MSS242D-0070-FA-N0CN-NNL3

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Engineered to meet an IP65 protection level, this MSS242D-0070-FA-N0CN-NNL3 motor resists dust and water intrusion in industrial settings. Operating at a rated power of 27.5 kW, it delivers robust performance and energy efficiency. It provides consistent output and long-term durability, even under demanding conditions for optimal system operation.

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Product Description:

Introducing the MSS242D-0070-FA-N0CN-NNL3 motor variant from the global leading Bosch Rexroth Indramat brand’s MSS Synchronous IndraDyn H Motors series. This model is engineered to run on a rated voltage of 400 V AC. It draws a current of 16 A with a power factor of 0.98, allowing that energy is utilized efficiently. Designed for DIN Rail mounting, it fits seamlessly into modern control panels and industrial enclosures. The configuration supports consistent performance under standard power conditions while simplifying integration.

This IndraDyn H motor meets an IP65 protection level which secures it against dust and water ingress in harsh settings. It features a winding designated as 0070, integral to its internal configuration. A rated torque of 375 Nm equips it to handle substantial mechanical loads and a rated speed of 700 min⁻¹ ensures steady rotational movement. Its rated power of 27.5 kW provides ample capacity for demanding industrial tasks. The design calls for a minimum power wire cross section of 10 mm² to ensure safe current transmission. In addition, the torque constant at 20°C is 7.17 Nm/A guarantees predictable force per unit current.

The voltage constant at 20°C is set at 454 V/min⁻¹ which ensure the speed variations remain consistent under load. A winding resistance of 0.48 ohms at 20°C minimizes energy loss during operation. The thermal time constant of 7.3 min provides a clear indication of the motor’s heating characteristics over time. With a permissible ambient temperature range of 0°C to 40°C, the module maintains reliable performance in moderate climates. The MSS242D-0070-FA-N0CN-NNL3 encapsulates these technical details into a design that supports both efficiency and operational stability in varied industrial settings.

Current
16 A
IP Protection Level
IP65
Min. power wire cross section
10 mm²
Mounting Method
DIN Rail
Permissible ambient temperature
0°C to 40°C
Power Factor
0.98
Rated power
27.5 kW
Rated speed
"700 min-1"
Rated torque
375 Nm
Rated Voltage
400 V AC
Thermal time constant
7.3 min
Torque constant at 20℃
7.17 Nm/A
Voltage constant at 20°C
"454 V/min-1"
Winding
0070
Winding resistance at 20℃
0.48 ohms

Frequently Asked Questions about MSS242D-0070-FA-N0CN-NNL3:

Q: What are the DIN Rail installation requirements for MSS242D-0070-FA-N0CN-NNL3?

A: Ensure that the mounting surface is stable and meets DIN Rail standards. Secure cable connections and proper grounding are essential for optimal performance.

Q: How does the rated power of 27.5 kW influence the MSS242D-0070-FA-N0CN-NNL3’s performance?

A: The high rated power supports heavy-duty industrial applications effectively. It delivers consistent energy output even under substantial load.

Q: What benefits does the winding type 0070 offer in MSS242D-0070-FA-N0CN-NNL3?

A: The winding code 0070 is integral to achieving the motor’s precise operational characteristics. It contributes to maintaining stable torque and efficiency.

Q: How does a rated torque of 375 Nm affect the MSS242D-0070-FA-N0CN-NNL3’s application?

A: A rated torque of 375 Nm provides significant mechanical force for demanding tasks. This capability supports a wide range of industrial operations reliably.

Q: Why is a winding resistance of 0.48 ohms at 20℃ important?

A: Low winding resistance of MSS242D-0070-FA-N0CN-NNL3 minimizes energy loss during operation. It ensures that the motor operates efficiently and reduces unnecessary heat generation.


Internal Product Review

  • ‘‘MSS242D-0070-FA-N0CN-NNL3 draws a steady 16 A, ensuring stable power delivery. Its efficient current usage simplifies power management, enhancing overall system control and performance. This motor is a practical choice for streamlined automation.’’

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