Home Bosch Rexroth Indramat MDD Series MDD112D-L-015-N2L-130PA1

MDD112D-L-015-N2L-130PA1

Name: MDD112D-L-015-N2L-130PA1
Brand: Bosch Rexroth Indramat
Price: 255 USD
Availability: InStock
Rating: 4.5 (8 reviews)

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MPN: R911272198

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The AC servo motor MDD112D-L-015-N2L-130PA1 offers a torque constant of 1.28 Nm/A and a winding inductance of 5.9 mH. The motor supports high efficiency with a standard 130 mm centering diameter.

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Description
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Product Description

The MDD112D-L-015-N2L-130PA1 AC servo motor is a high performance motor designed by Bosch Rexroth for demanding industrial applications. This motor is part of the MDD series known for its robust design and efficiency in various automation environments. It supports precise motion control and is suitable for use in automated machinery, robotics and production systems.

The MDD112D-L-015-N2L-130PA1 AC servo motor has a holding brake having a holding torque of 144 Nm and a nominal current of 0.75 A. The brake 1.1 weighs kg and has a nominal voltage of 24 V. The clamping and release delays for the brake are 30 and 70 respectively. The motor offers a nominal speed of 1500 rpm and a balance class of N. It can deliver a continuous torque of 57 Nm at a standstill with a peak torque of 132.4 Nm. The continuous current at a standstill is rated at 44.5 A while the peak current reaches 110.5 A. The rotor moment of inertia is 230 x 10-4 kgm^2. This supports smooth acceleration and deceleration during operation. The model's thermal time constant of 120 minutes allows for effective heat dissipation. The motor mass is approximately 59 kg reflecting its solid and durable construction.

The motor brake includes a torque constant of 1.28 Nm/A and winding resistance of 3.9 Ohm. The winding inductance is 5.9 mH contributing to the motor's high efficiency and smooth operation. The motor comes with digital servo feedback that allows precise position monitoring and control. It has a standard centering diameter of 130 mm and a keyway shaft. The connector is positioned on the A side of the motor optimizing installation flexibility for different setups.

MDD112D-L-015-N2L-130PA1 Technical Specifications

Series:	MDD
Nominal Speed:	1500 rpm
Motor Feedback:	Digital Servo Feedback
Output Shaft:	Shaft with Keyways
Balance Class:	Standard
Peak Current:	110.5 A
Continuous Torque at Standstil:	57 Nm
Continuous Current at Standstill:	44.5 A
Maximum Torque:	132.4 Nm
Thermal Time Constant:	90 minutes

Frequently Asked Questions about MDD112D-L-015-N2L-130PA1

Q: What is the connectivity option for the MDD112D-L-015-N2L-130PA1 AC servo motor?

A: The motor has a connector positioned on the A side, optimizing installation flexibility. This ensures easy integration into various automated machinery and robotic systems.

Q: What is the brake specification of the MDD112D-L-015-N2L-130PA1 AC servo motor?

A: The motor includes a holding brake with 144 Nm holding torque and a nominal current of 0.75 A. The brake weighs 1.1 kg and operates at 24 V.

Q: What is the rotor moment of inertia for the MDD112D-L-015-N2L-130PA1 AC servo motor?

A: The motor features a rotor moment of inertia of 230 x 10^-4 kgm^2. This ensures smooth acceleration and deceleration, improving motion control during demanding operations.

Q: What thermal management does the MDD112D-L-015-N2L-130PA1 AC servo motor have?

A: The motor has a thermal time constant of 120 minutes. This allows effective heat dissipation and ensures consistent performance during prolonged operations.

Q: What type of feedback system does the MDD112D-L-015-N2L-130PA1 AC servo motor use?

A: The motor is equipped with digital servo feedback. This allows precise position monitoring and enhances control accuracy in automation and robotics applications.

Internal Product Review

‘‘The AC servo motor MDD112D-L-015-N2L-130PA1 by Bosch Rexroth is an optimal choice for industrial automation. It has a 144 Nm holding brake, 110.5 A peak current, and 57 Nm continuous torque to ensure reliability and performance. The 230 x 10^-4 kgm^2 rotor inertia guarantees smooth operation even in demanding applications.’’