PARKER M1053KJ-NMSN SERVO MOTOR

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PARKER M1053KJ-NMSN SERVO MOTOR Specification

Operating Temperature
-10C to +40C

Efficiency
>90%

Feature
High Precision, Low Noise, Fast Response

Overheating Protection
Built-in Thermal Protection

Mounting Type
Flange Mounting

Shape
Cylindrical

IP Rating
IP65

Connector Type
Circular Multi-Pin Connector

Humidity %
85% RH

Insulation Material
Class F Insulation

Power Factor
>0.90

Surface Finish
Powder Coated

Product Type
Servo Motor

Application
Industrial Automation, Robotics, CNC Machines

Protection Level
Enhanced Sealing for Dust & Moisture

Frequency (MHz)
50/60 Hz

Rated Voltage
230 V

Energy Consumption
Highly Efficient, Low Consumption

Output Type
Shaft Output

Color
Black & Silver

Dimension (L*W*H)
230mm x 110mm x 110mm

Weight
3.9 kg

Phase
Three Phase

Input Voltage
220-240VAC

Size
M1053 Frame Size

Connection Type
Connector Terminal Block

Material
Aluminium Alloy Housing

No Of Poles
4

About PARKER M1053KJ-NMSN SERVO MOTOR

Personalise your automation setup with the PARKER M1053KJ-NMSN SERVO MOTORdesigned for exquisite precision and flawless performance. Boasting a sizzling rated power of 1.3 kW and impeccable stability with a 3000 RPM speed, this powerhouse thrives in industrial automation, robotics, and CNC machines. Constructed with durable aluminium alloy and sporting enhanced IP65 sealing, its perfect for challenging environments. With low noise operation, high efficiency, and fast response, this servo motor is the perfect choice for those seeking a flawless and reliable solution. Add to Cart for a truly personalized experience!

Surface Applications & Versatile Uses

The PARKER M1053KJ-NMSN SERVO MOTOR offers a flawless surface finish and robust aluminium alloy housing, ensuring durability and high performance in harsh environments. Used as a key drive component, this exquisite servo motor powers a variety of applications including robotics, CNC machines, and advanced industrial automation systems. Its versatility makes it perfect for demanding scenarios that require high precision and flawless efficiency, adapting seamlessly across a wide range of industrial uses.

Payment Terms, Logistics & Market Value

Our streamlined logistics ensure rapid delivery of the PARKER M1053KJ-NMSN SERVO MOTOR across India, the main domestic market. Flexible payment terms align with industry standards, ensuring hassle-free transactions for every sale. Competitive sale prices reflect the strong market value and exceptional performance of this model. Sample policies are structured to provide confidence in your investment, letting you experience the superior quality firsthand before making a commitment.

FAQs of PARKER M1053KJ-NMSN SERVO MOTOR:

Q: How does the PARKER M1053KJ-NMSN SERVO MOTOR enhance industrial automation processes?

A: With its high precision, fast response, and low noise operation, the PARKER M1053KJ-NMSN greatly optimizes automation, ensuring smooth and efficient workflow in robotics, CNC machines, and assembly lines.

Q: What application areas are ideal for this servo motor?

A: This servo motor excels in robotics, CNC machinery, and industrial automation thanks to its robust construction, IP65 sealing, and efficient power management.

Q: When should I consider using the electromagnetic brake option?

A: The electromagnetic brake option is perfect when your application demands precise stopping, position holding, or additional safety in case of power loss.

Q: Where can the PARKER M1053KJ-NMSN be sourced in India?

A: This motor is available from leading suppliers and traders across India and can be ordered online or through industrial distributors specializing in automation equipment.

Q: What are the benefits of its enhanced sealing and aluminium alloy housing?

A: Enhanced sealing and aluminium alloy housing ensure dust and moisture resistance while maintaining lightweight durability, ideal for demanding industrial environments.

Q: How efficient is the PARKER M1053KJ-NMSN SERVO MOTOR?

A: Operating at over 90% efficiency and with a power factor above 0.90, it delivers optimal output while minimizing energy consumption and operational costs.

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