MAD160C-0100-SL-M6-FP1-05-V1
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MPN: R911317202
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The Bosch Rexroth Indramat MAD160C-0100-SL-M6-FP1-05-V1, part of the MAD IndraDyn A Motors series, features a robust aluminum alloy body and stainless steel piston rod. It has an operating pressure of up to 10 bar, a stroke length of 100 mm, and a temperature range from -20°C to +80°C.
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Product Description:
The MAD160C-0100-SL-M6-FP1-05-V1 Servo Motor is a highly efficient motion control solution which draws only 196 amperes of current under peak load conditions. The Bosch manufactured module includes a shaft with a shaft sealing ring which prevents contaminants from entering the motor via the shaft. Featured under MAD IndraDyn A Motors series it can deliver 34,00 under normal conditions.
The MAD160C-0100-SL-M6-FP1-05-V1 servo motor generates a noise level of 72 (+3) dB(A) during normal operation which is similar to a vacuum cleaner. It comes with reinforced bearings which are designed to radial and axial loads. It is mounted via a flange such as a circular or square plate with bolt holes. Its 0.26 kg·m² rotational inertia makes it well suitable for faster acceleration and deceleration. The module twisting of 326 newton meters is quite high, which is essential for heavy load applications. It comes with an encoder which includes features such as tracking position over multiple revolutions, EndDat2.1 digital interface protocol and 2048 increments of high resolution feedback. It uses an external fan mounted on top to actively cool it. It operates cyclically without resting, with 44% of the time under load over a 10-minute period.
The MAD160C-0100-SL-M6-FP1-05-V1 servo motor has a standard operational speed of 1000 rpm and can momentarily provide 746 nm torque during peak demand. Its discharge capacity is 28 nF which is a measure of the leakage current path through insulation. It uses a terminal box (housing electrical terminals) located on the A-side (typically the drive end) for connecting power and signal wires. It can perform 69.7 kW of work when pushed to its limit. It has a vibration severity grade R which is according to ISO standards.
Frequently Asked Questions about MAD160C-0100-SL-M6-FP1-05-V1:
Q: How does the multiturn absolute encoder improve positioning accuracy in the MAD160C-0100-SL-M6-FP1-05-V1 servo motor?
A: The multiturn absolute encoder retains precise shaft position even after power loss. This enhances repeatability and eliminates homing on power-up.
Q: Why is the motor designed with a shaft sealing ring?
A: The shaft sealing ring prevents dust, moisture, and oil ingress. This ensures longer operational life and higher reliability in harsh environments.
Q: How does the 0.26 kg·m² moment of inertia benefit motor performance?
A: This moderate inertia allows balanced acceleration and deceleration. It supports dynamic load changes without compromising control stability.
Q: Why does the MAD160C-0100-SL-M6-FP1-05-V1 use flange mounting over foot mounting?
A: Flange mounting provides superior alignment and stability for high-torque applications. It minimizes shaft misalignment and mechanical stress.
Q: How does the 28 nF discharge capacity affect system performance?
A: It reduces electromagnetic interference and leakage currents. This ensures compliance with EMC standards and protects surrounding electronics.
