatically safeguard the motor from damage due to excessive load or overheating, extending its service life and maintaining operational safety.

Q: When is the PANASONIC M9RZ60GK4GGA suitable for use in industrial settings?

A: This geared motor is well-suited for industrial settings that demand continuous operation, such as factory automation, conveyors, and precision machine tools. Its robust build and protection features ensure reliable performance in challenging environments.

Q: Where can this motor be installed and used effectively?

A: It can be flange-mounted in various locations within production lines, material handling systems, and automation machinery. With an IP44 rating and TEFC design, it handles environments exposed to dust, moisture, and variable atmospheric conditions.

Q: What are the usage benefits of having multiple gear ratio options?

A: Multiple gear ratios, such as 1:10, 1:20, and 1:30, allow for customization of output speed and torque. This flexibility enables the motor to adapt to a wide range of operational requirements across different applications, maximizing versatility.

Q: How is the motor cooled, and what is the benefit of this method?

A: The M9RZ60GK4GGA is fan cooled (TEFC), ensuring efficient heat dissipation even in enclosed or compact spaces. This method supports prolonged operation without the risk of overheating, improving overall motor durability and reliability.

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