Festo 325 V 440 W Servo Motor, 3000 rpm, 5.6 Nm Max Output Torque

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10 285,41 kr

(exkl. moms)

12 856,76 kr

(inkl. moms)

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RS-artikelnummer:
196-253
Tillv. art.nr:
EMMT-AS-60-L-LS-RM
Tillverkare / varumärke:
Festo
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Brand

Festo

Maximum Output Torque

5.6Nm

Product Type

Servo Motor

Supply Voltage

325 V

Output Speed

3000rpm

Power Rating

440W

Stall Torque

1.66Nm

Current Rating

18.3 A

Series

EMMT-AS

Rotor Inertia

0.403kg.cm²

Standards/Approvals

IEC 60034

COO (Country of Origin):
BG

Festo EMMT Series Servo Motor, 18.3A Current Rating, 440W Power Rating - EMMT-AS-60-L-LS-RM, Numeric Part Number: 5242213


This servo motor is designed for high performance across various automation applications. With advanced capabilities, it delivers precise control and high torque output, making it suitable for industrial environments. It offers a maximum output torque of 5.6 Nm and a nominal power rating of 440 W, ideal for motion control solutions.

Features & Benefits


• 5.6 Nm peak torque for heavy load applications

• Operates at 3000 rpm for effective speed control

• Digital motor temperature monitoring for enhanced safety

• High torque ratings reduce the necessity for additional gearing

Applications


• Precision positioning in automated assembly lines

• Robotics for accurate motion control

• Conveyor systems for efficient material handling

• CNC machinery to improve processing accuracy

What is the maximum operational temperature for this motor?


It operates efficiently within an ambient temperature range of -15°C to 40°C, capable of withstanding temperatures up to 80°C when derating is applied.

How does the motor handle different altitudes?


The motor functions effectively at heights up to 4000m, but derating is necessary above 1000 m to maintain optimal performance.

Can the motor be used in humid environments?


Yes, it supports relative air humidity levels from 0 to 90%, ensuring dependable performance in various conditions.

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, indicating durability under standard operating conditions.

How is the motor connected electrically?


The motor features a hybrid plug connector system (M23x1) with 15 cores, which facilitates straightforward integration into control systems.

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