MAD130B-0100-SA-S0-AP0-05-N1
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MPN: R911312524
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The MAD130B-0100-SA-S0-AP0-05-N1 is a flange-mounted motor with a power rating of 1.0 kW and an IP65 protection rating. Designed by Bosch Rexroth Indramat, it is part of their MAD IndraDyn A Motors series and operates at a rated speed of 1500 rpm. The motor features natural cooling and an absolute multiturn encoder.
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Product Description:
Bosch’s MAD130B-0100-SA-S0-AP0-05-N1 is a 400V motor from the MAD series. It is equipped with standard ball bearing which can rotate at a rated speed of 1000 r/min while its top attainable speed is 6000 r/m. This motor has an integrated axial fan that takes 139 to 208 VA of power and move 1000 m³/h of air.
The MAD130B-0100-SA-S0-AP0-05-N1 motor features a balanced shaft without an embedded sealing ring. Its duty cycle is 6.4 minutes with 44% efficiency in S6 operating mode at 0°C to +40 °C. At peak point the motor provides maximum torque of 230 Nm and deliver 100 Nm rated torque. The MAD motor uses B to A directional air to keep the temperature ambient and the cooling fan use current between 0.20-0.25 A. This motor has a capacitance discharge value 15.8 nF and gives a torque magnitude of 4.79 Nm/A at 20°C. It comes with a built-in encoder that provides 512 single-turn periods and make communication happen through the I²C interface powered at 8 V. The MAD motor is protected by an IP65 rating which helps it resist both dust and water. It offers flange mounting and has a 3 pole pairs internal assembly for effective rotor balancing. The rated electrical value is 26.9 A while it can draw up to 53.7 A of current in overload condition.
The MAD130B-0100-SA-S0-AP0-05-N1 motor possess a rotational inertia of 0.084 kgm² and has a rated power value of 10.5 kW along with a maximal power usage of up to 21.5 kW. Its electrical contact points are on the A-side while the MAD motor meets class F specifications for resistant against heat and requires all power wiring in the installation to be 4 mm² in cross-section.
Frequently Asked Questions about MAD130B-0100-SA-S0-AP0-05-N1:
Q: Why does the MAD130B-0100-SA-S0-AP0-05-N1 motor use a full key shaft without a shaft sealing ring?
A: This design minimizes mechanical complexity and is suitable for dry environments where oil or fluid leakage is not a concern.
Q: How does the built-in 512-step encoder improve performance in the MAD130B-0100-SA-S0-AP0-05-N1 motor?
A: The encoder provides accurate positional feedback, enhancing motion control precision in automated systems using the I²C interface.
Q: What is the advantage of using a B to A directional air cooling system in the MAD130B-0100-SA-S0-AP0-05-N1 motor?
A: It allows more controlled airflow across internal components, optimizing temperature regulation without requiring external air routing changes.
Q: Why is class F insulation critical in the MAD130B-0100-SA-S0-AP0-05-N1 motor?
A: It ensures high thermal tolerance, protecting the motor windings under sustained operation and ambient temperatures up to 155°C.
Q: How does the motor’s 15.8 nF discharge capacity help in performance?
A: This capacitance helps mitigate electrical noise and interference, improving signal integrity and motor control stability.
