Festo 680 V 1.45 kW Servo Motor, 4770 rpm, 13.7 Nm Max Output Torque

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£1,172.95

(exc. VAT)

£1,407.54

(inc. VAT)

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RS Stock No.:
194-651
Mfr. Part No.:
EMMT-AS-100-S-HS-RM
Brand:
Festo
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Brand

Festo

Maximum Output Torque

13.7 Nm

Supply Voltage

680 V

Output Speed

4770 rpm

Power Rating

1.45 kW

Stall Torque

6.3Nm

Current Rating

13.7 A

Series

EMMT

Standards Met

RoHS

COO (Country of Origin):
BG

Festo EMMT Series Servo Motor, 13.7A Current Rating, 1.45kW Power Rating - EMMT-AS-100-S-HS-RM, Numeric Part Number: 5255521


This servo motor is tailored for high-performance automation and control applications, delivering precise motion control essential across various industrial sectors. With a maximum output speed of 4770r/min and a rating of 1.45kW, it caters to sophisticated electrical and mechanical systems.

Features & Benefits


• Maximum output torque of 13.7Nm for strong performance
• Digital motor temperature monitoring for safe operation
• High stall torque specifications support challenging applications

Applications


• Precision motion control in automation systems
• Robotics requiring high torque and rapid acceleration
• Industrial equipment where space constraints exist
• demanding extended operational lifetimes
• Machines functioning at elevated temperatures

What is the maximum installation height for the motor?


The motor can be installed at a maximum height of 4000m, with derating applicable above 1000m.

How does the rotor position sensor function?


The absolute multi-turn encoder provides accurate position feedback, ensuring precise motor control.

Can this motor operate in humid conditions?


Yes, it can function within a relative humidity range of 0 to 90%, making it suitable for various environments.

What is the expected bearing lifetime under nominal conditions?


The bearing is designed for a lifetime of up to 20,000 hours under standard operational conditions.

How does the motor handle thermal variations?


The device can tolerate ambient temperatures up to 80°C with a derating measure of -1.5% per degree Celsius, ensuring reliability in fluctuating thermal conditions.

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