Festo 680 V 2.06 kW Servo Motor, 2700 rpm, 38.7 Nm Max Output Torque

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£2,287.18

(exc. VAT)

£2,744.62

(inc. VAT)

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RS Stock No.:
344-083
Mfr. Part No.:
EMMT-AS-100-H-HS-RMB
Brand:
Festo
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Brand

Festo

Maximum Output Torque

38.7 Nm

Supply Voltage

680 V

Output Speed

2700 rpm

Power Rating

2.06 kW

Stall Torque

12.4Nm

COO (Country of Origin):
BG

Festo EMMT-AS Series Servo Motor, 2.06kW Power Rating, 38.7Nm Maximum Output Torque - EMMT-AS-100-H-HS-RMB, Numeric Part Number:8182014


This servo motor is designed for high-performance applications, offering exceptional torque and speed. With a maximum output torque of 38.7 Nm and a robust supply voltage of 680V, it stands out in the EMMT-AS series as an industrial solution for automation needs. Its dimensions are 344.5mm in length, 115mm in width, and 144mm in depth, making it suitable for various installation requirements.

Features & Benefits


• Delivers a peak torque of 38.7 Nm for demanding tasks
• Capable of reaching a nominal speed of 2700 rpm
• Digital temperature monitoring enhances operational safety
• Optional mounting positions increase installation flexibility
• Robust design with an IP40 rating for moderate environments
• Contains a multi-turn rotor position sensor for precise control

Applications


• Used in automated machinery for precise motion control
• Suited for requiring high torque and speed
• Ideal for robotics where exact positioning is crucial
• Utilised in assembly systems demanding consistent performance

What maximum operating conditions does this motor withstand?


It operates effectively in ambient temperatures ranging from -40 °C to 40 °C, with capabilities extending to 80 °C through derating measures.

What is the significance of the rotor inertia mentioned?


With a rotor inertia of 11.09 kg.cm², it allows for optimal responsiveness during dynamic operations, aiding in smoother acceleration and deceleration.

How does the temperature monitoring feature function in this motor?


The motor integrates digital temperature transmission via the EnDat® 2.2 interface, providing real-time data to prevent overheating and ensure reliability in operation.

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