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PANASONIC MX8G15B SERVO MOTOR

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PANASONIC MX8G15B SERVO MOTOR Specification

Humidity %
Below 85% RH (Non-condensing)

IP Rating
IP65

Efficiency
Above 90%

Insulation Material
Class F Insulation

Feature
Low Vibration, High Precision, Overload Protection

Surface Finish
Anodized

Operating Temperature
-10C to +40C

Shape
Cylindrical

Mounting Type
Flange Mount

Power Factor
0.85

Connector Type
Circular Multi-pin

Overheating Protection
YES

Product Type
AC Servo Motor

Application
Industrial Automation, Robotics, CNC Machinery

Protection Level
IP65

Frequency (MHz)
50/60

Rated Voltage
200V AC

Energy Consumption
High Efficiency

Output Type
Rotary Shaft

Color
Black and Silver

Dimension (L*W*H)
140 mm x 90 mm x 90 mm

Weight
2.8 kg

Phase
Three Phase

Size
Standard

Input Voltage
200-230V AC

Connection Type
Wired

Material
Aluminum Alloy

No Of Poles
4

Cooling Type
Self-cooled

Storage Temperature
-25°C to +85°C

Rated Output Power
1.5 kW

Bearing Type
Deep Groove Ball Bearing

Noise Level
Below 65 dB

Maximum Speed
5000 rpm

Model
MX8G15B

Shaft Diameter
19 mm

Torque
4.77 Nm (Rated)

Rated Speed
3000 rpm

Vibration Class
Class N

Encoder Type
Incremental (2500 ppr)

Rated Current
8.7 A

About PANASONIC MX8G15B SERVO MOTOR

Discover the trending PANASONIC MX8G15B Servo Motor, a potent solution engineered for inestimable industrial applications. Designed with a lavish aluminum alloy cylindrical body and featuring an impressive 1.5 kW output, this model brings high precision, low vibration, and overload protection to your workspace. With a special rate available now, add to cart and amplify your operational efficiency. Its self-cooled system, IP65 protection, and high-efficiency energy consumption make it the optimal choice for robotics, CNC machinery, and automation. Experience reliable performance and longevity with this premium offering.

Diverse Applications for Robust Performance

PANASONIC MX8G15B Servo Motor is tailored for demanding use types such as industrial automation and robotics. With its high precision and low vibration, it adapts effortlessly to CNC machinery and various automation settings. The cylindrical aluminum body, flange mount, and advanced protection make it perfect for surfaces requiring enhanced accuracy, stability, and efficient rotary output. Its versatility ensures seamless integration across multiple platforms and surfaces.

Reliable Supply and Fast Domestic Delivery

This servo motor is shipped with quick dispatch to ensure minimum waiting times for your essential operations. Competitive payment terms are offered to streamline procurement, and supply ability remains robust to meet domestic market needs. Focused on ensuring every domestic mar receives prompt service and dependable product availability, your experience is enhanced with secure, efficient delivery and support for ongoing industrial requirements.

FAQs of PANASONIC MX8G15B SERVO MOTOR:

Q: How does the Panasonic MX8G15B Servo Motor benefit industrial automation systems?

A: The Panasonic MX8G15B Servo Motor enhances industrial automation with its high precision, potent torque, and efficient performance, contributing to smoother operations and reduced downtime.

Q: What are the main applications for the MX8G15B Servo Motor?

A: This servo motor is frequently used in robotics, CNC machinery, and other industrial automation setups that demand reliable rotary output and high precision.

Q: Where can the MX8G15B Servo Motor be installed?

A: It can be conveniently installed on surfaces designed for flange mounting and is suited for environments requiring shock and vibration resistance, such as manufacturing floors and automated assembly lines.

Q: What is the process for placing an order and ensuring quick shipment?

A: Customers can add the product to cart and choose from special rates during purchase. The motor is shipped with quick dispatch, ensuring timely delivery to the domestic market.

Q: How does the self-cooled feature improve the motors longevity and reliability?

A: The self-cooled system helps maintain optimal operating temperatures, reduces the risk of overheating, and extends the life of the motor even in continuous operation environments.

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