Festo 680 V 690 W Servo Motor, 6800 rpm, 6.4 Nm Max Output Torque

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$2,417.20

(exc. GST)

$2,779.78

(inc. GST)

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RS Stock No.:
196-263
Mfr. Part No.:
EMMT-AS-80-M-HS-RS
Brand:
Festo
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Brand

Festo

Product Type

Servo Motor

Maximum Output Torque

6.4Nm

Supply Voltage

680 V

Output Speed

6800rpm

Power Rating

690W

Stall Torque

2.6Nm

Mount Type

Flange

Length

250mm

Width

250 mm

Depth

15mm

Current Rating

9 A

Series

EMMT-AS

Rotor Inertia

1.035kg.cm²

Standards/Approvals

CE, cULus, EN, IEC 60034, RCM trademark, RoHS, UKCA, UL E342973

COO (Country of Origin):
BG

Festo EMMT-AS Series Servo Motor, 6.4 Nm Maximum Output Torque, 680V Supply Voltage - EMMT-AS-80-M-HS-RS, Numeric Part Number:5255437


This servo motor is designed for high-performance applications in industrial settings. With a maximum output torque of 6.4 Nm and a peak current rating of 9A, this motor operates efficiently at a supply voltage of 680V. It boasts an output speed of 6800 rpm, with a power rating of 690W, making it suitable for a variety of demanding tasks in automation and mechanical engineering.

Features & Benefits


• Delivers high torque output for managed load handling

• Provides rapid response with speeds up to 6800 rpm

• Features a 690W power rating for robust performance

• Designed with low stall torque at 2.6 Nm for precision

• Complies with cULus standards for safety

Applications


• Used for automation in production lines

• Suitable for robotics requiring high speed and torque

• Ideal for precise positioning in CNC machinery

• Effective in materials handling systems for enhanced efficiency

What advantages does the motor's high output torque provide in automation tasks?


High output torque enables better load management, which is crucial for operations requiring precise and controlled movements. This improves overall efficiency and reduces wear on associated machinery.

How does the supply voltage impact the performance of this motor?


Operating at 680V enhances the motor's capability to sustain high speeds and output torque while maintaining energy efficiency, making it suitable for rigorous industrial tasks.

What are the implications of the 1.035 kg.cm² rotor inertia on responsiveness?


A rotor inertia of 1.035 kg.cm² facilitates rapid acceleration and deceleration, enabling the motor to adapt quickly to varying load conditions, which is important for maintaining overall system performance.

How can this motor improve precision in CNC machining?


The combination of high torque, minimal stall torque, and rapid response times allows for accurate movements, ensuring that CNC machines maintain tight tolerances during the manufacturing process.

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