BERGER LAHR VRDM 368/50 LWC SERVO MOTOR

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BERGER LAHR VRDM 368/50 LWC SERVO MOTOR Specification

Features
High Precision, Low Noise, Durable Construction

Operating Voltage
24-60 VDC

Connectivity Type
Standard Motor Terminal, Encoder Connector

Control System
Closed Loop Servo

Rated Operation Voltage
60 VDC

Protection Level
IP54

Cover Material
Metal / Aluminum

Rated Current
5.0 A

Rated Insulation Voltage
300 V

Protection Class
Class F

Base Material
Aluminum Die Cast

Current Rating
5.0 A

Components
Integrated Stepper Motor & Encoder

Cooling System
Natural Air Cooling

Product Type
Servo Motor

Material
High-grade Industrial Alloy

Surface Finish
Anodized / Matte

Standard
IEC Standard

Surface Color
Black / Silver

Rated Voltage
60 VDC

Maximum Output Current
5.0 A

Dimension (L*W*H)
Approx. 100mm x 80mm x 80mm

Application
Industrial Automation, CNC Machines, Robotics, Precision Motion Control

IP Rating
Ip54

Shaft Type
Single Shaft (Keyed)

Max Output Power
~200 W

Motor Length
105 mm

Torque (Holding)
6.2 Nm

Insulation Resistance
>100 M at 500 VDC

Encoder Type
Integrated Encoder

Operating Temperature Range
-10C to +50C

Step Angle
1.8

Weight
2.4 kg

About BERGER LAHR VRDM 368/50 LWC SERVO MOTOR

Discover the BERGER LAHR VRDM 368/50 LWC Servo Motoryour stellar solution for industrial automation and precision motion control. Engineered with gilt-edged technology, this lofty piece delivers a hefty torque of 6.2 Nm and a step angle of 1.8, ensuring exceptional accuracy for CNC machines and robotics. Boasting an integrated encoder, anodized matte finish, and robust aluminum die-cast base, it offers unbeatable performance and durability. Shop Now to select a high-grade motor at an Unbeatable Price, meeting IEC standards and IP54 rating.

Superior Application & Competitive Edge

The BERGER LAHR VRDM 368/50 LWC Servo Motor excels in both specific and general uses, whether for detailed robotic maneuvers or broader industrial motion control. Its gilt-edged performance, seamless closed loop control, and high precision provide a primary competitive advantage in demanding environments. Ideal for installation in CNC machines and advanced automation systems, this motor stands out for reliability and adaptability across numerous industrial sectors.

Sample Availability & Export Benefits

Samples of the BERGER LAHR VRDM 368/50 LWC Servo Motor are available for evaluation. Main export markets include Europe, Asia, and North America. Quick Dispatch ensures swift transportation and delivery after order confirmation. Payment terms are flexible, with standard options and nominal sample charges. Comprehensive packaging and easy logistic arrangements make the acquisition process efficient for traders and suppliers worldwide.

FAQs of BERGER LAHR VRDM 368/50 LWC SERVO MOTOR:

Q: How is the BERGER LAHR VRDM 368/50 LWC Servo Motor typically used in industrial settings?

A: This servo motor is commonly deployed in industrial automation, CNC machinery, robotics, and precision motion control applications due to its reliable closed loop system and high-precision performance.

Q: What are the main competitive advantages of this servo motor?

A: Its high torque, integrated encoder, durable construction, and adherence to international standards (IEC, IP54) make it a stellar choice for demanding automation environments requiring consistent high precision.

Q: Where can samples of the VRDM 368/50 LWC Servo Motor be requested?

A: Samples are available through authorized suppliers or traders, facilitating evaluation and ensuring compatibility with your specific industrial application before bulk procurement.

Q: What payment options and delivery processes are available for this servo motor?

A: Flexible payment terms are provided, and quick dispatch with secure transportation ensures prompt delivery. Sample charges are nominal, and detailed logistics support is included for export orders.

Q: What benefits does the integrated encoder provide for users?

A: The integrated encoder enhances motion accuracy, enables closed loop control, and minimizes errors in positioningcritical for precise operations in automated and robotic systems.

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