MAD180D-0100-SA-M2-FH0-35-N1

MPN: R911310297

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The MAD180D-0100-SA-M2-FH0-35-N1 from Bosch Rexroth Indramat is part of the MAD IndraDyn A Motors series, featuring a servo motor design with a self-cooled (SA) system. It delivers a rated power of 10 kW and operates at 1500 rpm. With an IP65 protection class, this motor includes a 180 mm flange and a multi-turn absolute encoder.

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Product Description:

The MAD180D-0100-SA-M2-FH0-35-N1 is an industrial servo motor designed and manufactured by Bosch Rexroth Indramat to provide the high level of automation requirements, with a durability, precision, and operational stability. This motor provides a maximum output power of 79.3 kW, ideal for heavy-duty operations.

The MAD180D-0100-SA-M2-FH0-35-N1 accommodates a maximum speed of 6000 rpm to support quick and dynamic response in high-performance drive systems. To ensure a smooth and consistent flow of electricity under steady load, this motor is designed with a rated current of 82.4 A. With 2 pole pairs, this motor supports balanced torque production and optimized magnetic field utilization, which improves overall drive efficiency. With a moment of inertia value of 0.594 kgm², this motor remains stable when it starts or stops moving. The shaft of this motor is plain, compatible with standard mechanical couplings to facilitate easy integration. For better feedback and positioning control, this motor has a multiturn absolute encoder with EndDat2.1 interface. This encoder has 2048 increments, which means it can monitor the high-precision position several times during each revolution.

This motor’s protection class is rated as IP65, which means it is shielded from dust and low-pressure water streams, and allows it to work safely under harsh conditions in factories. A flexibility in mounting is provided to this motor through a flange and foot mounting design to make both vertical and horizontal installation orientations possible. The mass of the MAD180D-0100-SA-M2-FH0-35-N1 is 403 kg, which indicates its heavy-duty construction and bulky mechanical design. This motor comes with 2x KTY84-130 temperature sensors to supply accurate thermal feedback for its protection and thermal control. The discharge capacity of this motor is 38.4 nF, and it works under a relative humidity of 1–29 g/m³ to enable constant performance in humidity-controlled environments.

Discharge capacity
38.4 nF
Encoder type
Multiturn absolute encoder, EndDat2.1, with 2048 increments
Mass
403 kg
Maximum output
79.3 kW
Maximum speed
6000 rpm
Moment of inertia
0.594 kgm²
Motor protection class
IP65
Mounting style
Flange and foot mounting
Number of pole pairs
2
Rated current
82.4 A
Relative humidity range
1-29 g/m3
Shaft type
Plain shaft
Temperature sensors
2x KTY84-130
  • MAD180D0100SAM2FH035N1
  • mad180d-0100-sa-m2-fh0-35-n1
  • MAD180D 0100 SA M2 FH0 35 N1

Frequently Asked Questions about MAD180D-0100-SA-M2-FH0-35-N1:

Q: How does the 38.4 nF discharge capacity benefit the motor's insulation?

A: It helps reduce electrical interference and protects internal components from voltage surges. This enhances long-term insulation resistance and motor lifespan.

Q: Why is EndDat2.1 communication used in MAD180D-0100-SA-M2-FH0-35-N1?

A: EndDat2.1 ensures fast, digital, and interference-free data transmission. This improves position accuracy and synchronization with control systems.

Q: How does the motor’s moment of inertia of 0.594 kgm² impact performance?

A: It offers greater control over acceleration and deceleration in large mechanical loads. This supports smoother motion in automation processes.

Q: Why are KTY84-130 sensors used instead of other temperature sensors?

A: KTY84-130 sensors provide high accuracy and stability over a wide range. They allow for real-time temperature monitoring to prevent thermal overload.

Q: What role do the 2 pole pairs play in MAD180D-0100-SA-M2-FH0-35-N1?

A: They define the electromagnetic design for torque production and motor speed. Fewer pole pairs also help achieve higher speeds.


Internal Product Review

  • ‘‘The MAD180D-0100-SA-M2-FH0-35-N1 delivers 79.3 kW output and operates at a maximum speed of 6000 rpm. This motor’s 2048-increment EndDat2.1 encoder ensures precise multi-revolution position tracking. It also includes 2x KTY84-130 sensors for accurate thermal monitoring, and its 0.594 kgm² inertia supports stable motion in high-load systems.’’

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