Festo 680 V dc 410 W Servo Motor, 16000 rpm, 5.6 Nm Max Output Torque, 14mm Shaft Diameter

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£1,218.65

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£1,462.38

(inc. VAT)

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RS Stock No.:
198-960
Mfr. Part No.:
EMMT-AS-60-L-HS-RMB
Brand:
Festo
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Brand

Festo

Maximum Output Torque

5.6 Nm

Supply Voltage

680 V dc

Output Speed

16000 rpm

Power Rating

410 W

Stall Torque

1.56Nm

Shaft Diameter

14mm

Current Rating

18.3 A

Series

EMMT

Standards Met

RoHS

COO (Country of Origin):
BG

Festo EMMT Series Servo Motor, 18.3A Current Rating - EMMT-AS-60-L-HS-RMB, Numeric Part Number: 5242219


This servo motor enhances precision and performance in automation applications. With a nominal power rating of 410W and a peak current of 18.3A, it offers efficient, high-torque operation. Its robust specifications make it suitable for industrial environments.

Features & Benefits


• High-precision rotor position sensor for accurate control
• Maximum torque of 5.6Nm for various applications
• Flexible ambient temperature range for diverse conditions
• IP67 protection for durability in harsh environments
• Continuous stall current up to 3.5A for consistent performance

Applications


• Precise positioning in automated assembly lines
• Robotics requiring high-torque output
• CNC machinery for improved accuracy
• in challenging environmental conditions
• Systems that require compliance with stringent standards

What is the maximum operating temperature for this motor?


The motor operates in ambient temperatures up to 40°C, with potential for higher temperatures at reduced capacity.

How does the motor perform at high altitudes?


It functions at altitudes up to 4000m, but requires derating above 1000m at a rate of 1.0% per 100m.

What type of electrical connection is necessary?


It features a hybrid plug connector system (M23x1) with 15 cores.

What is the expected lifespan of the rotor position sensor?


The mean time to failure (MTTF) for the rotor position sensor is approximately 190 years under normal conditions.

How does the brake function during operation?


The brake operates with a response delay of ≤2ms and has a holding torque of 2.5Nm for effective control in stationary applications.

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